CN106499448B - A kind of safe axle system device of compressor and protection control method - Google Patents
A kind of safe axle system device of compressor and protection control method Download PDFInfo
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- CN106499448B CN106499448B CN201611044570.6A CN201611044570A CN106499448B CN 106499448 B CN106499448 B CN 106499448B CN 201611044570 A CN201611044570 A CN 201611044570A CN 106499448 B CN106499448 B CN 106499448B
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- 238000000034 method Methods 0.000 title claims description 19
- 239000000523 sample Substances 0.000 claims abstract description 1265
- MWUXSHHQAYIFBG-UHFFFAOYSA-N Nitric oxide Chemical compound O=[N] MWUXSHHQAYIFBG-UHFFFAOYSA-N 0.000 claims abstract description 924
- 239000007789 gas Substances 0.000 claims abstract description 587
- 238000001514 detection method Methods 0.000 claims abstract description 283
- IJGRMHOSHXDMSA-UHFFFAOYSA-N Atomic nitrogen Chemical compound N#N IJGRMHOSHXDMSA-UHFFFAOYSA-N 0.000 claims description 58
- 229910052757 nitrogen Inorganic materials 0.000 claims description 29
- 108010001267 Protein Subunits Proteins 0.000 claims description 25
- 238000007599 discharging Methods 0.000 claims description 19
- 238000005259 measurement Methods 0.000 claims description 18
- 230000008859 change Effects 0.000 claims description 13
- 230000006835 compression Effects 0.000 claims description 10
- 238000007906 compression Methods 0.000 claims description 10
- 230000003647 oxidation Effects 0.000 claims description 10
- 238000007254 oxidation reaction Methods 0.000 claims description 10
- 230000002159 abnormal effect Effects 0.000 claims description 9
- 230000009471 action Effects 0.000 claims description 4
- 230000001088 anti-asthma Effects 0.000 claims description 4
- 239000000924 antiasthmatic agent Substances 0.000 claims description 4
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 claims description 4
- 239000001301 oxygen Substances 0.000 claims description 4
- 229910052760 oxygen Inorganic materials 0.000 claims description 4
- 238000005273 aeration Methods 0.000 claims description 3
- 238000007689 inspection Methods 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 6
- 230000008569 process Effects 0.000 description 5
- 238000006243 chemical reaction Methods 0.000 description 3
- GRYLNZFGIOXLOG-UHFFFAOYSA-N Nitric acid Chemical compound O[N+]([O-])=O GRYLNZFGIOXLOG-UHFFFAOYSA-N 0.000 description 2
- 238000013461 design Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 238000012544 monitoring process Methods 0.000 description 2
- 229910017604 nitric acid Inorganic materials 0.000 description 2
- 238000005381 potential energy Methods 0.000 description 2
- 238000012545 processing Methods 0.000 description 2
- 230000035882 stress Effects 0.000 description 2
- 230000032683 aging Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 125000004122 cyclic group Chemical group 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000009792 diffusion process Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000006698 induction Effects 0.000 description 1
- 238000005461 lubrication Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000001737 promoting effect Effects 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 238000010977 unit operation Methods 0.000 description 1
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D15/00—Adaptations of machines or engines for special use; Combinations of engines with devices driven thereby
- F01D15/08—Adaptations for driving, or combinations with, pumps
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D17/00—Regulating or controlling by varying flow
- F01D17/10—Final actuators
- F01D17/105—Final actuators by passing part of the fluid
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D21/00—Shutting-down of machines or engines, e.g. in emergency; Regulating, controlling, or safety means not otherwise provided for
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D21/00—Shutting-down of machines or engines, e.g. in emergency; Regulating, controlling, or safety means not otherwise provided for
- F01D21/003—Arrangements for testing or measuring
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01D—NON-POSITIVE DISPLACEMENT MACHINES OR ENGINES, e.g. STEAM TURBINES
- F01D5/00—Blades; Blade-carrying members; Heating, heat-insulating, cooling or antivibration means on the blades or the members
- F01D5/02—Blade-carrying members, e.g. rotors
- F01D5/06—Rotors for more than one axial stage, e.g. of drum or multiple disc type; Details thereof, e.g. shafts, shaft connections
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D25/00—Pumping installations or systems
- F04D25/02—Units comprising pumps and their driving means
- F04D25/04—Units comprising pumps and their driving means the pump being fluid-driven
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D25/00—Pumping installations or systems
- F04D25/16—Combinations of two or more pumps ; Producing two or more separate gas flows
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/002—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids by varying geometry within the pumps, e.g. by adjusting vanes
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/02—Surge control
- F04D27/0207—Surge control by bleeding, bypassing or recycling fluids
- F04D27/0223—Control schemes therefor
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05D—INDEXING SCHEME FOR ASPECTS RELATING TO NON-POSITIVE-DISPLACEMENT MACHINES OR ENGINES, GAS-TURBINES OR JET-PROPULSION PLANTS
- F05D2270/00—Control
- F05D2270/30—Control parameters, e.g. input parameters
- F05D2270/303—Temperature
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05D—INDEXING SCHEME FOR ASPECTS RELATING TO NON-POSITIVE-DISPLACEMENT MACHINES OR ENGINES, GAS-TURBINES OR JET-PROPULSION PLANTS
- F05D2270/00—Control
- F05D2270/30—Control parameters, e.g. input parameters
- F05D2270/304—Spool rotational speed
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05D—INDEXING SCHEME FOR ASPECTS RELATING TO NON-POSITIVE-DISPLACEMENT MACHINES OR ENGINES, GAS-TURBINES OR JET-PROPULSION PLANTS
- F05D2270/00—Control
- F05D2270/30—Control parameters, e.g. input parameters
- F05D2270/334—Vibration measurements
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Geometry (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Structures Of Non-Positive Displacement Pumps (AREA)
Abstract
The invention discloses a kind of safe axle system device of compressor, it includes four-in-one unit, rotating shaft group and detection probe, described four-in-one unit includes steam turbine, nitrogen oxide gas compressor, air compressor and tail gas turbine machine, described rotating shaft group includes first rotating shaft, second rotating shaft, 3rd rotating shaft and the 4th rotating shaft, first rotating shaft is arranged on steam turbine, second rotating shaft is arranged on nitrogen oxide gas compressor, 3rd rotating shaft is arranged on air compressor, 4th rotating shaft is arranged on tail gas turbine machine, first rotating shaft is connected with the second rotating shaft, gear-box is provided between second rotating shaft and the 3rd rotating shaft, 3rd rotating shaft is connected with the 4th rotating shaft.Increasing two uses of vibration probe on gear-box of the present invention newly, " two select two " jump cars；Tail gas turbine machine is using " three select two " jump cars；Steam turbine, NOx compressors, gear-box, axial flow compressor, tail gas turbine machine, unit vibration, temperature are using " two select two " jump cars；The present invention can keep the stability and safety of compressor well.
Description
Technical field
It is stable more particularly to " four-in-one shaft system of unit system " in production process the present invention relates to nitric acid automatic control technology field
Long period safe operation, design is optimized to " rotating speed, shaft vibration, bearing temperature " monitoring, so as to protect " four-in-one unit axle
A kind of safe axle system device of compressor and protection control method of system ".
Background technology
First, steam turbine, tail gas turbine machine are acting units, and they are utilized respectively the steam of HTHP, tail gas expands
Acting；NOx machines (nitrogen oxide gas compressor), air compressor are wasted work units, and they are gas boosting units.
1. four-in-one unit is the unit of an energy conversion.Steam turbine, tail gas turbine machine are all gas expansion for doing work units；
NOx machines, air compressor are all gas boosting units.
2. the operation principle of air compressor：Air or process gas initially enter inlet plenum, then again even into ring
Shape convergence, gas are suitably accelerated in convergence, then again even into air deflector, and with certain speed and direction again
Into the first movable vane, because rotor rotates at a high speed, blade is to air work.The high-speed gas (pressure is high) come out by movable vane enter again
Enter stator blade (air deflector), carry out energy conversion (kinetic energy is potential energy) again in the air-flow of air deflector high speed, make gas pressure again
Further improve, while gas is compressed with speed into next stage according to a certain direction again after air deflector.From final stage
The gas that air deflector comes out enters after exducer changes airflow direction again equably to slow down into diffuser, so as to further
Gas pressure is improved, the gases at high pressure come out from diffuser enter exhaust chamber life and are discharged into processing pipe network system.
The operation principle of 3.NOx centrifugal compressors：Process gas is entered in impeller by induction chamber, and is revolved at a high speed with impeller
Turn, while obtain pressure and gas that speed is all enhanced, into diffuser, the kinetic energy of gas is further transformed to potential energy
Further improve the pressure of gas.Higher pressure gas by bend and return channel enters next stage progress after being come out from diffuser
Compression ibid.Last gases at high pressure discharge machine after out entering the further diffusion of spiral case from afterbody diffuser (or impeller)
It is outer to enter processing pipe network.
4. the simple operation principle of steam turbine (or tail gas turbine machine)：The high speed steam flow stream flowed out by nozzle (stator blade)
When crossing movable vane piece, the size and Orientation of its speed is that one not, at this moment steam flow does not give one reaction force of movable vane piece necessarily, promotes leaf
Piece is moved, and a part of kinetic energy is converted into the mechanical work of impeller rotation.
2nd, in nitric acid Automated condtrol, to ensure " four-in-one shaft system of unit system " stable long period safe operation, it is necessary to
Design is optimized to " rotating speed, vibration, temperature " monitoring, so as to protect " four-in-one shaft system of unit system ".It is situated between by taking steam turbine as an example
Matter is steam, is started, in stopping process, cylinder and rotor are due to the difference of the factors such as heating condition, material, quality so that he
Axial thermal expansion differ, with the rise of steam parameter and the increase of flow, cylinder inner wall and rotor extexine temperature
Constantly rise.The temperature that cylinder inner wall and rotor extexine are lagged behind due to the temperature rise at casing outer wall and rotor center position is become
Change, therefore, cylinder inner wall and rotor outer layer produce stress.And compressor emergency shutdown process is the cooling procedure of cylinder, rotor, with steaming
The decline of vapour parameter and the reduction of flow, rotor surface temperature are less than centre temperature, and cylinder inner wall temperature is less than outer wall temperature
Degree, cylinder inner wall and rotor extexine is set to produce tension.So, steam turbine just completes an alternation heat by start to shutdown
Cyclic Stress, the life-span of steam turbine is also lost as low-cycle fatigue, low-cycle fatigue, makes steam turbine aging, easily accidents happened, because
This, should be avoided frequently changing load during unit operation through reducing out as far as possible, stopping number.To ensure to start (or shutdown) process
It is smoothed out and unit safety, steam turbine can configure following supervisory instruments on request:Monitor rotating speed, bearing temperature, shaft vibration, axle
The instrument such as displacement, lubrication pressure, steam discharge, pressure at expulsion, (setting alarming value, trip value).
Because the problem of " rotating speed, vibration, temperature " is abnormal easily occurs in use for compressor.Thus compressor shaft system control
The quality of scheme processed directly affects the index of quality of control system, and this new type of safe " axle system " device can be very good to keep pressure
The stability and safety of contracting machine.
The content of the invention
It is an object of the invention to overcome the deficiencies of the prior art and provide a kind of stabilization that can be very good to keep compressor
Property and safety the safe axle system device of compressor and protection control method.
The purpose of the present invention is achieved through the following technical solutions：A kind of safe axle system device of compressor, it is wrapped
Four-in-one unit, rotating shaft group and detection probe are included, described four-in-one unit includes steam turbine, nitrogen oxide gas compressor, air pressure
Contracting machine and tail gas turbine machine, described rotating shaft group include first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, first turn
Axle is arranged on steam turbine, and the second rotating shaft is arranged on nitrogen oxide gas compressor, and the 3rd rotating shaft is arranged on air compressor, and the 4th
Rotating shaft is arranged on tail gas turbine machine, and first rotating shaft is connected with the second rotating shaft, is set between the second rotating shaft and the 3rd rotating shaft with teeth
Roller box, the 3rd rotating shaft are connected with the 4th rotating shaft；
Described detection probe is mutually popped one's head in including rotational speed probe, vibration probe, temp probe, steamer switch and air compression
Switch is mutually popped one's head in；Described rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in and mutually visited with air compressor key
Head is connected with control unit realizes that unit jumps car, so as to protect " four-in-one unit ", jumps car device and is connected with control unit；
Described rotational speed probe includes turbine speed probe and tail gas turbine machine rotational speed probe；
Described vibration probe is popped one's head in including steam turbine air inlet side shaft vibration first, steam turbine air inlet side shaft vibration second is visited
Head, the probe of gas turbine exhaust gas side axle vibration first, the probe of gas turbine exhaust gas side axle vibration second, nitrogen oxide gas compressor exhaust side shake
Dynamic first probe, the probe of nitrogen oxide gas compressor exhaust side vibration second, the probe of nitrogen oxide gas compressor air inlet side vibration first, oxidation
The probe of nitrogen compressor air inlet side vibration second, the probe of gear-box vibration first, the probe of gear-box vibration second, air compressor enter
The probe of gas side vibration first, air compressor air inlet side vibration second are popped one's head in, air compressor exhaust side vibrates the first probe, empty
The probe of air compressor exhaust side vibration second, tail gas turbine machine air inlet side shaft vibration first are popped one's head in, tail gas turbine machine air inlet side axle
The probe of vibration second, the probe of tail gas turbine machine exhaust side vibration first and the probe of tail gas turbine machine exhaust side vibration second；
Described temp probe pushes away one group of probe of temperature control, steam turbine pair on the left of front end including steam turbine pair and pushed away on the right side of front end
One group of probe of temperature control, steam turbine promote mainly two groups of probes of temperature control, steam turbine on the left of front end and promote mainly two groups of temperature control on the right side of front end
Probe, steam turbine air inlet radial direction watt left side one group of probe of temperature control, steam turbine air inlet radial direction watt right side temperature control one group of probe, vapour
Turbine outlet radial direction watt left side two groups of probes of temperature control, steam turbine outlet radial direction watt right side two groups of probes of temperature control, nitrogen oxide pressure
First group of probe of contracting machine exhaust side radial temperature, second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide compression
First group of probe of machine air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature second group of probe, nitrogen oxide gas compressor
Secondary one group of probe of thrust bearing temperature control, nitrogen oxide gas compressor pair thrust bearing temperature control two groups of probes, nitrogen oxide gas compressors promote mainly axle
Hold one group of probe of temperature control, nitrogen oxide gas compressor promotes mainly watt temperature control one before second group of probe of bearing temperature, gear-box low speed side
Two groups of probes of watt temperature control, gear-box are high after one group of probe of watt temperature control, gear-box low speed side before group probe, gearbox high-speed side
Two groups of probes of watt temperature control, first group of probe of air compressor air intake side radial temperature, air compressor air intake side radial temperature behind fast side
Two groups of probes, air compressor machine outlet side first group of probe of radial temperature, air compressor machine outlet side radial temperature second group of probe, air compressor machine
Promote mainly first group of probe of bearing temperature, air compressor machine promotes mainly second group of probe of bearing temperature, one group of air compressor machine pair thrust bearing temperature control
Probe, air compressor machine pair thrust bearing temperature control two groups of probes tail gas turbine machine air inlet side radial temperature first group of probe, tail gas turbines
Second group of probe of machine air inlet side radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet
Second group of probe of side radial temperature.
It is preferred that described rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in and air pressure
Contracting switch, which mutually pops one's head in be connected with control unit by preamplifier respectively, realizes that unit jumps car, so as to protecting " four-in-one machine
Group ".
It is preferred that described control unit includes DCS system and ESD system, described ESD system is controlled for PCL
System processed.
It is preferred that it is respectively mounted on described steam turbine, nitrogen oxide gas compressor, air compressor and tail gas turbine machine
There is protection device.
It is preferred that it also includes warning device, described warning device is connected with control unit.
It is preferred that described turbine speed probe and tail gas turbine machine rotational speed probe are three, three turn
Speed probe is directed to the center of rotating shaft or gear by the installation of probe erection code and three probes；Between three described probes
It is separated by 45 degree.
It is preferred that described temp probe：Steam turbine pair pushes away one group of probe of temperature control, steam turbine pair on the left of front end
Push away front end right side one group of probe of temperature control, steam turbine is promoted mainly two groups of probes of temperature control, steam turbine on the left of front end and promoted mainly on the right side of front end
Two groups of probes of temperature control, steam turbine air inlet radial direction watt left side one group of probe of temperature control, steam turbine air inlet radial direction watt right side temperature control
Radially watt left side two groups of probes of temperature control, steam turbine the outlet radially watt right side two groups of spies of temperature control of one group of probe, steam turbine outlet
Head, second group of first group of probe of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide gas compressor exhaust side radial temperature probe,
First group of probe of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature second group of probe, oxygen
Change one group of probe of nitrogen compressor pair thrust bearing temperature control, two groups of probes of nitrogen oxide gas compressor pair thrust bearing temperature control, nitrogen oxide pressure
Before one group of probe of contracting owner's thrust bearing temperature control, nitrogen oxide gas compressor promote mainly second group of probe of bearing temperature, gear-box low speed side
Two groups of spies of watt temperature control after one group of probe of watt temperature control, gear-box low speed side before watt one group of probe of temperature control, gearbox high-speed side
Two groups of probes of watt temperature control, first group of probe of air compressor air intake side radial temperature, air compressor air intake side behind head, gearbox high-speed side
Second group of probe of radial temperature, air compressor machine outlet side first group of probe of radial temperature, second group of air compressor machine outlet side radial temperature
Probe, air compressor machine promotes mainly first group of probe of bearing temperature, air compressor machine promotes mainly second group of probe of bearing temperature, air compressor machine pair thrust bearing
One group of probe of temperature control, two groups of probes of air compressor machine pair thrust bearing temperature control, the first group of spy of radial temperature of tail gas turbine machine air inlet side
Head, second group of probe of tail gas turbine machine air inlet side radial temperature, tail gas turbine machine outlet side first group of spy head and tail of radial temperature
Gas turbine outlet side second group of probe of radial temperature, above-mentioned every group of probe is two.
It is preferred that described temp probe：First group of probe of nitrogen oxide exhaust side radial temperature, nitrogen oxide exhaust
Second group of probe of side radial temperature, first group of probe of nitrogen oxide air inlet side radial temperature, nitrogen oxide air inlet side radial temperature second
Group probe, one group of probe of nitrogen oxide pair thrust bearing temperature control, nitrogen oxide pair thrust bearing temperature control two groups of probes, nitrogen oxides promote mainly axle
Hold one group of probe of temperature control, nitrogen oxide promotes mainly second group of probe of bearing temperature, air compressor machine promotes mainly bearing temperature first group of probe, sky
Press promotes mainly second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature control
Two groups of probes, first group of probe of tail gas turbine machine air inlet side radial temperature, the second group of spy of radial temperature of tail gas turbine machine air inlet side
Head, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet side second group of probe of radial temperature；On
The thermocouple probe that temp probe presses spring using band is stated, the thermocouple probe that described band presses spring is the double branch K-type I levels of armouring
Low temperature thermocouple is popped one's head in, and it includes measurement end, heat-resistant fireproof compensating wire, two springs of popping one's head in and press, described measurement end
For cylinder, a head is set, and heat-resistant fireproof compensating wire is close to head between measurement end and heat-resistant fireproof compensating wire
One end on be provided with and press spring, two probes are arranged in heat-resistant fireproof compensating wire.
It is preferred that described first group of probe of air compressor air intake side radial temperature, air compressor air intake side radial direction temperature
Spend second group of probe, air compressor machine outlet side first group of probe of radial temperature, air compressor machine outlet side second group of probe of radial temperature, on
State probe to pop one's head in using the thermocouple of band connection screw thread, the thermocouple probe of described band connection screw thread is the double branch K-type I grade low-temps of armouring
Thermocouple pop one's head in, it include measurement end, heat-resistant fireproof compensating wire and two probe, described measurement end include a cylinder with
Cone, cylinder and cone are fixed, and centrum bottom is provided with a contact surface, is set between measurement end and heat-resistant fireproof compensating wire
A head is put, connection screw thread is provided with head.
A kind of safe axle system unit protection control method of compressor, believe when abnormal signal or from technique intertripping
Number be sent into ESD system after, ESD system control alarm carry out first order alarm or the second level alarm, when carry out second level report
While alert, following action is performed：The filling valve of steam turbine is fully closed, and Quick closing valve for steam turbine is fully closed, air compressor stator blade aperture
To minimum, air compressor machine anti-asthma valve standard-sized sheet, the anti-surge valve standard-sized sheet of nitrogen oxide gas compressor, the by-passing valve standard-sized sheet of tail gas turbine machine, tail
Gas turbine intake valve is fully closed, while unit shuts down, is signaled to DCS system, shut-down skill；
It is single that described abnormal signal comes from rotational speed probe detection unit, temp probe detection unit and vibration probe detection
Member；
Described rotational speed probe detection unit includes turbine speed detection sub-unit and tail gas turbine machine Rotating speed measring
Unit, described turbine speed detection sub-unit includes three turbine speeds probe and the one or three selects two functional modules, and three
Individual turbine speed probe selects three inputs of two functional modules to be connected with the one or three, and the one or three selects the output of two functional modules
End is connected in first or module；Described tail gas turbine machine Rotating speed measring subelement includes three tail gas turbine machine rotational speed probes
Two functional modules are selected with the two or three, three tail gas turbine machine rotational speed probes and the two or three select three inputs of two functional modules to connect
Connect, the two or three selects the output end of two functional modules to be connected in first or module；
Described vibration probe detection unit includes steam turbine air inlet side shaft vibration detection subelement, gas turbine exhaust gas side axle
Vibration detecting subelement, nitrogen compressor air-discharging side vibration detecting subelement, nitrogen oxide gas compressor air inlet side vibration detecting subelement,
Gear-box vibration detecting subelement, air compressor air inlet side vibration detecting subelement, air compressor exhaust side vibration detecting
Subelement, tail gas turbine machine air inlet side shaft vibration detection subelement and tail gas turbine machine exhaust side vibration detecting subelement；Steamer
Machine air inlet side shaft vibration detection subelement, gas turbine exhaust gas side axle vibration detecting subelement, nitrogen compressor air-discharging side vibration detecting
Subelement, nitrogen oxide gas compressor air inlet side vibration detecting subelement, gear-box vibration detecting subelement, air compressor air inlet side
Vibration detecting subelement, air compressor exhaust side vibration detecting subelement, tail gas turbine machine air inlet side shaft vibration detection are single
Member and tail gas turbine machine exhaust side vibration detecting subelement are connected to by the front side and module and rear side of series connection with module respectively
First or module on, lead-out wire between front side and module and rear side and module connection warning device；Rear side in module with setting
There is " interlocking input " switch；
Steam turbine air inlet side shaft vibration detection subelement includes the probe of steam turbine air inlet side shaft vibration first and steam turbine enters
Gas side axle vibration second probe, steam turbine air inlet side shaft vibration first probe and steam turbine air inlet side shaft vibration second pop one's head in
Front side is connected with module；
Gas turbine exhaust gas side axle vibration detecting subelement includes the probe of gas turbine exhaust gas side axle vibration first and steam turbine row
Gas side axle vibration second probe, gas turbine exhaust gas side axle vibration first probe and gas turbine exhaust gas side axle vibration second pop one's head in
Front side is connected with module；
Nitrogen oxide gas compressor exhaust side vibration detecting subelement include nitrogen oxide gas compressor exhaust side vibration first probe and
The probe of nitrogen oxide gas compressor exhaust side vibration second, the probe of nitrogen oxide gas compressor exhaust side vibration first and nitrogen oxide gas compressor row
The probe of gas side vibration second is connected with front side with module；
Nitrogen oxide gas compressor air inlet side vibration detecting subelement include nitrogen oxide gas compressor air inlet side vibration first probe and
The probe of nitrogen oxide gas compressor air inlet side vibration second, the probe of nitrogen oxide gas compressor air inlet side vibration first and nitrogen oxide gas compressor enter
The probe of gas side vibration second is connected with front side with module；
Gear-box vibration detecting subelement includes the probe of gear-box vibration first and the probe of gear-box vibration second, gear-box
The probe of vibration first and the probe of gear-box vibration second are connected with front side with module；
Air compressor air inlet side vibration detecting subelement includes the probe of air compressor air inlet side vibration first and air
The probe of compressor air inlet side vibration second, the probe of air compressor air inlet side vibration first and air compressor air inlet side vibration the
Two probes are connected with front side with module；
Air compressor exhaust side vibration detecting subelement includes the probe of air compressor exhaust side vibration first and air
The probe of compressor air-discharging side vibration second, the probe of air compressor exhaust side vibration first and air compressor exhaust side vibration the
Two probes are connected with front side with module；
The shaft vibration of tail gas turbine machine air inlet side detection subelement include tail gas turbine machine air inlet side shaft vibration first probe and
Tail gas turbine machine air inlet side shaft vibration second is popped one's head in, the probe of tail gas turbine machine air inlet side shaft vibration first and tail gas turbine machine air inlet
The probe of side axle vibration second is connected with front side with module；
Tail gas turbine machine exhaust side vibration detecting subelement includes the probe of tail gas turbine machine exhaust side vibration first and tail gas
The probe of turbine engine exhaust side vibration second, the probe of tail gas turbine machine exhaust side vibration first and tail gas turbine machine exhaust side vibration the
Two probes are connected with front side with module；
Described temp probe detection unit pushes away temperature detection subelement, steam turbine pair on the left of front end including steam turbine pair and pushed away
Temperature detection subelement, steam turbine promote mainly temperature detection subelement, steam turbine on the left of front end and promote mainly temperature on the right side of front end on the right side of front end
Spend detection sub-unit, steam turbine air inlet radially watt left side temperature detection subelement, steam turbine air inlet radial direction watt right side temperature detection
Subelement, outlet radial direction watt left side temperature detection subelement, steam turbine outlet radial direction watt right side temperature detection subelement, nitrogen oxide
Compressor air-discharging side radial temperature detection sub-unit, nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit, nitrogen oxide pressure
Before contracting machine pair thrust bearing temperature detection subelement, nitrogen oxide gas compressor promote mainly bearing temperature detection sub-unit, gear-box low speed side
Watt temperature detection is single after watt temperature detection subelement, gear-box low speed side before watt temperature detection subelement, gearbox high-speed side
Watt temperature detection subelement, air compressor air intake side radial temperature detection sub-unit, air compressor machine outlet side behind member, gearbox high-speed side
Radial temperature detection sub-unit, air compressor machine promote mainly bearing temperature detection sub-unit, air compressor machine pair thrust bearing temperature detection subelement,
Tail gas turbine machine air inlet side radial temperature detection sub-unit and tail gas turbine machine outlet side radial temperature detection sub-unit；
Steam turbine pair push away temperature detection subelement on the left of front end include steam turbine pair push away front end left side one group of probe of temperature control,
Steam turbine pair pushes away one group of probe of temperature control on the left of front end and pushes away the probe of temperature control one and steam turbine pair on the left of front end including steam turbine pair
Temperature control two on the left of front end is pushed away to pop one's head in；
Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away one group of probe of temperature control on the right side of front end including steam turbine pair,
Steam turbine pair pushes away one group of probe of temperature control on the right side of front end and pushes away the probe of temperature control one and steam turbine pair on the right side of front end including steam turbine pair
Temperature control two on the right side of front end is pushed away to pop one's head in；
Steam turbine promotes mainly temperature detection subelement on the left of front end and promotes mainly two groups of probes of temperature control on the left of front end including steam turbine,
Steam turbine promotes mainly two groups of probes of temperature control on the left of front end and promotes mainly the probe of temperature control one and steamer owner on the left of front end including steam turbine
Temperature control two on the left of front end is pushed away to pop one's head in；
Steam turbine promotes mainly temperature detection subelement on the right side of front end and promotes mainly two groups of probes of temperature control on the right side of front end including steam turbine,
Steam turbine promotes mainly two groups of probes of temperature control on the right side of front end and promotes mainly the probe of temperature control one and steamer owner on the right side of front end including steam turbine
Temperature control two on the right side of front end is pushed away to pop one's head in；
Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in left side for steam turbine air inlet
Probe, steam turbine air inlet radially watt left side temperature control one group of probe include steam turbine air inlet radially watt left side probe of a temperature control one and
Radially a watt left side temperature control two is popped one's head in for steam turbine air inlet；
Radially a watt right side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in right side for steam turbine air inlet
Probe, steam turbine air inlet radially watt right side temperature control one group of probe include steam turbine air inlet radially watt right side probe of a temperature control one and
Radially a watt right side temperature control two is popped one's head in for steam turbine air inlet；
Radially a watt left side temperature detection subelement includes steam turbine outlet radially watt left side two groups of probes of temperature control, vapour to outlet
Turbine outlet radial direction watt left side two groups of probes of temperature control are popped one's head in including a steam turbine outlet radial direction watt left side temperature control one and steam turbine
Outlet radially pop one's head in by a watt left side temperature control two；
Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt two groups of the temperature control in right side to steam turbine outlet
Probe, steam turbine outlet radially watt right side temperature control two groups of probes include steam turbine outlet radially watt right side probe of a temperature control one and
Steam turbine outlet radially pop one's head in by a watt right side temperature control two；
Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit includes nitrogen oxide gas compressor exhaust side radial temperature the
Second group of probe of one group of probe and nitrogen oxide gas compressor exhaust side radial temperature, change first group of nitrogen compressor air-discharging side radial temperature
Probe and second group of probe of nitrogen oxide gas compressor exhaust side radial temperature include two probes；
Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes nitrogen oxide gas compressor air inlet side radial temperature the
Second group of probe of one group of probe and nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature first
Group probe and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature include two probes；
Nitrogen oxide gas compressor pair thrust bearing temperature detection subelement includes one group of nitrogen oxide gas compressor pair thrust bearing temperature control
Probe and nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control and
Two groups of probes of nitrogen oxide gas compressor pair thrust bearing temperature control include two probes；
Nitrogen oxide gas compressor promotes mainly bearing temperature detection sub-unit and promotes mainly first group of bearing temperature including nitrogen oxide gas compressor
Probe and nitrogen oxide gas compressor promote mainly second group of probe of bearing temperature, nitrogen oxide gas compressor promote mainly first group of probe of bearing temperature and
Nitrogen oxide gas compressor, which promotes mainly second group of probe of bearing temperature, includes two probes；
Watt temperature detection subelement includes one group of probe of watt temperature control before gear-box low speed side, gear before gear-box low speed side
Watt temperature control one is popped one's head in and before gear-box low speed side watts before one group of probe of watt temperature control includes gear-box low speed side before case low speed side
Temperature control two is popped one's head in；
Watt temperature detection subelement includes one group of probe of watt temperature control before gearbox high-speed side, gear before gearbox high-speed side
Watt temperature control one is popped one's head in and before gearbox high-speed side watts before one group of probe of watt temperature control includes gearbox high-speed side before case high-speed side
Temperature control two is popped one's head in；
Watt temperature detection subelement includes two groups of probes of watt temperature control after gear-box low speed side, gear after gear-box low speed side
Watt temperature control one is popped one's head in and after gear-box low speed side watts after two groups of probes of watt temperature control include gear-box low speed side after case low speed side
Temperature control two is popped one's head in；
Watt temperature detection subelement includes two groups of probes of watt temperature control behind gearbox high-speed side, gear behind gearbox high-speed side
Watt temperature control one is popped one's head in and behind gearbox high-speed side watts after two groups of probes of watt temperature control include gearbox high-speed side after case high-speed side
Temperature control two is popped one's head in；
Air compressor air intake side radial temperature detection sub-unit includes first group of probe of air compressor air intake side radial temperature and sky
Second group of probe of press air inlet side radial temperature, first group of probe of air compressor air intake side radial temperature and air compressor air intake side are radially
Two groups of probes of temperature control include two probes；
Air compressor machine outlet side radial temperature detection sub-unit includes air compressor machine outlet side first group of probe of radial temperature and sky
Press outlet side second group of probe of radial temperature, air compressor machine outlet side first group of probe of radial temperature and air compressor machine outlet side are radially
Two groups of probes of temperature control include two probes；
Air compressor machine promotes mainly bearing temperature detection sub-unit and promotes mainly first group of probe of bearing temperature and air compressor machine including air compressor machine
Second group of probe of bearing temperature is promoted mainly, air compressor machine promotes mainly first group of probe of bearing temperature and air compressor machine promotes mainly second group of bearing temperature
Probe includes two probes；
Air compressor machine pair thrust bearing temperature detection subelement includes one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine
Two groups of secondary two groups of probes of thrust bearing temperature control, one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair thrust bearing temperature control
Probe includes two probes；
Tail gas turbine machine air inlet side radial temperature detection sub-unit includes first group of tail gas turbine machine air inlet side radial temperature
Probe and tail gas turbine machine air inlet side second group of probe of radial temperature, first group of probe of tail gas turbine machine air inlet side radial temperature and
Second group of probe of tail gas turbine machine air inlet side radial temperature includes two probes；
Tail gas turbine machine outlet side radial temperature detection sub-unit includes first group of tail gas turbine machine outlet side radial temperature
Probe and tail gas turbine machine outlet side second group of probe of radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and
Tail gas turbine machine outlet side second group of probe of radial temperature includes two probes；
Steam turbine pair pushes away temperature detection subelement, steam turbine pair on the left of front end and pushes away temperature detection subelement, vapour on the right side of front end
Turbine promotes mainly temperature detection subelement, steam turbine on the left of front end and promotes mainly temperature detection subelement, steam turbine air inlet footpath on the right side of front end
To a watt left side temperature detection subelement, steam turbine air inlet radial direction watt right side temperature detection subelement, outlet radial direction watt left side temperature
Detection sub-unit, steam turbine outlet radial direction watt right side temperature detection subelement, nitrogen oxide gas compressor exhaust side radial temperature first
Group probe, second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, first group of nitrogen oxide gas compressor air inlet side radial temperature
Probe, second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control,
Two groups of probes of nitrogen oxide gas compressor pair thrust bearing temperature control, nitrogen oxide gas compressor promote mainly bearing temperature first group of probe, nitrogen oxide
Compressor is promoted mainly before second group of probe of bearing temperature, gear-box low speed side before watt temperature detection subelement, gearbox high-speed side watt
Watt temperature detection subelement behind watt temperature detection subelement, gearbox high-speed side after temperature detection subelement, gear-box low speed side,
First group of probe of air compressor air intake side radial temperature, second group of probe of air compressor air intake side radial temperature, air compressor machine outlet side footpath
To one group of probe of temperature control, air compressor machine outlet side second group of probe of radial temperature, air compressor machine promote mainly first group of probe of bearing temperature,
Air compressor machine promotes mainly second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature
Second group of probe, first group of probe of tail gas turbine machine air inlet side radial temperature, second group of tail gas turbine machine air inlet side radial temperature
Probe, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet side second group of probe of radial temperature point
Be not connected to by the front side of series connection and module and rear side with module in first or module, front side and module and rear side and module it
Between lead-out wire connection warning device；Rear side is with being provided with " interlocking is put into " switch in module；
Steam turbine pair push away temperature detection subelement on the left of front end include steam turbine pair push away front end left side one group of probe of temperature control,
Steam turbine pair pushes away one group of probe of temperature control on the left of front end and pushes away the probe of temperature control one and steam turbine pair on the left of front end including steam turbine pair
Push away temperature control two on the left of front end to pop one's head in, steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the left of front end and pushes away temperature on the left of front end
Second probe is connected with front side with module；
Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away one group of probe of temperature control on the right side of front end including steam turbine pair,
Steam turbine pair pushes away one group of probe of temperature control on the right side of front end and pushes away the probe of temperature control one and steam turbine pair on the right side of front end including steam turbine pair
Push away temperature control two on the right side of front end to pop one's head in, steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the right side of front end and pushes away temperature on the right side of front end
Second probe is connected with front side with module；
Steam turbine promotes mainly temperature detection subelement on the left of front end and promotes mainly two groups of probes of temperature control on the left of front end including steam turbine,
Steam turbine promotes mainly two groups of probes of temperature control on the left of front end and promotes mainly the probe of temperature control one and steamer owner on the left of front end including steam turbine
Push away temperature control two on the left of front end to pop one's head in, steam turbine promotes mainly the probe of temperature control one and steam turbine on the left of front end and promotes mainly temperature on the left of front end
Second probe is connected with front side with module；
Steam turbine promotes mainly temperature detection subelement on the right side of front end and promotes mainly two groups of probes of temperature control on the right side of front end including steam turbine,
Steam turbine promotes mainly two groups of probes of temperature control on the right side of front end and promotes mainly the probe of temperature control one and steamer owner on the right side of front end including steam turbine
Push away temperature control two on the right side of front end to pop one's head in, steam turbine promotes mainly the probe of temperature control one and steam turbine on the right side of front end and promotes mainly temperature on the right side of front end
Second probe is connected with front side with module；
Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in left side for steam turbine air inlet
Probe, steam turbine air inlet radially watt left side temperature control one group of probe include steam turbine air inlet radially watt left side probe of a temperature control one and
Radially a watt left side temperature control two is popped one's head in for steam turbine air inlet, steam turbine air inlet radially watt the left side probe of temperature control one and steam turbine air inlet
Radially a watt left side temperature control two is popped one's head in is connected with front side with module；
Radially a watt right side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in right side for steam turbine air inlet
Probe, steam turbine air inlet radially watt right side temperature control one group of probe include steam turbine air inlet radially watt right side probe of a temperature control one and
Radially a watt right side temperature control two is popped one's head in for steam turbine air inlet, steam turbine air inlet radially watt the right side probe of temperature control one and steam turbine air inlet
Radially a watt right side temperature control two is popped one's head in is connected with front side with module；
Radially a watt left side temperature detection subelement includes steam turbine outlet radially watt left side two groups of probes of temperature control, vapour to outlet
Turbine outlet radial direction watt left side two groups of probes of temperature control are popped one's head in including a steam turbine outlet radial direction watt left side temperature control one and steam turbine
A temperature control two is popped one's head on the left of outlet radial direction watt, and steam turbine outlet radially pop one's head in and steam turbine outlet radial direction watt by a watt left side temperature control one
Left side temperature control two is popped one's head in and is connected with front side with module；
Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt two groups of the temperature control in right side to steam turbine outlet
Probe, steam turbine outlet radially watt right side temperature control two groups of probes include steam turbine outlet radially watt right side probe of a temperature control one and
Steam turbine outlet radially pop one's head in by a watt right side temperature control two, the steam turbine outlet radial direction watt right side probe of a temperature control one and steam turbine outlet
Radially a watt right side temperature control two is popped one's head in is connected with front side with module；
Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit includes nitrogen oxide gas compressor exhaust side radial temperature the
Second group of probe of one group of probe and nitrogen oxide gas compressor exhaust side radial temperature, change first group of nitrogen compressor air-discharging side radial temperature
Probe and second group of probe of nitrogen oxide gas compressor exhaust side radial temperature include two probes, change nitrogen compressor air-discharging side radially
Two probe connections, one front side of one group of probe of temperature control and module, the second group of spy of nitrogen oxide gas compressor exhaust side radial temperature
Two another front sides of probe connection of head and module；
Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes nitrogen oxide gas compressor air inlet side radial temperature the
Second group of probe of one group of probe and nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature first
Group probe and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature include two probes, nitrogen oxide gas compressor air inlet side
Two probe connections, one front side of first group of probe of radial temperature and module, nitrogen oxide gas compressor air inlet side radial temperature second
Two another front sides of probe connection of group probe and module；
Nitrogen oxide gas compressor pair thrust bearing temperature detection subelement includes one group of nitrogen oxide gas compressor pair thrust bearing temperature control
Probe and nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control and
Two groups of probes of nitrogen oxide gas compressor pair thrust bearing temperature control include two probes, nitrogen oxide gas compressor pair thrust bearing temperature control one
Two probe connections, one front side of group probe and module, two spies of nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control
Another front side of head connection and module；
Nitrogen oxide gas compressor promotes mainly bearing temperature detection sub-unit and promotes mainly first group of bearing temperature including nitrogen oxide gas compressor
Probe and nitrogen oxide gas compressor promote mainly second group of probe of bearing temperature, nitrogen oxide gas compressor promote mainly first group of probe of bearing temperature and
Nitrogen oxide gas compressor, which promotes mainly second group of probe of bearing temperature, includes two probes, and nitrogen oxide gas compressor promotes mainly bearing temperature first
Two probe connections, one front side of group probe and module, it is another that nitrogen oxide gas compressor promotes mainly second group of probe connection of bearing temperature
Individual front side and module；
Watt temperature detection subelement includes one group of probe of watt temperature control before gear-box low speed side, gear before gear-box low speed side
Watt temperature control one is popped one's head in and before gear-box low speed side watts before one group of probe of watt temperature control includes gear-box low speed side before case low speed side
Temperature control two is popped one's head in, before gear-box low speed side watt temperature control one probe and gear-box low speed side before watt temperature control two pop one's head in before
Side is connected with module；
Watt temperature detection subelement includes one group of probe of watt temperature control before gearbox high-speed side, gear before gearbox high-speed side
Watt temperature control one is popped one's head in and before gearbox high-speed side watts before one group of probe of watt temperature control includes gearbox high-speed side before case high-speed side
Temperature control two is popped one's head in, before gearbox high-speed side watt temperature control one probe and gearbox high-speed side before watt temperature control two pop one's head in before
Side is connected with module；
Watt temperature detection subelement includes two groups of probes of watt temperature control after gear-box low speed side, gear after gear-box low speed side
Watt temperature control one is popped one's head in and after gear-box low speed side watts after two groups of probes of watt temperature control include gear-box low speed side after case low speed side
Temperature control two is popped one's head in, after gear-box low speed side watt temperature control one probe and gear-box low speed side after watt temperature control two pop one's head in before
Side is connected with module；
Watt temperature detection subelement includes two groups of probes of watt temperature control behind gearbox high-speed side, gear behind gearbox high-speed side
Watt temperature control one is popped one's head in and behind gearbox high-speed side watts after two groups of probes of watt temperature control include gearbox high-speed side after case high-speed side
Temperature control two is popped one's head in, behind gearbox high-speed side watt temperature control one probe and gearbox high-speed side after watt temperature control two pop one's head in before
Side is connected with module；
Air compressor air intake side radial temperature detection sub-unit includes first group of probe of air compressor air intake side radial temperature and sky
Second group of probe of press air inlet side radial temperature, first group of probe of air compressor air intake side radial temperature and air compressor air intake side are radially
Two groups of probes of temperature control include two probes, two probe connections one of air compressor air intake side first group of probe of radial temperature
Front side and module, two another front sides of probe connection of air compressor air intake side second group of probe of radial temperature and module；
Air compressor machine outlet side radial temperature detection sub-unit includes air compressor machine outlet side first group of probe of radial temperature and sky
Press outlet side second group of probe of radial temperature, air compressor machine outlet side first group of probe of radial temperature and air compressor machine outlet side are radially
Two groups of probes of temperature control include two probes, two probe connections one of air compressor machine outlet side first group of probe of radial temperature
Front side and module, two another front sides of probe connection of air compressor machine outlet side second group of probe of radial temperature and module；
Air compressor machine promotes mainly bearing temperature detection sub-unit and promotes mainly first group of probe of bearing temperature and air compressor machine including air compressor machine
Second group of probe of bearing temperature is promoted mainly, air compressor machine promotes mainly first group of probe of bearing temperature and air compressor machine promotes mainly second group of bearing temperature
Probe includes two probes, and air compressor machine promotes mainly two probe connections, one front side and the module of first group of probe of bearing temperature,
Air compressor machine promotes mainly two another front sides of probe connection and the module of second group of probe of bearing temperature；
Air compressor machine pair thrust bearing temperature detection subelement includes one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine
Two groups of secondary two groups of probes of thrust bearing temperature control, one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair thrust bearing temperature control
Probe includes two probes, two probe connections, one front side of air compressor machine pair thrust bearing one group of probe of temperature control and module,
Two another front sides of probe connection of air compressor machine pair thrust bearing two groups of probes of temperature control and module；
Tail gas turbine machine air inlet side radial temperature detection sub-unit includes first group of tail gas turbine machine air inlet side radial temperature
Probe and tail gas turbine machine air inlet side second group of probe of radial temperature, first group of probe of tail gas turbine machine air inlet side radial temperature and
Second group of probe of tail gas turbine machine air inlet side radial temperature includes two probes, tail gas turbine machine air inlet side radial temperature first
Two probe connections, one front side of group probe and module, two spies of tail gas turbine machine air inlet side second group of probe of radial temperature
Another front side of head connection and module；
Tail gas turbine machine outlet side radial temperature detection sub-unit includes first group of tail gas turbine machine outlet side radial temperature
Probe and tail gas turbine machine outlet side second group of probe of radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and
Tail gas turbine machine outlet side second group of probe of radial temperature includes two probes, tail gas turbine machine outlet side radial temperature first
Two probe connections, one front side of group probe and module, two spies of tail gas turbine machine outlet side second group of probe of radial temperature
Another front side of head connection and module；
First described or module connects steam turbine aeration valve, Quick closing valve for steam turbine, air compressor machine stator blade, air compressor machine and prevents kicking
Valve, nitrogen oxide gas compressor are anti-to kick valve, tail gas turbine machine intake valve and tail gas turbine machine by-passing valve.
The beneficial effects of the invention are as follows：1. used in steam turbine, nitrogen oxide gas compressor, gear-box, air compressor machine, tail gas turbine machine
Temp probe is double branch low temperature thermocouple band high temperature flame-proof line (the long 5M of lead of armouring；" two select two " jump cars)；2. increased newly on gear-box
(the first probe of vibration probe two；Second probe) using " two select two " jump cars；3. tail gas turbine machine increases one group of rotational speed probe newly
Three (the first probes；Second probe；3rd probe), using " three select two " jump cars；4. steam turbine, compressor be NOx compressors,
Gear-box, axle stream (pneumatics) compressor, tail gas turbine machine, unit vibration is using " two select two " jump cars；5. the present invention can be fine
Ground keeps the stability and safety of compressor.
Brief description of the drawings
Fig. 1 is the partial structural diagram of the present invention；Fig. 2 is the partial structural diagram that the present invention is connected with figure one；Fig. 3
For spring capping type thermocouple structure schematic diagram of the present invention；Fig. 4 is screw-type thermocouple structure schematic diagram of the present invention；Fig. 5 is this
Invention rotational speed probe mounting structure schematic diagram；Fig. 6 is vibration probe mounting structure schematic diagram of the present invention；Fig. 7 is local for the present invention
One of schematic flow sheet；Fig. 8 is the two of the local schematic flow sheet of the present invention；Fig. 9 is the three of the local schematic flow sheet of the present invention；Figure
10 be the four of the local schematic flow sheet of the present invention；Figure 11 is the five of the local schematic flow sheet of the present invention；
In figure, 1. turbine speeds probe, 2. steam turbine pairs push away one group of probe of temperature control on the left of front end, and 3. steam turbine pairs push away
One group of probe of temperature control on the right side of front end, 4. steam turbines promote mainly two groups of probes of temperature control on the left of front end, and 5. steam turbines promote mainly the front end right side
Two groups of probes of side temperature control, 6. steamer switches are mutually popped one's head in, and 7. steam turbine air inlet side shaft vibrations first are popped one's head in, 8. steam turbine air inlet sides
Shaft vibration second is popped one's head in, and radially watt left side one group of probe of temperature control, 10. steam turbine air inlets radial direction watt right side are warm for 9. steam turbine air inlets
First group of probe is spent, radially watt left side two groups of probes of temperature control, 12. steam turbine outlets radial direction watt right side are warm for 11. steam turbine outlets
Second group of probe, the probe of 13. gas turbine exhaust gas side axles vibration first are spent, 14. gas turbine exhaust gas side axles vibration second is popped one's head in, and 15.
The probe of nitrogen oxide gas compressor exhaust side vibration first, the probe of 16. nitrogen oxide gas compressor exhaust sides vibration second, 17. nitrogen oxide pressures
Contracting machine exhaust side first group of probe of radial temperature, 18. second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, 19. oxidations
Nitrogen compressor air inlet side first group of probe of radial temperature, 20. second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, 21.
The probe of nitrogen oxide gas compressor air inlet side vibration first, the probe of 22. nitrogen oxide gas compressor air inlet sides vibration second, 23. nitrogen oxide pressures
Contracting machine pair thrust bearing one group of probe of temperature control, 24. nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control, 25. nitrogen oxide pressures
Contracting owner's thrust bearing one group of probe of temperature control, 26. nitrogen oxide gas compressors promote mainly second group of probe of bearing temperature, and 27. gear-boxes are low
One group of probe of watt temperature control before fast side, one group of probe of watt temperature control before 28. gearbox high-speed sides, after 29. gear-box low speed sides watt
Two groups of probes of temperature control, two groups of probes of watt temperature control behind 30. gearbox high-speed sides, the probe of 31. gear-boxes vibration first, 32. teeth
The probe of roller box vibration second, the probe of 34. air compressor air inlet sides vibration first, 35. air compressor air inlet sides vibration second
Probe, 36. first group of probe of air compressor air intake side radial temperature, 37. second group of probe of air compressor air intake side radial temperature, 38.
Air compressor machine outlet side first group of probe of radial temperature, 39. air compressor machine outlet side second group of probe of radial temperature, 40. pneumatics owners
One group of probe of thrust bearing temperature control, 41. air compressor machines promote mainly second group of probe of bearing temperature, 42. air compressor machine pair thrust bearing temperature controls
One group of probe, 43. air compressor machine pair thrust bearing two groups of probes of temperature control, the probe of 44. air compressor exhaust sides vibration first, 45.
The probe of air compressor exhaust side vibration second, 46. tail gas turbine machine air inlet side shaft vibrations first are popped one's head in, 47. tail gas turbine machines
Air inlet side shaft vibration second is popped one's head in, 48. tail gas turbine machine air inlet side first group of probe of radial temperature, 49. tail gas turbine machine air inlets
Second group of probe of side radial temperature, 50. tail gas turbine machine outlet side first group of probe of radial temperature, 51. tail gas turbine machine outlets
Second group of probe of side radial temperature, the probe of 52. tail gas turbine machine exhaust sides vibration first, the vibration of 53. tail gas turbine machine exhaust sides
Second probe, 54. tail gas turbine machine rotational speed probes.
Embodiment
Technical scheme is described in further detail below in conjunction with the accompanying drawings, but protection scope of the present invention is not limited to
It is as described below.
As shown in Fig. 1~Figure 11, a kind of safe axle system device of compressor, it includes four-in-one unit, rotating shaft group and inspection
Probing head, described four-in-one unit includes steam turbine, nitrogen oxide gas compressor, air compressor and tail gas turbine machine, described
Rotating shaft group includes first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, first rotating shaft and is arranged on steam turbine, second turn
Axle is arranged on nitrogen oxide gas compressor, and the 3rd rotating shaft is arranged on air compressor, and the 4th rotating shaft is arranged on tail gas turbine machine,
First rotating shaft is connected with the second rotating shaft, and gear-box, the 3rd rotating shaft and the 4th rotating shaft are provided between the second rotating shaft and the 3rd rotating shaft
Connection；
Described detection probe includes rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in 6 and air pressure
Contracting switch is mutually popped one's head in；Described rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in 6 and air compressor key phase
Probe is connected with control unit realizes that unit jumps car, so as to protect " four-in-one unit ", jumps car device and is connected with control unit；
Described rotational speed probe includes turbine speed probe 1 and tail gas turbine machine rotational speed probe 54；
Described vibration probe includes the probe of steam turbine air inlet side shaft vibration first 7, steam turbine air inlet side shaft vibration second
Probe 8, the probe 13 of gas turbine exhaust gas side axle vibration first, the probe 14 of gas turbine exhaust gas side axle vibration second, nitrogen oxide gas compressor
The probe 15 of exhaust side vibration first, the probe 16 of nitrogen oxide gas compressor exhaust side vibration second, the vibration of nitrogen oxide gas compressor air inlet side
First probe 21, the probe 22 of nitrogen oxide gas compressor air inlet side vibration second, the probe 31 of gear-box vibration first, gear-box vibration the
Two probes 32, the probe 34 of air compressor air inlet side vibration first, the probe 35 of air compressor air inlet side vibration second, air pressure
The probe 44 of contracting machine exhaust side vibration first, the probe 45 of air compressor exhaust side vibration second, tail gas turbine machine air inlet side axle are shaken
Dynamic first probe 46, the probe of tail gas turbine machine air inlet side shaft vibration second 47, the probe 52 of tail gas turbine machine exhaust side vibration first
With the probe 53 of tail gas turbine machine exhaust side vibration second；
Described temp probe pushes away one group of probe 2 of temperature control, steam turbine pair on the left of front end including steam turbine pair and pushes away the front end right side
One group of probe 3 of side temperature control, steam turbine promote mainly two groups of probes 4 of temperature control, steam turbine on the left of front end and promote mainly temperature control on the right side of front end
One group two groups of probes 5, steam turbine air inlet radial direction watt left side one group of probe 9 of temperature control, steam turbine air inlet radial direction watt right side of temperature control
Radially watt left side two groups of probes 11 of temperature control, steam turbine the outlet radially watt right side two groups of spies of temperature control of probe 10, steam turbine outlet
First 12, first group of probe 17 of nitrogen oxide gas compressor exhaust side radial temperature, second group of nitrogen oxide gas compressor exhaust side radial temperature
Probe 18, first group of probe 19 of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature second
Group probe 20, one group of probe 23 of nitrogen oxide gas compressor pair thrust bearing temperature control, two groups of nitrogen oxide gas compressor pair thrust bearing temperature control
Probe 24, nitrogen oxide gas compressor promotes mainly first group of probe 25 of bearing temperature, nitrogen oxide gas compressor promotes mainly second group of spy of bearing temperature
First 26, watt temperature control one group of probe 28, gear-box before one group of probe 27 of watt temperature control, gearbox high-speed side before gear-box low speed side
Two groups of probes 30 of watt temperature control behind two groups of probes 29 of watt temperature control, gearbox high-speed side, air compressor air intake side be radially after low speed side
One group of probe 36 of temperature control, second group of probe 37 of air compressor air intake side radial temperature, first group of air compressor machine outlet side radial temperature
Probe 38, air compressor machine outlet side second group of probe 39 of radial temperature, air compressor machine promote mainly bearing temperature first group of probe 40, air compressor machine
Promote mainly second group of probe 41 of bearing temperature, one group of probe 42 of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature control
Two groups of first group of probe 48 of tail gas turbine machine air inlet side radial temperature of probe 43., tail gas turbine machine air inlet side radial temperatures second
Second group of group probe 49, tail gas turbine machine outlet side first group of probe 50 of radial temperature and tail gas turbine machine outlet side radial temperature
Probe 51.
Preferably, described rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in 6 and air compressor key
Mutually probe is connected by preamplifier with control unit respectively realizes unit jump car, so as to protecting " four-in-one unit ".
Preferably, described control unit includes DCS system and ESD system, and described ESD system is PCL control systems.
Preferably, it is mounted on protecting on described steam turbine, nitrogen oxide gas compressor, air compressor and tail gas turbine machine
Device.
Preferably, it also includes warning device, and described warning device is connected with control unit.
Preferably, described turbine speed probe 1 and tail gas turbine machine rotational speed probe 54 are three, and three rotating speeds are visited
Head is directed to the center of rotating shaft or gear by the installation of probe erection code and three probes；It is separated by between three described probes
45 degree.
Preferably, described temp probe：Before steam turbine pair pushes away front end left side one group of probe 2 of temperature control, steam turbine pair pushes away
End right side one group of probe 3 of temperature control, steam turbine promote mainly two groups of probes 4 of temperature control, steam turbine on the left of front end and promote mainly temperature on the right side of front end
Spend second group of probe 5, steam turbine air inlet radially watt left side one group of probe 9 of temperature control, steam turbine air inlet radial direction watt right side temperature control
One group of probe 10, steam turbine outlet radial direction watt left side two groups of probes 11 of temperature control, steam turbine outlet radial direction watt right side temperature control two
Group probe 12, first group of probe 17 of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide gas compressor exhaust side radial temperature the
Two groups of probes 18, first group of probe 19 of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature
Second group of probe 20, one group of probe 23 of nitrogen oxide gas compressor pair thrust bearing temperature control, nitrogen oxide gas compressor pair thrust bearing temperature control
Two groups of probes 24, nitrogen oxide gas compressor promote mainly first group of probe 25 of bearing temperature, nitrogen oxide gas compressor promotes mainly bearing temperature second
Group probe 26, watt temperature control one group of probe 28, tooth before one group of probe 27 of watt temperature control, gearbox high-speed side before gear-box low speed side
Two groups of probes 30 of watt temperature control, air compressor air intake side behind two groups of probes 29 of watt temperature control, gearbox high-speed side after roller box low speed side
First group of probe 36 of radial temperature, second group of probe 37 of air compressor air intake side radial temperature, air compressor machine outlet side radial temperature
One group of probe 38, air compressor machine outlet side second group of probe 39 of radial temperature, air compressor machine promote mainly first group of probe 40 of bearing temperature, sky
Press promotes mainly second group of probe 41 of bearing temperature, one group of probe 42 of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature
Spend second group of probe 43, first group of probe 48 of tail gas turbine machine air inlet side radial temperature, tail gas turbine machine air inlet side radial temperature
Second group of probe 49, tail gas turbine machine outlet side first group of probe 50 of radial temperature and tail gas turbine machine outlet side radial temperature
Two groups of probes 51, above-mentioned every group of probe is two.
Preferably, described temp probe：First group of probe of nitrogen oxide exhaust side radial temperature, nitrogen oxide exhaust side are radially
Two groups of probes of temperature control, first group of probe of nitrogen oxide air inlet side radial temperature, second group of probe of nitrogen oxide air inlet side radial temperature,
One group of probe of nitrogen oxide pair thrust bearing temperature control, nitrogen oxide pair thrust bearing temperature control two groups of probes, nitrogen oxides promote mainly bearing temperature
First group of probe, nitrogen oxide promote mainly second group of probe of bearing temperature, air compressor machine promotes mainly bearing temperature first group of probe 40, air compressor machine
Promote mainly second group of probe 41 of bearing temperature, one group of probe 42 of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature control
Two groups of probes 43, first group of probe 48 of tail gas turbine machine air inlet side radial temperature, tail gas turbine machine air inlet side radial temperature second
Second group of group probe 49, tail gas turbine machine outlet side first group of probe 50 of radial temperature and tail gas turbine machine outlet side radial temperature
Probe 51；Said temperature probe presses the thermocouple probe of spring using band, and the thermocouple probe that described band presses spring is armouring
Double branch K-type I levels thermocouple probes, it includes measurement end, heat-resistant fireproof compensating wire (being about 5m), two bullets of popping one's head in and press
Spring, described measurement end are cylinder, and a head is set between measurement end and heat-resistant fireproof compensating wire, and heat-resistant fireproof is mended
Repay wire and be provided with the one end on head and press spring, two probes are arranged in heat-resistant fireproof compensating wire.
Preferably, described first group of probe 36 of air compressor air intake side radial temperature, air compressor air intake side radial temperature
Two groups of probes 37, air compressor machine outlet side first group of probe 38 of radial temperature, air compressor machine outlet side second group of probe 39 of radial temperature,
Above-mentioned probe is popped one's head in using the thermocouple of band connection screw thread, and the thermocouple probe of described band connection screw thread is the double branch K-type I levels heat of armouring
Even probe, it includes measurement end, heat-resistant fireproof compensating wire (being about 5m) and two probes, and described measurement end includes a circle
Cylinder and cone, cylinder and cone are fixed, and centrum bottom is provided with a contact surface, measurement end and heat-resistant fireproof compensating wire
Between a head is set, be provided with connection screw thread on head.
A kind of safe axle system unit protection control method of compressor, believe when abnormal signal or from technique intertripping
After number being sent into DCS system, DCS system control alarm carries out first order alarm or second level alarm is (normal：It is green, noiseless；
The first order is alarmed：It is yellow, noiseless；Alarm the second level：Red, alarm), while second level alarm is carried out, perform following
Action：The filling valve of steam turbine is fully closed, and Quick closing valve for steam turbine is fully closed, air compressor stator blade aperture to minimum, air compressor machine anti-asthma
Valve standard-sized sheet, the anti-surge valve standard-sized sheet of nitrogen oxide gas compressor, the by-passing valve standard-sized sheet of tail gas turbine machine, tail gas turbine machine intake valve are complete
Close, while unit shuts down, signaled to DCS system, shut-down skill；
It is single that described abnormal signal comes from rotational speed probe detection unit, temp probe detection unit and vibration probe detection
Member；
Described rotational speed probe detection unit includes turbine speed detection sub-unit and tail gas turbine machine Rotating speed measring
Unit, described turbine speed detection sub-unit, which includes three turbine speeds, pops one's head in and the 1 and the 1st selects two functional modules, and three
Individual turbine speed probe the 1 and the 1st selects two functional modules, and (two abnormal signals or three abnormal signals then export alarm
Signal) three inputs connection, the one or three selects the output end of two functional modules to be connected in first or module；Described tail gas
Turbine Rotating speed measring subelement selects two functional modules, three tail gas including three tail gas turbine machine rotational speed probes the 54 and the 2nd 3
Turbine rotational speed probe 54 selects three inputs of two functional modules to be connected with the two or three, and the two or three selects the output of two functional modules
End is connected in first or module；
Described vibration probe detection unit includes steam turbine air inlet side shaft vibration detection subelement, gas turbine exhaust gas side axle
Vibration detecting subelement, nitrogen compressor air-discharging side vibration detecting subelement, nitrogen oxide gas compressor air inlet side vibration detecting subelement,
Gear-box vibration detecting subelement, air compressor air inlet side vibration detecting subelement, air compressor exhaust side vibration detecting
Subelement, tail gas turbine machine air inlet side shaft vibration detection subelement and tail gas turbine machine exhaust side vibration detecting subelement；Steamer
Machine air inlet side shaft vibration detection subelement, gas turbine exhaust gas side axle vibration detecting subelement, nitrogen compressor air-discharging side vibration detecting
Subelement, nitrogen oxide gas compressor air inlet side vibration detecting subelement, gear-box vibration detecting subelement, air compressor air inlet side
Vibration detecting subelement, air compressor exhaust side vibration detecting subelement, tail gas turbine machine air inlet side shaft vibration detection are single
Member and tail gas turbine machine exhaust side vibration detecting subelement are connected to by the front side and module and rear side of series connection with module respectively
First or module on, lead-out wire between front side and module and rear side and module connection warning device；Rear side in module with setting
Have " interlocking input " switch (" interlocking input " control rear side and module whether access system, i.e., be connected with the rear side with module
Whether detection probe starts control action, other local " chain input " effect classes of this patent to first or module connection equipment
Like)；
Steam turbine air inlet side shaft vibration detection subelement includes the probe of steam turbine air inlet side shaft vibration first 7 and steam turbine enters
The probe 8 of gas side axle vibration second, the probe of steam turbine air inlet side shaft vibration first 7 and the probe of steam turbine air inlet side shaft vibration second 8
It is connected with front side with module；
Gas turbine exhaust gas side axle vibration detecting subelement includes the probe 13 of gas turbine exhaust gas side axle vibration first and steam turbine
The probe of exhaust side shaft vibration second 14, the probe 13 of gas turbine exhaust gas side axle vibration first and gas turbine exhaust gas side axle vibration second are visited
First 14 are connected with front side with module；
Nitrogen oxide gas compressor exhaust side vibration detecting subelement includes the probe 15 of nitrogen oxide gas compressor exhaust side vibration first
With the probe 16 of nitrogen oxide gas compressor exhaust side vibration second, the probe 15 of nitrogen oxide gas compressor exhaust side vibration first and nitrogen oxide pressure
The probe 16 of contracting machine exhaust side vibration second is connected with front side with module；
Nitrogen oxide gas compressor air inlet side vibration detecting subelement includes the probe 21 of nitrogen oxide gas compressor air inlet side vibration first
With the probe 22 of nitrogen oxide gas compressor air inlet side vibration second, the probe 21 of nitrogen oxide gas compressor air inlet side vibration first and nitrogen oxide pressure
The probe 22 of contracting machine air inlet side vibration second is connected with front side with module；
Gear-box vibration detecting subelement includes the probe 31 of gear-box vibration first and the probe 32 of gear-box vibration second, tooth
The probe 31 of roller box vibration first and the probe 32 of gear-box vibration second are connected with front side with module；
Air compressor air inlet side vibration detecting subelement includes the probe 34 of air compressor air inlet side vibration first and sky
The probe 35 of air compressor air inlet side vibration second, the probe 34 of air compressor air inlet side vibration first and air compressor air inlet side
The probe of vibration second 35 is connected with front side with module；
Air compressor exhaust side vibration detecting subelement includes the probe 44 of air compressor exhaust side vibration first and sky
The probe 45 of air compressor exhaust side vibration second, the probe 44 of air compressor exhaust side vibration first and air compressor exhaust side
The probe of vibration second 45 is connected with front side with module；
Tail gas turbine machine air inlet side shaft vibration detection subelement includes the probe of tail gas turbine machine air inlet side shaft vibration first 46
With the probe of tail gas turbine machine air inlet side shaft vibration second 47, the probe of tail gas turbine machine air inlet side shaft vibration first 46 and tail gas turbine
The probe of machine air inlet side shaft vibration second 47 is connected with front side with module；
Tail gas turbine machine exhaust side vibration detecting subelement includes the probe 52 of tail gas turbine machine exhaust side vibration first and tail
The probe 53 of gas turbine engine exhaust side vibration second, the probe 52 of tail gas turbine machine exhaust side vibration first and tail gas turbine machine exhaust side
The probe of vibration second 53 is connected with front side with module；
Described temp probe detection unit pushes away temperature detection subelement, steam turbine pair on the left of front end including steam turbine pair and pushed away
Temperature detection subelement, steam turbine promote mainly temperature detection subelement, steam turbine on the left of front end and promote mainly temperature on the right side of front end on the right side of front end
Spend detection sub-unit, steam turbine air inlet radially watt left side temperature detection subelement, steam turbine air inlet radial direction watt right side temperature detection
Subelement, outlet radial direction watt left side temperature detection subelement, steam turbine outlet radial direction watt right side temperature detection subelement, nitrogen oxide
Compressor air-discharging side radial temperature detection sub-unit, nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit, nitrogen oxide pressure
Before contracting machine pair thrust bearing temperature detection subelement, nitrogen oxide gas compressor promote mainly bearing temperature detection sub-unit, gear-box low speed side
Watt temperature detection is single after watt temperature detection subelement, gear-box low speed side before watt temperature detection subelement, gearbox high-speed side
Watt temperature detection subelement, air compressor air intake side radial temperature detection sub-unit, air compressor machine outlet side behind member, gearbox high-speed side
Radial temperature detection sub-unit, air compressor machine promote mainly bearing temperature detection sub-unit, air compressor machine pair thrust bearing temperature detection subelement,
Tail gas turbine machine air inlet side radial temperature detection sub-unit and tail gas turbine machine outlet side radial temperature detection sub-unit；
Steam turbine pair pushes away temperature detection subelement on the left of front end and pushes away one group of probe of temperature control on the left of front end including steam turbine pair
2nd, steam turbine pair pushes away one group of probe 2 of temperature control on the left of front end and includes steam turbine pair and push away front end left side temperature control one popping one's head in and steam turbine
Pair pushes away temperature control two on the left of front end and popped one's head in；Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away the front end right side including steam turbine pair
One group of probe 3 of side temperature control, steam turbine pair push away one group of probe 3 of temperature control on the right side of front end and push away temperature on the right side of front end including steam turbine pair
First probe and steam turbine pair push away temperature control two on the right side of front end and popped one's head in；Steam turbine, which promotes mainly temperature detection subelement on the left of front end, to be included
Steam turbine promotes mainly two groups of probes 4 of temperature control on the left of front end, and steam turbine, which promotes mainly two groups of probes 4 of temperature control on the left of front end, includes steam turbine
Promote mainly the front end left side probe of temperature control one and steam turbine is promoted mainly temperature control two on the left of front end and popped one's head in；Steam turbine promotes mainly temperature on the right side of front end
Degree detection sub-unit promotes mainly two groups of probes 5 of temperature control on the right side of front end including steam turbine, and steam turbine promotes mainly temperature control two on the right side of front end
Group probe 5 promotes mainly the front end right side probe of temperature control one including steam turbine and steam turbine is promoted mainly temperature control two on the right side of front end and popped one's head in；Vapour
Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt left side one group of probe 9 of temperature control, steamer for turbine air inlet
Radially watt left side one group of probe 9 of temperature control includes the steam turbine air inlet radial direction watt left side probe of temperature control one and steam turbine enters for machine air inlet
Gas radially pop one's head in by a watt left side temperature control two；Radially a watt right side temperature detection subelement includes steam turbine air inlet radially for steam turbine air inlet
One group of probe 10 of temperature control on the right side of watt, radially watt right side one group of probe 10 of temperature control includes steam turbine air inlet radially for steam turbine air inlet
Radially a watt right side temperature control two is popped one's head in for the probe of temperature control one and steam turbine air inlet on the right side of watt；Radially watt left side temperature detection is sub for outlet
Unit includes steam turbine outlet radially watt left side two groups of probes 11 of temperature control, the radially watt left side two groups of spies of temperature control of steam turbine outlet
First 11 include steam turbine outlet, and radially radially a watt left side temperature control two is popped one's head in for watt left side probe of temperature control one and steam turbine outlet；Vapour
Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt right side two groups of probes 12 of temperature control, steamer to turbine outlet
Machine outlet radial direction watt right side two groups of probes 12 of temperature control are popped one's head in including a steam turbine outlet radial direction watt right side temperature control one and steam turbine
Outlet radially pop one's head in by a watt right side temperature control two；Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit is compressed including nitrogen oxide
Second group of probe 18 of first group of probe 17 of machine exhaust side radial temperature and nitrogen oxide gas compressor exhaust side radial temperature, change nitrogen compression
Second group of probe 18 of first group of probe of machine exhaust side radial temperature and nitrogen oxide gas compressor exhaust side radial temperature includes two
Probe；Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes first group of nitrogen oxide gas compressor air inlet side radial temperature
Probe 19 and second group of probe 20 of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature first
Group probe 19 and second group of probe 20 of nitrogen oxide gas compressor air inlet side radial temperature include two probes；Nitrogen oxide gas compressor pair
Thrust bearing temperature detection subelement includes one group of probe 23 of nitrogen oxide gas compressor pair thrust bearing temperature control and nitrogen oxide gas compressor pair
Two groups of probes 24 of thrust bearing temperature control, one group of probe 23 of nitrogen oxide gas compressor pair thrust bearing temperature control and nitrogen oxide gas compressor pair push away
Second group of probe 24 of bearing temperature includes two probes；Nitrogen oxide gas compressor, which promotes mainly bearing temperature detection sub-unit, includes oxidation
Nitrogen compressor promotes mainly first group of probe 25 of bearing temperature and nitrogen oxide gas compressor promotes mainly second group of probe 26 of bearing temperature, nitrogen oxide
Compressor promotes mainly first group of probe 25 of bearing temperature and nitrogen oxide gas compressor promotes mainly second group of probe 26 of bearing temperature and includes two
Branch is popped one's head in；Watt temperature detection subelement includes one group of probe 27 of watt temperature control before gear-box low speed side, tooth before gear-box low speed side
One group of probe 27 of watt temperature control includes the probe of watt temperature control one and gear-box low speed side before gear-box low speed side before roller box low speed side
Preceding watt of temperature control two is popped one's head in；Watt temperature detection subelement includes one group of watt temperature control before gearbox high-speed side before gearbox high-speed side
Probe 28, one group of probe 28 of watt temperature control includes watt temperature control one before gearbox high-speed side and popped one's head in and gear before gearbox high-speed side
Watt temperature control two is popped one's head in before case high-speed side；Watt temperature detection subelement includes watt temperature after gear-box low speed side after gear-box low speed side
Second group of probe 29 is spent, two groups of probes 29 of watt temperature control are visited including watt temperature control one after gear-box low speed side after gear-box low speed side
Watt temperature control two is popped one's head in after head and gear-box low speed side；Watt temperature detection subelement includes gearbox high-speed behind gearbox high-speed side
Two groups of probes 30 of watt temperature control behind side, two groups of probes 30 of watt temperature control include watt temperature behind gearbox high-speed side behind gearbox high-speed side
Watt temperature control two is popped one's head in after the probe of degree first and gearbox high-speed side；Air compressor air intake side radial temperature detection sub-unit includes sky
Second group of probe 37 of first group of probe 36 of press air inlet side radial temperature and air compressor air intake side radial temperature, air compressor air intake side
Second group of probe 37 of first group of probe 36 of radial temperature and air compressor air intake side radial temperature includes two probes；Air compressor machine goes out
Gas side radial temperature detection sub-unit includes air compressor machine outlet side first group of probe 38 of radial temperature and air compressor machine outlet side radially
Second group of two groups of probes 39 of temperature control, air compressor machine outlet side first group of probe 38 of radial temperature and air compressor machine outlet side radial temperature
Probe 39 includes two probes；Air compressor machine promotes mainly bearing temperature detection sub-unit and promotes mainly first group of bearing temperature including air compressor machine
Probe 40 and air compressor machine promote mainly second group of probe 41 of bearing temperature, and air compressor machine promotes mainly first group of probe 40 of bearing temperature and air compressor machine
Promoting mainly second group of probe 41 of bearing temperature includes two probes；Air compressor machine pair thrust bearing temperature detection subelement includes air compressor machine
Secondary one group of probe 42 of thrust bearing temperature control and air compressor machine pair thrust bearing two groups of probes 43 of temperature control, air compressor machine pair thrust bearing temperature control
Two groups of probes 43 of one group of probe 42 and air compressor machine pair thrust bearing temperature control include two probes；Tail gas turbine machine air inlet side is radially
Temperature detection subelement includes first group of probe 48 of tail gas turbine machine air inlet side radial temperature and tail gas turbine machine air inlet side radially
Two groups of probes 49 of temperature control, first group of probe 48 of tail gas turbine machine air inlet side radial temperature and tail gas turbine machine air inlet side are radially warm
Spending second group of probe 49 includes two probes；Tail gas turbine machine outlet side radial temperature detection sub-unit includes tail gas turbine machine
First group of probe 50 of outlet side radial temperature and tail gas turbine machine outlet side second group of probe 51 of radial temperature, tail gas turbine machine go out
First group of probe 50 of gas side radial temperature and tail gas turbine machine outlet side second group of probe 51 of radial temperature include two probes；
Steam turbine pair pushes away temperature detection subelement, steam turbine pair on the left of front end and pushes away temperature detection subelement, vapour on the right side of front end
Turbine promotes mainly temperature detection subelement, steam turbine on the left of front end and promotes mainly temperature detection subelement, steam turbine air inlet footpath on the right side of front end
To a watt left side temperature detection subelement, steam turbine air inlet radial direction watt right side temperature detection subelement, outlet radial direction watt left side temperature
Detection sub-unit, steam turbine outlet radial direction watt right side temperature detection subelement, nitrogen oxide gas compressor exhaust side radial temperature first
Group probe 17, second group of probe 18 of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature the
Second group of probe 20 of one group of probe 19 and nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor pair thrust bearing temperature control
Two groups of probes 24 of one group of probe 23 and nitrogen oxide gas compressor pair thrust bearing temperature control, nitrogen oxide gas compressor promote mainly bearing temperature first
Watt temperature detection is single before group probe 25 and nitrogen oxide gas compressor promote mainly second group of probe 26 of bearing temperature, gear-box low speed side
Member, watt temperature detection subelement, gearbox high-speed side after watt temperature detection subelement, gear-box low speed side before gearbox high-speed side
Watt temperature detection subelement, first group of probe 36 of air compressor air intake side radial temperature and air compressor air intake side radial temperature second afterwards
Group probe 37, air compressor machine outlet side first group of probe 38 of radial temperature and air compressor machine outlet side second group of probe 39 of radial temperature,
Air compressor machine promotes mainly first group of probe 40 of bearing temperature and air compressor machine promotes mainly second group of probe 41 of bearing temperature, air compressor machine pair thrust bearing
Two groups of probes 43 of one group of probe 42 of temperature control and air compressor machine pair thrust bearing temperature control, tail gas turbine machine air inlet side radial temperature first
Group probe 48 and second group of probe 49 of tail gas turbine machine air inlet side radial temperature, first group of tail gas turbine machine outlet side radial temperature
Probe 50 and tail gas turbine machine outlet side second group of probe 51 of radial temperature respectively by the front side of series connection and module and rear side with
Module is connected in first or module, the lead-out wire connection warning device between front side and module and rear side and module；Rear side with
" interlocking input " switch is provided with module；
Steam turbine pair pushes away temperature detection subelement on the left of front end and pushes away one group of probe of temperature control on the left of front end including steam turbine pair
2nd, steam turbine pair pushes away one group of probe 2 of temperature control on the left of front end and includes steam turbine pair and push away front end left side temperature control one popping one's head in and steam turbine
Pair pushes away temperature control two on the left of front end and popped one's head in, and steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the left of front end and pushes away temperature on the left of front end
The probe of degree second is connected with front side with module；
Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away one group of probe of temperature control on the right side of front end including steam turbine pair
3, steam turbine pair, which pushes away one group of probe 3 of temperature control on the right side of front end, to be included steam turbine pair and pushes away front end right side temperature control one popping one's head in and steam turbine
Pair pushes away temperature control two on the right side of front end and popped one's head in, and steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the right side of front end and pushes away temperature on the right side of front end
The probe of degree second is connected with front side with module；
Steam turbine promotes mainly temperature detection subelement on the left of front end and promotes mainly two groups of probes of temperature control on the left of front end including steam turbine
4, steam turbine, which promotes mainly two groups of probes 4 of temperature control on the left of front end, to be included steam turbine and promotes mainly front end left side temperature control one popping one's head in and steam turbine
Promote mainly temperature control two on the left of front end to pop one's head in, steam turbine promotes mainly the probe of temperature control one and steam turbine on the left of front end and promotes mainly temperature on the left of front end
The probe of degree second is connected with front side with module；
Steam turbine promotes mainly temperature detection subelement on the right side of front end and promotes mainly two groups of probes of temperature control on the right side of front end including steam turbine
5, steam turbine, which promotes mainly two groups of probes 5 of temperature control on the right side of front end, to be included steam turbine and promotes mainly front end right side temperature control one popping one's head in and steam turbine
Promote mainly temperature control two on the right side of front end to pop one's head in, steam turbine promotes mainly the probe of temperature control one and steam turbine on the right side of front end and promotes mainly temperature on the right side of front end
The probe of degree second is connected with front side with module；
Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in left side for steam turbine air inlet
Probe 9, radially watt left side one group of probe 9 of temperature control including steam turbine air inlet, radially pop one's head in by a watt left side temperature control one for steam turbine air inlet
Radially a watt left side temperature control two is popped one's head in steam turbine air inlet, and radially watt left side probe of temperature control one and steam turbine enter for steam turbine air inlet
A gas radial direction watt left side temperature control two is popped one's head in be connected with front side with module；
Radially a watt right side temperature detection subelement includes steam turbine air inlet radially watt one group of the temperature control in right side for steam turbine air inlet
Probe 10, radially watt right side one group of probe 10 of temperature control including steam turbine air inlet, radially visit by a watt right side temperature control one for steam turbine air inlet
Radially a watt right side temperature control two is popped one's head in for head and steam turbine air inlet, and a steam turbine air inlet radial direction watt right side temperature control one is popped one's head in and steam turbine
An air inlet radial direction watt right side temperature control two is popped one's head in be connected with front side with module；
Radially a watt left side temperature detection subelement includes steam turbine outlet radially watt left side two groups of probes 11 of temperature control to outlet,
Steam turbine outlet radial direction watt left side two groups of probes 11 of temperature control are popped one's head in including a steam turbine outlet radial direction watt left side temperature control one and vapour
Turbine outlet radially pop one's head in by a watt left side temperature control two, the steam turbine outlet radial direction watt left side probe of a temperature control one and steam turbine outlet footpath
Pop one's head in a watt left side temperature control two and be connected with front side with module；
Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt two groups of the temperature control in right side to steam turbine outlet
Probe 12, steam turbine outlet radially including steam turbine outlet, radially visit watt right side two groups of probes 12 of temperature control by a watt right side temperature control one
Radially a watt right side temperature control two is popped one's head in for head and steam turbine outlet, and a steam turbine outlet radial direction watt right side temperature control one is popped one's head in and steam turbine
An outlet radial direction watt right side temperature control two is popped one's head in be connected with front side with module；
Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit includes nitrogen oxide gas compressor exhaust side radial temperature the
Second group of probe 18 of one group of probe 17 and nitrogen oxide gas compressor exhaust side radial temperature, change nitrogen compressor air-discharging side radial temperature the
Second group of probe 18 of one group of probe and nitrogen oxide gas compressor exhaust side radial temperature includes two probes, changes nitrogen compressor air-discharging
Two of first group of probe of side radial temperature probe connections, one front side and module, nitrogen oxide gas compressor exhaust side radial temperature the
Two another front sides of probe connection of two groups of probes 18 and module；
Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes nitrogen oxide gas compressor air inlet side radial temperature the
Second group of probe 20 of one group of probe 19 and nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature
Second group of probe 20 of first group of probe 19 and nitrogen oxide gas compressor air inlet side radial temperature includes two probes, nitrogen oxide compression
Two probe connections, one front side of machine air inlet side first group of probe 19 of radial temperature and module, nitrogen oxide gas compressor air inlet side footpath
To two another front sides of probe connection of two groups of probes 20 of temperature control and module；
Nitrogen oxide gas compressor pair thrust bearing temperature detection subelement includes one group of nitrogen oxide gas compressor pair thrust bearing temperature control
Probe 23 and nitrogen oxide gas compressor pair thrust bearing two groups of probes 24 of temperature control, the one group of spy of temperature control of nitrogen oxide gas compressor pair thrust bearing
First 23 and two groups of probes 24 of nitrogen oxide gas compressor pair thrust bearing temperature control include two probe, nitrogen oxide gas compressor pair thrust bearing
Two probe connections, one front side of one group of probe 23 of temperature control and module, the two groups of spies of temperature control of nitrogen oxide gas compressor pair thrust bearing
First 24 two another front sides of probe connection and module；
Nitrogen oxide gas compressor promotes mainly bearing temperature detection sub-unit and promotes mainly first group of bearing temperature including nitrogen oxide gas compressor
Probe 25 and nitrogen oxide gas compressor promote mainly second group of probe 26 of bearing temperature, and nitrogen oxide gas compressor promotes mainly first group of spy of bearing temperature
First 25 and nitrogen oxide gas compressor promote mainly second group of probe 26 of bearing temperature and include two probes, nitrogen oxide gas compressor promotes mainly bearing
Two probe connections, one front side of one group of probe 25 of temperature control and module, nitrogen oxide gas compressor promote mainly second group of spy of bearing temperature
First another front side of 26 connection and module；
Watt temperature detection subelement includes one group of probe 27 of watt temperature control before gear-box low speed side, tooth before gear-box low speed side
One group of probe 27 of watt temperature control includes the probe of watt temperature control one and gear-box low speed side before gear-box low speed side before roller box low speed side
Preceding watt of temperature control two is popped one's head in, and the probe of watt temperature control one and watt temperature control two before gear-box low speed side are popped one's head in before gear-box low speed side
It is connected with front side with module；
Watt temperature detection subelement includes one group of probe 28 of watt temperature control before gearbox high-speed side, tooth before gearbox high-speed side
One group of probe 28 of watt temperature control includes the probe of watt temperature control one and gearbox high-speed side before gearbox high-speed side before box high speed side
Preceding watt of temperature control two is popped one's head in, and the probe of watt temperature control one and watt temperature control two before gearbox high-speed side are popped one's head in before gearbox high-speed side
It is connected with front side with module；
Watt temperature detection subelement includes two groups of probes 29 of watt temperature control after gear-box low speed side, tooth after gear-box low speed side
Two groups of probes 29 of watt temperature control include the probe of watt temperature control one and gear-box low speed side after gear-box low speed side after roller box low speed side
Watt temperature control two is popped one's head in afterwards, and the probe of watt temperature control one and watt temperature control two after gear-box low speed side are popped one's head in after gear-box low speed side
It is connected with front side with module；
Watt temperature detection subelement includes two groups of probes 30 of watt temperature control behind gearbox high-speed side, tooth behind gearbox high-speed side
Two groups of probes 30 of watt temperature control include the probe of watt temperature control one and gearbox high-speed side behind gearbox high-speed side behind box high speed side
Watt temperature control two is popped one's head in afterwards, and the probe of watt temperature control one and watt temperature control two behind gearbox high-speed side are popped one's head in behind gearbox high-speed side
It is connected with front side with module；
Air compressor air intake side radial temperature detection sub-unit includes first group of He of probe 36 of air compressor air intake side radial temperature
Second group of probe 37 of air compressor air intake side radial temperature, first group of probe 36 of air compressor air intake side radial temperature and air compressor air intake
Radial temperature second group of probe 37 in side includes two probes, two spies of air compressor air intake side first group of probe 36 of radial temperature
One front side of head connection and module, two another front sides of probe connection of air compressor air intake side second group of probe 37 of radial temperature
With module；
Air compressor machine outlet side radial temperature detection sub-unit includes first group of He of probe 38 of air compressor machine outlet side radial temperature
Air compressor machine outlet side second group of probe 39 of radial temperature, air compressor machine outlet side first group of probe 38 of radial temperature and air compressor machine outlet
Radial temperature second group of probe 39 in side includes two probes, two spies of air compressor machine outlet side first group of probe 38 of radial temperature
One front side of head connection and module, two another front sides of probe connection of air compressor machine outlet side second group of probe 39 of radial temperature
With module；
Air compressor machine promotes mainly bearing temperature detection sub-unit and promotes mainly first group of probe 40 of bearing temperature and pneumatics including air compressor machine
Two groups of probes 41 of owner's thrust bearing temperature control, air compressor machine promotes mainly first group of probe 40 of bearing temperature and air compressor machine promotes mainly bearing temperature
Second group of probe 41 includes two probes, before air compressor machine promotes mainly two probe connections one of first group of probe 40 of bearing temperature
Side and module, air compressor machine promote mainly two another front sides of probe connection and the module of second group of probe 41 of bearing temperature；
Air compressor machine pair thrust bearing temperature detection subelement includes one group of probe 42 of air compressor machine pair thrust bearing temperature control and pneumatics
Machine pair thrust bearing two groups of probes 43 of temperature control, one group of probe 42 of air compressor machine pair thrust bearing temperature control and air compressor machine pair thrust bearing temperature
Second group of probe 43 includes two probes, before two probe connections one of air compressor machine pair thrust bearing one group of probe 42 of temperature control
Side and module, two another front sides of probe connection of air compressor machine pair thrust bearing two groups of probes 43 of temperature control and module；
Tail gas turbine machine air inlet side radial temperature detection sub-unit includes first group of tail gas turbine machine air inlet side radial temperature
Probe 48 and tail gas turbine machine air inlet side second group of probe 49 of radial temperature, the first group of spy of radial temperature of tail gas turbine machine air inlet side
First 48 and second group of probe 49 of tail gas turbine machine air inlet side radial temperature include two probe, tail gas turbine machine air inlet side radially
Two probe connections, one front side of one group of probe 48 of temperature control and module, the second group of spy of radial temperature of tail gas turbine machine air inlet side
First 49 two another front sides of probe connection and module；
Tail gas turbine machine outlet side radial temperature detection sub-unit includes first group of tail gas turbine machine outlet side radial temperature
Probe 50 and tail gas turbine machine outlet side second group of probe 51 of radial temperature, the first group of spy of radial temperature of tail gas turbine machine outlet side
First 50 and tail gas turbine machine outlet side second group of probe 51 of radial temperature include two probe, tail gas turbine machine outlet side radially
Two probe connections, one front side of one group of probe 50 of temperature control and module, the second group of spy of radial temperature of tail gas turbine machine outlet side
First 51 two another front sides of probe connection and module；
First described or module connects steam turbine aeration valve, Quick closing valve for steam turbine, air compressor machine stator blade, air compressor machine and prevents kicking
Valve, nitrogen oxide gas compressor are anti-to kick valve, tail gas turbine machine intake valve and tail gas turbine machine by-passing valve.
Some detection units can also be grouped by the present invention, such as shown in Fig. 7~Figure 11, by detection unit be divided into A,
B, tetra- groups of C, D, every group in tetra- groups of A, B, C, D is separately provided one or module, and in each group or module is connected to second
Or in module, second or module be connected with first or module；Accidental shutdown report is set between second or module and first or module
Alert device, the lead-out wire connection " DCS techniques interlock system " between second or module and first or module, first or module input
End is also connected with " technique intertripping signal ", and " technique intertripping signal " is provided with alarm between first or module.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, it is noted that all
All any modification, equivalent and improvement made within the spirit and principles in the present invention etc., it should be included in the guarantor of the present invention
Within the scope of shield.
Claims (10)
- A kind of 1. safe axle system device of compressor, it is characterised in that：It includes four-in-one unit, rotating shaft group and detection probe, Described four-in-one unit includes steam turbine, nitrogen oxide gas compressor, air compressor and tail gas turbine machine, described rotating shaft group bag Include first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, first rotating shaft to be arranged on steam turbine, the second rotating shaft is arranged on On nitrogen oxide gas compressor, the 3rd rotating shaft is arranged on air compressor, and the 4th rotating shaft is arranged on tail gas turbine machine, first rotating shaft It is connected with the second rotating shaft, gear-box is provided between the second rotating shaft and the 3rd rotating shaft, the 3rd rotating shaft is connected with the 4th rotating shaft；Described detection probe includes rotational speed probe, vibration probe, temp probe, steamer switch is mutually popped one's head in and air compressor key Mutually pop one's head in；Described rotational speed probe, vibration probe, temp probe, steamer switch are mutually popped one's head in and mutually popped one's head in air compressor key It is connected with control unit and realizes that unit jumps car, so as to protect " four-in-one unit ", is jumped car device and be connected with control unit；Described rotational speed probe includes turbine speed probe and tail gas turbine machine rotational speed probe；Described vibration probe is popped one's head in including steam turbine air inlet side shaft vibration first, steam turbine air inlet side shaft vibration second is popped one's head in, The probe of gas turbine exhaust gas side axle vibration first, the probe of gas turbine exhaust gas side axle vibration second, the vibration of nitrogen oxide gas compressor exhaust side First probe, the probe of nitrogen oxide gas compressor exhaust side vibration second, the probe of nitrogen oxide gas compressor air inlet side vibration first, nitrogen oxide The probe of compressor air inlet side vibration second, the probe of gear-box vibration first, the probe of gear-box vibration second, air compressor air inlet The probe of side vibration first, the probe of air compressor air inlet side vibration second, the probe of air compressor exhaust side vibration first, air The probe of compressor air-discharging side vibration second, tail gas turbine machine air inlet side shaft vibration first is popped one's head in, tail gas turbine machine air inlet side axle is shaken Dynamic second probe, the probe of tail gas turbine machine exhaust side vibration first and the probe of tail gas turbine machine exhaust side vibration second；Described temp probe pushes away one group of probe of temperature control, steam turbine pair on the left of front end including steam turbine pair and pushes away temperature on the right side of front end First group of probe, steam turbine promote mainly front end left side two groups of probes of temperature control, steam turbine promotes mainly two groups of probes of temperature control on the right side of front end, Steam turbine air inlet radial direction watt left side one group of probe of temperature control, steam turbine air inlet radial direction watt right side temperature control one group of probe, steam turbine Outlet radial direction watt left side two groups of probes of temperature control, steam turbine outlet radial direction watt right side temperature control two groups of probes, nitrogen oxide gas compressors First group of probe of exhaust side radial temperature, nitrogen oxide gas compressor exhaust side radial temperature second group of probe, nitrogen oxide gas compressor enter First group of probe of gas side radial temperature, second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor pair push away First group of probe of bearing temperature, two groups of probes of nitrogen oxide gas compressor pair thrust bearing temperature control, nitrogen oxide gas compressor promote mainly bearing temperature Spend first group of probe, nitrogen oxide gas compressor promotes mainly one group of spy of watt temperature control before second group of probe of bearing temperature, gear-box low speed side Head, two groups of probes of watt temperature control, gearbox high-speed side after one group of probe of watt temperature control, gear-box low speed side before gearbox high-speed side Two groups of probes of watt temperature control, first group of probe of air compressor air intake side radial temperature, second group of air compressor air intake side radial temperature afterwards Probe, air compressor machine outlet side first group of probe of radial temperature, air compressor machine outlet side radial temperature second group of probe, air compressor machine are promoted mainly First group of probe of bearing temperature, air compressor machine promote mainly second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control, Two groups of probe tail gas turbine machine air inlet side radial temperatures of air compressor machine pair thrust bearing temperature control, first group of probe, tail gas turbine machine enter Second group of probe of gas side radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet side footpath To two groups of probes of temperature control.
- A kind of 2. safe axle system device of compressor according to claim 1, it is characterised in that：Described rotational speed probe, Vibration probe, temp probe, steamer switch are mutually popped one's head in and air compressor key is mutually popped one's head in passes through preamplifier and control respectively Unit connection realizes that unit jumps car, so as to protecting " four-in-one unit ".
- A kind of 3. safe axle system device of compressor according to claim 1, it is characterised in that：Described control unit bag DCS system and ESD system are included, described ESD system is PCL control systems.
- A kind of 4. safe axle system device of compressor according to claim 1, it is characterised in that：Described steam turbine, oxygen Change and be mounted on protection device on nitrogen compressor, air compressor and tail gas turbine machine.
- A kind of 5. safe axle system device of compressor according to claim 1, it is characterised in that：It also includes alarm dress Put, described warning device is connected with control unit.
- A kind of 6. safe axle system device of compressor according to claim 1, it is characterised in that：Described turbine speed Probe and tail gas turbine machine rotational speed probe are three, and three rotational speed probes are installed by probe erection code and three probes are equal Point to the center of rotating shaft or gear；It is separated by 45 degree between three described probes.
- A kind of 7. safe axle system device of compressor according to claim 1, it is characterised in that：Described temp probe： Steam turbine pair pushes away front end left side one group of probe of temperature control, steam turbine pair pushes away temperature control one group of probe, steam turbine on the right side of front end and promoted mainly Two groups of probes of temperature control, steam turbine promote mainly two groups of probes of temperature control on the right side of front end, steam turbine air inlet radially watt left side on the left of front end One group of probe of temperature control, steam turbine air inlet radial direction watt right side one group of probe of temperature control, steam turbine outlet radial direction watt left side temperature control Two groups of probes, steam turbine outlet radial direction watt right side two groups of probes of temperature control, first group of nitrogen oxide gas compressor exhaust side radial temperature First group of probe, second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature spy Head, second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, nitrogen oxide gas compressor pair thrust bearing temperature control one group of probe, oxygen Change two groups of probes of nitrogen compressor pair thrust bearing temperature control, nitrogen oxide gas compressor promotes mainly first group of probe of bearing temperature, nitrogen oxide pressure Watt temperature before one group of probe of watt temperature control, gearbox high-speed side before two groups of probes of contracting owner's thrust bearing temperature control, gear-box low speed side Spend after first group of probe, gear-box low speed side watt temperature control two groups of probes, skies behind two groups of probes of watt temperature control, gearbox high-speed side First group of probe of press air inlet side radial temperature, second group of probe of air compressor air intake side radial temperature, air compressor machine outlet side are radially One group of probe of temperature control, air compressor machine outlet side second group of probe of radial temperature, air compressor machine promote mainly bearing temperature first group of probe, sky Press promotes mainly second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature control Two groups of probes, first group of probe of tail gas turbine machine air inlet side radial temperature, the second group of spy of radial temperature of tail gas turbine machine air inlet side Head, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet side second group of probe of radial temperature, often The above-mentioned probe of group is two.
- A kind of 8. safe axle system device of compressor according to claim 1, it is characterised in that：Described temp probe： First group of probe of nitrogen oxide exhaust side radial temperature, second group of probe of nitrogen oxide exhaust side radial temperature, nitrogen oxide air inlet side footpath To one group of probe of temperature control, second group of probe of nitrogen oxide air inlet side radial temperature, one group of probe of nitrogen oxide pair thrust bearing temperature control, Two groups of probes of nitrogen oxide pair thrust bearing temperature control, nitrogen oxide promote mainly bearing temperature first group of probe, nitrogen oxide and promote mainly bearing temperature Second group of probe, air compressor machine promote mainly first group of probe of bearing temperature, air compressor machine promotes mainly second group of probe of bearing temperature, air compressor machine pair One group of probe of thrust bearing temperature control, two groups of probes of air compressor machine pair thrust bearing temperature control, tail gas turbine machine air inlet side radial temperature One group of probe, second group of probe of tail gas turbine machine air inlet side radial temperature, the first group of spy of radial temperature of tail gas turbine machine outlet side Head and tail gas turbine outlet side second group of probe of radial temperature；Said temperature probe presses the thermocouple probe of spring using band, The thermocouple probe that described band presses spring is the double branch K-type I grade low-temps thermocouple probes of armouring, and it includes measurement end, high temperature resistant resistance Compensating wire, two springs of popping one's head in and press are fired, described measurement end is cylinder, measurement end and heat-resistant fireproof compensating wire Between a head is set, heat-resistant fireproof compensating wire is provided with the one end on head presses spring, two probe set In heat-resistant fireproof compensating wire.
- A kind of 9. safe axle system device of compressor according to claim 1, it is characterised in that：Described air compressor air intake First group of probe of side radial temperature, second group of probe of air compressor air intake side radial temperature, air compressor machine outlet side radial temperature first Group probe, air compressor machine outlet side second group of probe of radial temperature, above-mentioned probe are popped one's head in using the thermocouple of band connection screw thread, described The thermocouple probe of band connection screw thread is the double branch K-type I grade low-temps thermocouple probes of armouring, and it includes measurement end, heat-resistant fireproof compensation Wire and two probes, described measurement end include a cylinder and cone, and cylinder and cone are fixed, and centrum bottom is provided with One contact surface, a head is set between measurement end and heat-resistant fireproof compensating wire, connection screw thread is provided with head.
- A kind of 10. safe axle system unit protection control method of compressor, it is characterised in that：When abnormal signal or from technique After intertripping signal is sent into ESD system, ESD system control alarm carries out first order alarm or second level alarm, when entering While the row second level is alarmed, following action is performed：The filling valve of steam turbine is fully closed, and Quick closing valve for steam turbine is fully closed, air compression Machine stator blade aperture is to minimum, air compressor machine anti-asthma valve standard-sized sheet, the anti-surge valve standard-sized sheet of nitrogen oxide gas compressor, the bypass of tail gas turbine machine Valve standard-sized sheet, tail gas turbine machine intake valve is fully closed, while unit shuts down, is signaled to DCS system, shut-down skill；Described abnormal signal comes from rotational speed probe detection unit, temp probe detection unit and vibration probe detection unit；Described rotational speed probe detection unit includes turbine speed detection sub-unit and tail gas turbine machine Rotating speed measring subelement, Described turbine speed detection sub-unit includes three turbine speed probes and the one or three and selects two functional modules, three steamers Machine rotational speed probe selects three inputs of two functional modules to be connected with the one or three, and the one or three selects the output end of two functional modules to connect Onto first or module；Described tail gas turbine machine Rotating speed measring subelement includes three tail gas turbine machine rotational speed probes and second Three select two functional modules, and three tail gas turbine machine rotational speed probes select three inputs of two functional modules to be connected with the two or three, the Two or three select the output end of two functional modules to be connected in first or module；Described vibration probe detection unit includes steam turbine air inlet side shaft vibration detection subelement, the vibration of gas turbine exhaust gas side axle Detect subelement, nitrogen compressor air-discharging side vibration detecting subelement, nitrogen oxide gas compressor air inlet side vibration detecting subelement, gear Case vibration detecting subelement, air compressor air inlet side vibration detecting subelement, air compressor exhaust side vibration detecting are single Member, tail gas turbine machine air inlet side shaft vibration detection subelement and tail gas turbine machine exhaust side vibration detecting subelement；Steam turbine enters Gas side axle vibration detecting subelement, gas turbine exhaust gas side axle vibration detecting subelement, nitrogen compressor air-discharging side vibration detecting are single Member, the vibration of nitrogen oxide gas compressor air inlet side vibration detecting subelement, gear-box vibration detecting subelement, air compressor air inlet side Detect subelement, air compressor exhaust side vibration detecting subelement, the shaft vibration of tail gas turbine machine air inlet side detection subelement and Tail gas turbine machine exhaust side vibration detecting subelement is connected to first by the front side and module and rear side of series connection with module respectively Or in module, the lead-out wire connection warning device between front side and module and rear side and module；Rear side is with being provided with " connection in module Lock input " switch；Steam turbine air inlet side shaft vibration detection subelement includes the probe of steam turbine air inlet side shaft vibration first and steam turbine air inlet side Shaft vibration second is popped one's head in, steam turbine air inlet side shaft vibration first probe and steam turbine air inlet side shaft vibration second pop one's head in front side It is connected with module；Gas turbine exhaust gas side axle vibration detecting subelement includes the probe of gas turbine exhaust gas side axle vibration first and gas turbine exhaust gas side Shaft vibration second is popped one's head in, gas turbine exhaust gas side axle vibration first probe and gas turbine exhaust gas side axle vibration second pop one's head in front side It is connected with module；Nitrogen oxide gas compressor exhaust side vibration detecting subelement includes the probe of nitrogen oxide gas compressor exhaust side vibration first and oxidation The probe of nitrogen compressor air-discharging side vibration second, the probe of nitrogen oxide gas compressor exhaust side vibration first and nitrogen oxide gas compressor exhaust side The probe of vibration second is connected with front side with module；Nitrogen oxide gas compressor air inlet side vibration detecting subelement includes the probe of nitrogen oxide gas compressor air inlet side vibration first and oxidation The probe of nitrogen compressor air inlet side vibration second, the probe of nitrogen oxide gas compressor air inlet side vibration first and nitrogen oxide gas compressor air inlet side The probe of vibration second is connected with front side with module；Gear-box vibration detecting subelement includes the probe of gear-box vibration first and the probe of gear-box vibration second, gear-box vibration First probe and the probe of gear-box vibration second are connected with front side with module；Air compressor air inlet side vibration detecting subelement includes the probe of air compressor air inlet side vibration first and air compression The probe of machine air inlet side vibration second, the probe of air compressor air inlet side vibration first and air compressor air inlet side vibration second are visited Head is connected with front side with module；Air compressor exhaust side vibration detecting subelement includes the probe of air compressor exhaust side vibration first and air compression The probe of machine exhaust side vibration second, the probe of air compressor exhaust side vibration first and air compressor exhaust side vibration second are visited Head is connected with front side with module；Tail gas turbine machine air inlet side shaft vibration detection subelement is popped one's head in including tail gas turbine machine air inlet side shaft vibration first and tail gas Turbine air inlet side shaft vibration second is popped one's head in, the probe of tail gas turbine machine air inlet side shaft vibration first and tail gas turbine machine air inlet side axle The probe of vibration second is connected with front side with module；Tail gas turbine machine exhaust side vibration detecting subelement includes the probe of tail gas turbine machine exhaust side vibration first and tail gas turbine The probe of machine exhaust side vibration second, the probe of tail gas turbine machine exhaust side vibration first and tail gas turbine machine exhaust side vibration second are visited Head is connected with front side with module；Described temp probe detection unit pushes away temperature detection subelement, steam turbine pair on the left of front end including steam turbine pair and pushes away front end Right side temperature detection subelement, steam turbine promote mainly temperature detection subelement, steam turbine on the left of front end and promote mainly temperature inspection on the right side of front end Surveying subelement, steam turbine air inlet, radially radially watt right side temperature detection is single for watt left side temperature detection subelement, steam turbine air inlet Radially watt left side temperature detection subelement, steam turbine outlet radially watt right side temperature detection subelement, the nitrogen oxide compression of member, outlet Machine exhaust side radial temperature detection sub-unit, nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit, nitrogen oxide gas compressor Secondary thrust bearing temperature detection subelement, nitrogen oxide gas compressor promote mainly watt temperature before bearing temperature detection sub-unit, gear-box low speed side Spend detection sub-unit, watt temperature detection subelement, tooth after watt temperature detection subelement, gear-box low speed side before gearbox high-speed side Watt temperature detection subelement, air compressor air intake side radial temperature detection sub-unit, air compressor machine outlet side radial direction behind box high speed side Temperature detection subelement, air compressor machine promote mainly bearing temperature detection sub-unit, air compressor machine pair thrust bearing temperature detection subelement, tail gas Turbine air inlet side radial temperature detection sub-unit and tail gas turbine machine outlet side radial temperature detection sub-unit；Steam turbine pair pushes away temperature detection subelement on the left of front end and pushes away temperature control one group of probe, steamer on the left of front end including steam turbine pair Machine pair, which pushes away one group of probe of temperature control on the left of front end and includes steam turbine pair, to be pushed away before the probe of temperature control one pushes away with steam turbine pair on the left of front end End left side temperature control two is popped one's head in；Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away one group of probe of temperature control on the right side of front end, steamer including steam turbine pair Machine pair, which pushes away one group of probe of temperature control on the right side of front end and includes steam turbine pair, to be pushed away before the probe of temperature control one pushes away with steam turbine pair on the right side of front end End right side temperature control two is popped one's head in；Steam turbine promotes mainly temperature detection subelement on the left of front end and promotes mainly two groups of probes of temperature control on the left of front end, steamer including steam turbine Owner, which pushes away two groups of probes of temperature control on the left of front end and includes steam turbine, to be promoted mainly before the probe of temperature control one is promoted mainly with steam turbine on the left of front end End left side temperature control two is popped one's head in；Steam turbine promotes mainly temperature detection subelement on the right side of front end and promotes mainly two groups of probes of temperature control on the right side of front end, steamer including steam turbine Owner, which pushes away two groups of probes of temperature control on the right side of front end and includes steam turbine, to be promoted mainly before the probe of temperature control one is promoted mainly with steam turbine on the right side of front end End right side temperature control two is popped one's head in；Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt left side one group of probe of temperature control for steam turbine air inlet, Steam turbine air inlet radial direction watt left side one group of probe of temperature control is popped one's head in including a steam turbine air inlet radial direction watt left side temperature control one and steamer Radially a watt left side temperature control two is popped one's head in for machine air inlet；Radially a watt right side temperature detection subelement includes steam turbine air inlet radially watt right side one group of probe of temperature control for steam turbine air inlet, Steam turbine air inlet radial direction watt right side one group of probe of temperature control is popped one's head in including a steam turbine air inlet radial direction watt right side temperature control one and steamer Radially a watt right side temperature control two is popped one's head in for machine air inlet；Radially a watt left side temperature detection subelement includes steam turbine outlet radially watt left side two groups of probes of temperature control, steam turbine to outlet Radially watt left side two groups of probes of temperature control include steam turbine outlet radially watt the left side probe of temperature control one and steam turbine outlet to outlet Radially a watt left side temperature control two is popped one's head in；Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt right side two groups of probes of temperature control to steam turbine outlet, Steam turbine outlet radial direction watt right side two groups of probes of temperature control are popped one's head in including a steam turbine outlet radial direction watt right side temperature control one and steamer Machine outlet radially pop one's head in by a watt right side temperature control two；Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit includes first group of nitrogen oxide gas compressor exhaust side radial temperature Probe and second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, change nitrogen compressor air-discharging side first group of probe of radial temperature Include two probes with second group of probe of nitrogen oxide gas compressor exhaust side radial temperature；Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes first group of nitrogen oxide gas compressor air inlet side radial temperature Probe and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, the first group of spy of nitrogen oxide gas compressor air inlet side radial temperature Head and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature include two probes；Nitrogen oxide gas compressor pair thrust bearing temperature detection subelement includes nitrogen oxide gas compressor pair thrust bearing one group of probe of temperature control With nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control and oxidation Two groups of probes of nitrogen compressor pair thrust bearing temperature control include two probes；Nitrogen oxide gas compressor promotes mainly bearing temperature detection sub-unit and promotes mainly first group of probe of bearing temperature including nitrogen oxide gas compressor Second group of probe of bearing temperature is promoted mainly with nitrogen oxide gas compressor, nitrogen oxide gas compressor promotes mainly first group of probe of bearing temperature and oxidation Nitrogen compressor, which promotes mainly second group of probe of bearing temperature, includes two probes；Watt temperature detection subelement includes one group of probe of watt temperature control before gear-box low speed side before gear-box low speed side, and gear-box is low One group of probe of watt temperature control includes the probe of watt temperature control one and watt temperature before gear-box low speed side before gear-box low speed side before fast side Second probe；Watt temperature detection subelement includes one group of probe of watt temperature control before gearbox high-speed side before gearbox high-speed side, and gear-box is high One group of probe of watt temperature control includes the probe of watt temperature control one and watt temperature before gearbox high-speed side before gearbox high-speed side before fast side Second probe；Watt temperature detection subelement includes two groups of probes of watt temperature control after gear-box low speed side after gear-box low speed side, and gear-box is low Two groups of probes of watt temperature control include the probe of watt temperature control one and watt temperature after gear-box low speed side after gear-box low speed side behind fast side Second probe；Watt temperature detection subelement includes two groups of probes of watt temperature control behind gearbox high-speed side behind gearbox high-speed side, and gear-box is high Two groups of probes of watt temperature control include the probe of watt temperature control one and watt temperature behind gearbox high-speed side behind gearbox high-speed side behind fast side Second probe；Air compressor air intake side radial temperature detection sub-unit includes first group of probe of air compressor air intake side radial temperature and air compressor machine Second group of probe of air inlet side radial temperature, first group of probe of air compressor air intake side radial temperature and air compressor air intake side radial temperature Second group of probe includes two probes；Air compressor machine outlet side radial temperature detection sub-unit includes air compressor machine outlet side first group of probe of radial temperature and air compressor machine Second group of probe of outlet side radial temperature, air compressor machine outlet side first group of probe of radial temperature and air compressor machine outlet side radial temperature Second group of probe includes two probes；Air compressor machine promotes mainly that bearing temperature detection sub-unit promotes mainly first group of probe of bearing temperature including air compressor machine and air compressor machine is promoted mainly Second group of probe of bearing temperature, air compressor machine promotes mainly first group of probe of bearing temperature and air compressor machine promotes mainly second group of probe of bearing temperature Include two probes；Air compressor machine pair thrust bearing temperature detection subelement includes one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair pushes away Second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair thrust bearing two groups of probes of temperature control Include two probes；Tail gas turbine machine air inlet side radial temperature detection sub-unit includes tail gas turbine machine air inlet side first group of probe of radial temperature With tail gas turbine machine air inlet side second group of probe of radial temperature, first group of probe of tail gas turbine machine air inlet side radial temperature and tail gas Second group of probe of turbine air inlet side radial temperature includes two probes；Tail gas turbine machine outlet side radial temperature detection sub-unit includes tail gas turbine machine outlet side first group of probe of radial temperature With tail gas turbine machine outlet side second group of probe of radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas Turbine outlet side second group of probe of radial temperature includes two probes；Steam turbine pair pushes away temperature detection subelement, steam turbine pair on the left of front end and pushes away temperature detection subelement, steam turbine on the right side of front end Promote mainly temperature detection subelement, steam turbine on the left of front end and promote mainly temperature detection subelement on the right side of front end, steam turbine air inlet radial direction watt Left side temperature detection subelement, steam turbine air inlet radial direction watt right side temperature detection subelement, outlet radial direction watt left side temperature detection Radially watt first group of right side temperature detection subelement, the nitrogen oxide gas compressor exhaust side radial temperature spy of subelement, steam turbine outlet Head, first group of second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, nitrogen oxide gas compressor air inlet side radial temperature probe, Second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control, oxidation Two groups of probes of nitrogen compressor pair thrust bearing temperature control, nitrogen oxide gas compressor promote mainly first group of probe of bearing temperature, nitrogen oxide compression Watt temperature before watt temperature detection subelement, gearbox high-speed side before two groups of probes of owner's thrust bearing temperature control, gear-box low speed side Watt temperature detection subelement, pneumatics behind watt temperature detection subelement, gearbox high-speed side after detection sub-unit, gear-box low speed side First group of probe of machine air inlet side radial temperature, second group of probe of air compressor air intake side radial temperature, air compressor machine outlet side are radially warm Spend first group of probe, air compressor machine outlet side second group of probe of radial temperature, air compressor machine and promote mainly bearing temperature first group of probe, pneumatics Two groups of probes of owner's thrust bearing temperature control, one group of probe of air compressor machine pair thrust bearing temperature control, air compressor machine pair thrust bearing temperature control two Group probe, second group of first group of probe of tail gas turbine machine air inlet side radial temperature, tail gas turbine machine air inlet side radial temperature probe, Tail gas turbine machine outlet side first group of probe of radial temperature and tail gas turbine machine outlet side second group of probe of radial temperature lead to respectively The front side and module and rear side for crossing series connection are connected in first or module with module, between front side and module and rear side and module Lead-out wire connects warning device；Rear side is with being provided with " interlocking is put into " switch in module；Steam turbine pair pushes away temperature detection subelement on the left of front end and pushes away temperature control one group of probe, steamer on the left of front end including steam turbine pair Machine pair, which pushes away one group of probe of temperature control on the left of front end and includes steam turbine pair, to be pushed away before the probe of temperature control one pushes away with steam turbine pair on the left of front end End left side temperature control two is popped one's head in, and steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the left of front end and pushes away temperature control two on the left of front end Probe is connected with front side with module；Steam turbine pair pushes away temperature detection subelement on the right side of front end and pushes away one group of probe of temperature control on the right side of front end, steamer including steam turbine pair Machine pair, which pushes away one group of probe of temperature control on the right side of front end and includes steam turbine pair, to be pushed away before the probe of temperature control one pushes away with steam turbine pair on the right side of front end End right side temperature control two is popped one's head in, and steam turbine pair pushes away the probe of temperature control one and steam turbine pair on the right side of front end and pushes away temperature control two on the right side of front end Probe is connected with front side with module；Steam turbine promotes mainly temperature detection subelement on the left of front end and promotes mainly two groups of probes of temperature control on the left of front end, steamer including steam turbine Owner, which pushes away two groups of probes of temperature control on the left of front end and includes steam turbine, to be promoted mainly before the probe of temperature control one is promoted mainly with steam turbine on the left of front end End left side temperature control two is popped one's head in, and steam turbine promotes mainly the probe of temperature control one and steam turbine on the left of front end and promotes mainly temperature control two on the left of front end Probe is connected with front side with module；Steam turbine promotes mainly temperature detection subelement on the right side of front end and promotes mainly two groups of probes of temperature control on the right side of front end, steamer including steam turbine Owner, which pushes away two groups of probes of temperature control on the right side of front end and includes steam turbine, to be promoted mainly before the probe of temperature control one is promoted mainly with steam turbine on the right side of front end End right side temperature control two is popped one's head in, and steam turbine promotes mainly the probe of temperature control one and steam turbine on the right side of front end and promotes mainly temperature control two on the right side of front end Probe is connected with front side with module；Radially a watt left side temperature detection subelement includes steam turbine air inlet radially watt left side one group of probe of temperature control for steam turbine air inlet, Steam turbine air inlet radial direction watt left side one group of probe of temperature control is popped one's head in including a steam turbine air inlet radial direction watt left side temperature control one and steamer Radially a watt left side temperature control two is popped one's head in for machine air inlet, and the steam turbine air inlet radial direction watt left side probe of a temperature control one and steam turbine air inlet are radially Temperature control two is popped one's head on the left of watt is connected with front side with module；Radially a watt right side temperature detection subelement includes steam turbine air inlet radially watt right side one group of probe of temperature control for steam turbine air inlet, Steam turbine air inlet radial direction watt right side one group of probe of temperature control is popped one's head in including a steam turbine air inlet radial direction watt right side temperature control one and steamer Radially a watt right side temperature control two is popped one's head in for machine air inlet, and the steam turbine air inlet radial direction watt right side probe of a temperature control one and steam turbine air inlet are radially Temperature control two is popped one's head on the right side of watt is connected with front side with module；Radially a watt left side temperature detection subelement includes steam turbine outlet radially watt left side two groups of probes of temperature control, steam turbine to outlet Radially watt left side two groups of probes of temperature control include steam turbine outlet radially watt the left side probe of temperature control one and steam turbine outlet to outlet A temperature control two is popped one's head on the left of radial direction watt, and steam turbine outlet radially pop one's head in and steam turbine outlet radial direction watt left side by a watt left side temperature control one Temperature control two is popped one's head in and is connected with front side with module；Radially a watt right side temperature detection subelement includes steam turbine outlet radially watt right side two groups of probes of temperature control to steam turbine outlet, Steam turbine outlet radial direction watt right side two groups of probes of temperature control are popped one's head in including a steam turbine outlet radial direction watt right side temperature control one and steamer Machine outlet radially pop one's head in by a watt right side temperature control two, and the steam turbine outlet radial direction watt right side probe of a temperature control one and steam turbine outlet are radially Temperature control two is popped one's head on the right side of watt is connected with front side with module；Nitrogen oxide gas compressor exhaust side radial temperature detection sub-unit includes first group of nitrogen oxide gas compressor exhaust side radial temperature Probe and second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, change nitrogen compressor air-discharging side first group of probe of radial temperature Include two probes with second group of probe of nitrogen oxide gas compressor exhaust side radial temperature, change nitrogen compressor air-discharging side radial temperature Two probe connections, one front side of first group of probe and module, second group of probe of nitrogen oxide gas compressor exhaust side radial temperature Two another front sides of probe connection and module；Nitrogen oxide gas compressor air inlet side radial temperature detection sub-unit includes first group of nitrogen oxide gas compressor air inlet side radial temperature Probe and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature, the first group of spy of nitrogen oxide gas compressor air inlet side radial temperature Head and second group of probe of nitrogen oxide gas compressor air inlet side radial temperature include two probes, and nitrogen oxide gas compressor air inlet side is radially Two probe connections, one front side of one group of probe of temperature control and module, the second group of spy of nitrogen oxide gas compressor air inlet side radial temperature Two another front sides of probe connection of head and module；Nitrogen oxide gas compressor pair thrust bearing temperature detection subelement includes nitrogen oxide gas compressor pair thrust bearing one group of probe of temperature control With nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control, one group of probe of nitrogen oxide gas compressor pair thrust bearing temperature control and oxidation Two groups of probes of nitrogen compressor pair thrust bearing temperature control include two probes, the one group of spy of temperature control of nitrogen oxide gas compressor pair thrust bearing Two probe connections, one front side of head and module, two probes of nitrogen oxide gas compressor pair thrust bearing two groups of probes of temperature control connect Connect another front side and module；Nitrogen oxide gas compressor promotes mainly bearing temperature detection sub-unit and promotes mainly first group of probe of bearing temperature including nitrogen oxide gas compressor Second group of probe of bearing temperature is promoted mainly with nitrogen oxide gas compressor, nitrogen oxide gas compressor promotes mainly first group of probe of bearing temperature and oxidation Nitrogen compressor, which promotes mainly second group of probe of bearing temperature, includes two probes, and nitrogen oxide gas compressor promotes mainly first group of spy of bearing temperature Two probe connections, one front side of head and modules, nitrogen oxide gas compressor are promoted mainly before second group of probe of bearing temperature connect another Side and module；Watt temperature detection subelement includes one group of probe of watt temperature control before gear-box low speed side before gear-box low speed side, and gear-box is low One group of probe of watt temperature control includes the probe of watt temperature control one and watt temperature before gear-box low speed side before gear-box low speed side before fast side Second probe, before gear-box low speed side before the probe of watt temperature control one and gear-box low speed side watt temperature control two pop one's head in front side and Module connects；Watt temperature detection subelement includes one group of probe of watt temperature control before gearbox high-speed side before gearbox high-speed side, and gear-box is high One group of probe of watt temperature control includes the probe of watt temperature control one and watt temperature before gearbox high-speed side before gearbox high-speed side before fast side Second probe, before gearbox high-speed side before the probe of watt temperature control one and gearbox high-speed side watt temperature control two pop one's head in front side and Module connects；Watt temperature detection subelement includes two groups of probes of watt temperature control after gear-box low speed side after gear-box low speed side, and gear-box is low Two groups of probes of watt temperature control include the probe of watt temperature control one and watt temperature after gear-box low speed side after gear-box low speed side behind fast side Second probe, after gear-box low speed side after the probe of watt temperature control one and gear-box low speed side watt temperature control two pop one's head in front side and Module connects；Watt temperature detection subelement includes two groups of probes of watt temperature control behind gearbox high-speed side behind gearbox high-speed side, and gear-box is high Two groups of probes of watt temperature control include the probe of watt temperature control one and watt temperature behind gearbox high-speed side behind gearbox high-speed side behind fast side Second probe, behind gearbox high-speed side behind the probe of watt temperature control one and gearbox high-speed side watt temperature control two pop one's head in front side and Module connects；Air compressor air intake side radial temperature detection sub-unit includes first group of probe of air compressor air intake side radial temperature and air compressor machine Second group of probe of air inlet side radial temperature, first group of probe of air compressor air intake side radial temperature and air compressor air intake side radial temperature Second group of probe includes two probes, two probe connections, one front side of air compressor air intake side first group of probe of radial temperature With module, two another front sides of probe connection of air compressor air intake side second group of probe of radial temperature and module；Air compressor machine outlet side radial temperature detection sub-unit includes air compressor machine outlet side first group of probe of radial temperature and air compressor machine Second group of probe of outlet side radial temperature, air compressor machine outlet side first group of probe of radial temperature and air compressor machine outlet side radial temperature Second group of probe includes two probes, two probe connections, one front side of air compressor machine outlet side first group of probe of radial temperature With module, two another front sides of probe connection of air compressor machine outlet side second group of probe of radial temperature and module；Air compressor machine promotes mainly that bearing temperature detection sub-unit promotes mainly first group of probe of bearing temperature including air compressor machine and air compressor machine is promoted mainly Second group of probe of bearing temperature, air compressor machine promotes mainly first group of probe of bearing temperature and air compressor machine promotes mainly second group of probe of bearing temperature Include two probes, air compressor machine promotes mainly two probe connections, one front side and the module of first group of probe of bearing temperature, pneumatics Two another front sides of probe connection of owner's thrust bearing two groups of probes of temperature control and module；Air compressor machine pair thrust bearing temperature detection subelement includes one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair pushes away Second group of probe of bearing temperature, one group of probe of air compressor machine pair thrust bearing temperature control and air compressor machine pair thrust bearing two groups of probes of temperature control Include two probes, two probe connections, one front side of air compressor machine pair thrust bearing one group of probe of temperature control and module, pneumatics Two another front sides of probe connection of machine pair thrust bearing two groups of probes of temperature control and module；Tail gas turbine machine air inlet side radial temperature detection sub-unit includes tail gas turbine machine air inlet side first group of probe of radial temperature With tail gas turbine machine air inlet side second group of probe of radial temperature, first group of probe of tail gas turbine machine air inlet side radial temperature and tail gas Second group of probe of turbine air inlet side radial temperature includes two probes, the first group of spy of radial temperature of tail gas turbine machine air inlet side Two probe connections, one front side of head and module, two probes of tail gas turbine machine air inlet side second group of probe of radial temperature connect Connect another front side and module；Tail gas turbine machine outlet side radial temperature detection sub-unit includes tail gas turbine machine outlet side first group of probe of radial temperature With tail gas turbine machine outlet side second group of probe of radial temperature, tail gas turbine machine outlet side first group of probe of radial temperature and tail gas Turbine outlet side second group of probe of radial temperature includes two probes, the first group of spy of radial temperature of tail gas turbine machine outlet side Two probe connections, one front side of head and module, two probes of tail gas turbine machine outlet side second group of probe of radial temperature connect Connect another front side and module；First described or module connects steam turbine aeration valve, Quick closing valve for steam turbine, air compressor machine stator blade, air compressor machine anti-asthma valve, oxygen Change nitrogen compressor to prevent kicking valve, tail gas turbine machine intake valve and tail gas turbine machine by-passing valve.
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