GA 30.1-2002 Performance requirements and test methods for fixed fire water supply equipment Part 1: Fire pressure water supply equipment
Some standard content:
ICS13.223.01
C April
People's Republic of China Public Security Industry Standard GA 30.12002
Generation A801692
Performance requirements and test methods for fixed fire water supply equipment Part 1: Air pressure water supply equipment for fire protection
Requirements and test methods for water supply fixed equipment for fire protection Part 1: Air pressure water supply equipment for fire protection furfire-prnterLion2002-12-20 Issued
The Ministry of Public Security of the People's Republic of China Issued
2003-05-01 Implementation
The technical content of this part is mandatory Foreword
A company specifies the performance requirements and operation of fire protection water supply equipment. It is divided into five parts: Part 1: Fire protection gas supply equipment; Part 2: Fire protection automatic constant pressure water supply equipment; Part 3: Fire protection booster pressure water supply equipment; Part 4: Fixed fire protection water supply equipment; Part 5: Gas fire protection equipment. This part is the first part of U
This part replaces A31S92 fire protection gas supply equipment performance requirements and test methods. The main changes compared with A-15S2 are as follows: G.4 33.1-2n02
Each standard is modified to specify the performance and test method of fire-fighting technical equipment. Part 1: Fire-fighting gas and water equipment: The overall arrangement and structure are revised according to GB: 1.-2U00: Chapter ? Cancel the references to "(52R\", "G FS1\", "GE T\", "GB &", "GH-97"\K" "2556", G1512"\G1323"\$26S.1\\I[G1-H36\ and N\, and add \E/T2t21\.*G$/2423.1\, *GH/12423.2, \GB/26*1\\GH/T2682\\CB/=3222\"\GE/T37!7\\GB/T725 1.1\,\CA2",\A32\ and\National Technical Supervision Bureau document giant square dissolving enterprise table investment technology benefit cost regulations ": increase terminology and fixed text\ supplement water rent V"\ device flushing and current V" sales of "pressure and consumption function workflow micro" car viscosity adjustment classification and classification plan! Report consumption price light meaning number system: guide special brand internal customer A:! 32 of 3.3 alone to + become the cost of chlorine, etc.: - for equipment system performance requirements (GA30-1552 5.7) of GA3199 was modified to modify the control function of the x equipment (1) and to modify the gas pressure system (A3-2-12) as the standard. The "test method" corresponding to the "requirements" was added. The annexes to this part are the standard specifications. This part is issued by the Fire Department of the Ministry of Public Security. This part is under the jurisdiction of the Technical Committee of Standardization of the National Fire Protection Administration. This part is initiated by the Fire Research Institute of the Ministry of Public Security and the Fire Department of the Public Security Bureau. The main initiators of this part are: Yang Ce, Zhao Shuishun, Wang Qitu, Zhang Shaopin, and others. This part covers the production and publication of this part in 2012. The scope of this part is 1: Performance requirements and test methods for fixed fire water supply equipment. Part 1: Fire air pressure water supply equipment. A 31—2002
A's wood is divided into such as stipulated, still water supply unit (hereinafter referred to as private consultation) distribution! Basic seasonal system requirements, test methods, laboratory test analysis standard card,
This book is applicable to the sale of gas positive water treatment equipment 2 normative reference documents
The following documents are quoted by GA30 and become multiple clauses of this part. All the documents with H plan are used. After the implementation, the modification order (including the temperature control customer) or revision version will not apply The following parts, however, can be used according to the second part of the research and development of the new version of the product. The new version of the product can be used according to the third part of the water. G1G steel pressure gauge || tt || GB/2121 soil product environmental reduction test Part 1: General (H2423.1 Industrial electrical product difference environmental test Part 2: Integrity test: Low overflow (B/2 2.2 Mountain neutron product basic environmental age Part 2: Test volume test 1 high group GR261
Good on the small conductor rating
GTVTEF
Self-made complete set of indicator lights in the year according to the color package GB/T3216
Instrument heart, mixed flow pump. Axial flow system and material exhaust system test method GK/T3222
Acoustic heart ring Ke Liang Lu Gang Ying method
Output control equipment, Part 2: Electrical equipment with electronic components CS/IY 5Y
53) Requirements and test methods for two water sprinklers in a dynamic water fire extinguishing system (7231.1 Part 5 Type test and initial test of various control equipment and control equipment A32 Automatic water fire extinguishing ticket full water flow indicator requirements and test methods A Fire-fighting card switch parts performance requirements and test methods for pressure vessels under dangerous conditions
3 Terms and definitions
Technical specifications and definitions apply to this part.
Fire-fighting air pressure water supply equipment airpressurcwater supplyequfpmentmedforfireprotectlon with air outlet and water state unit, some cabinets and characteristics of the components in the waterproof pump can automatically follow the set pressure and continuously connect the water flash equipment with the fire warning network.
adr pressurewatervegsel
Air pressure water chain
Refers to a pressure vessel that can store water according to Boyle's technical specifications and gas, which has the protective service characteristics of gas. 3.3
kopplfaicecupment
air supply device
refers to the header that can replenish the air card in the room, and the air pressure water can fill the air in the pressure box. Ensure the air pressure water in the application point of GA 33. 1-2002
air supply device stopairequipment
refers to the installation and monitoring of preventing the air in the pin from leaking out of the water supply network and expanding the small water avoidance work. 3. 5
Total pressure water volume uirpressurewntervussllutullyeubnge refers to the sum of the pressure water filling volume and the filling volume, 3.6
Supplementary water volume V, supplywatercobage pressure water system equipment is gradually reaching the city, corresponding to the upper limit of the power, and the dynamic pressure limit P is the same as the pressure limit of the gas water system, 3.7
Flushing volume Vcushlonwate rcubage
refers to the pressure of the main system of the power signal starting station, the corresponding small stable pressure lower limit, the starting power of the system, the pressure water volume between the ideal value, to prevent the water volume of the whole month from being activated. 3.3
Effective water volume secret Y: etncaclonswatercubage pressure water supply equipment operation guarantee ratio, the machine should run the giant power version: the difference between the lower limit pressure of the water supply pressure, that is, the use of the pressure water sample in the fire protection state into the power outage state 3.
steadypressure steadypress9oppermlt
The lowest pressure at which the equipment maintains normal operation, that is, the pressure at which the pressure is increased during normal replenishment. 3.10
The lowest pressure limit PsteadypressInwerIimilt is the lowest non-pressure at which the equipment maintains normal operation, that is, the pressure at which the pressure is increased during normal replenishment: 3.11
Fire system starting pressure Pstartlunpressofnreuroteetloupump The fire fighting equipment is started by using pressure signal, and the pressure at the time of fire fighting is recorded. 3.12
Fire fighting water supply pressure lower limit P, Fire-protection water supply pressure hit tuntimic refers to the lower design pressure of fire fighting equipment. That is, the equipment is lower than the fire fighting pressure of the most unfavorable point of the fire fighting water system,
Fire fighting working pressure Pircpruteetion work pressure refers to the pressure when the equipment is working under fire fighting conditions, 3.14
Fire-prolection work digcharge refers to the equipment working under fire emergency, the water supply and quantity should be full of 1 trap and 2 work monitoring capacity, 315
Emergency fire pressure water supply equipment meetanemergeneytheaicpressurewatersappleqnipmrutsoffineprnfcehon
refers to the gas supply technology setting conditions of the initial opening technology of the end sufficient 1 center m1n standard shear, the normal method of preparation technology report fire main music 2
4 classification and basic fee
4. 1 Classification
Section equipment connection fixed point,
Special fire-fighting gas network water equipment:
Fire-fighting section manufacturing (production) all equipment according to the gas-water belt work form:
Air-supplement type fire-fighting gas pressure network should be:
Modified type fire-fighting gas positive water supply equipment.
Investment equipment connection is divided into: fire-fighting water supply equipment of the generation clear navigation group; emergency fire-fighting equipment of the group with gas pressure 42 mark
GA 3C. 1—2002
Each model of equipment should be shortened to include the mark, fire-fighting work pressure, effective water production, fire-fighting system, etc.
Design: the order of water supply information, the record number of ten provinces, the clearing and prevention work, the new mark of the fire-fighting policy, the number of funds, etc.: the flow plate of two feet 1U plus the fire-fighting water supply: the performance,
mark shows:
fire pump↑number
effective customer area
youyang working flow/I/)
hope that the fire-fighting work has not been marked by the manufacturer
specific mark
fading 4 seasons: 9H.3.8/16-1.3-3 table small HL: four chicken safety + giant water supply equipment·fire-fighting work square base n.6M1, fat elimination 1 work in recent years 1319. There is a signed water wear length. 2 I have 3 units to eliminate. Small
Equipment type QLEP10 shows DEF type gas equipment - sales specification T can L, water capacity E2.3 basic integer
2.3.1 The fire working pressure of the equipment is not less than .MPa.
432 The fire working flow rate Q of the equipment:
The fire working flow rate should not be less than F. "
4.3.3 The effective water volume V of the equipment is: if the water level of the gas protection equipment is not less than 5, the bottom of the emergency gas equipment should not be less than 1.3, 5 performance requirements
The equipment is generally referred to as the energy components, all of which meet the requirements of the drawings and documents specified in the standard, and comply with the provisions of this standard 5.1 Appearance and logo
GA 30 12CC2
5.1.1 The equipment parts shall not have obvious signs of flow, deformation, etc. on the surface. 5.1.2 The surface shall be uniform in color and shall be marked on the main parts of the equipment. The signs shall comply with the provisions of 8.1. 5.2 Materials and parts
5.2.1 The purchased parts and materials used in the equipment shall be products that meet the user's standards (industry standards). 5.2.2 When installing the components of the equipment, their working positions shall be in accordance with the product specifications. The equipment structure, pipelines, gas circuits and electrical circuits shall be reasonably arranged to facilitate safety inspection and maintenance. 5.7.1 Construction of water system batches Structural requirements: The fire equipment should be able to work at least 10 hours at a time. Each fire equipment should be equipped with an independent suction pipe. The water supply should be natural. 5.2.5 A safety valve should be installed on the pipeline of the equipment. Its opening pressure should not be greater than the working reaction force of the pump. 5.26 The fire fighting water supply should be equipped with a single-axis fire fighting water outlet. 5.3 Pneumatic water supply 5.31-Exceeding the requirements of the design, materials, construction, inspection and inspection documents of the pneumatic water supply should be in accordance with the relevant provisions of GB1.5. 32 The air supply installation is correct
According to the test of 101, the meter is installed in a complete and correct manner, and the self-draining valve in the air supply room is installed. The other moving parts or the disc are sensitive, and the components must not be damaged. 5.3.3 Air stop device
53.3.1 The sound of the mountain gas meter is accurate. After the air stop is activated, the water outlet of the equipment does not flow out regularly. 5.3.3.2 The seat seal can be tested according to the provisions of 6.4. The pressure drop in the water pressure should not be too large. The limit of the output is 1P, 2%. 5.3.4 The safety accessories of the gas supply equipment shall comply with the provisions of the safety technical supervision regulations of the gas supply equipment. 535 Pressure display
The pressure gauge of the gas supply equipment shall be equipped with a display instrument to show the internal pressure, which is convenient for observation. 5.3.E Water outlet of the gas supply equipment
5.3.E.1 The nominal diameter of the water outlet shall be determined by flow calculation or flow rate calculation. The nominal diameter of the water outlet shall not be less than 0.3mm. 536.2 There is no measure to prevent water from flowing into the belt at the fire outlet. 5.3.7 The safe use life of the water chain should be the pressure of the equipment and the service life should be in accordance with the customer's technical supervision regulations. 5.4 The performance of the rubber film should meet the requirements of the user's market standards. 5.42 The rubber film should be tested according to the provisions of E.6.3 and should not be cracked. 5.43 The life of the product should be in accordance with the requirements of the production and use. The quality of the rubber-effect separator should comply with relevant regulations. 5.5 Control period
55.1-Exceeding requirements
The pressure, flow display, crystal display and other parts selected by the equipment should be reasonable. 5.5.2 Electric pressure gauge
5.5.2.1 The working environment temperature is (15~33) and the humidity is 4~7. The noise between the contacts and the shell should not be small.
GA 3C. 1—2002
5522 The strength of the equipment shall be able to withstand the time pressure test of 45Iz~H2 average wave electric current 515Vmin. 5.5.3 The switch performance of the pressure switch
The equipment shall be in accordance with the current requirements of A29, 55.4 The water flow indicator
The technical flow indicator shall be in accordance with the provisions of G432. 5.5 Control cabinet
56.1 Cabinet appearance and potential indicators
5.6.1.1 Control cabinets shall be designed and constructed in such a way that there shall be no material distortion or other phenomena. The surface of the equipment shall be smooth. The color shall be uniform and the light shall be small.
561. 2 The protection level should be at least [P2X
5.62 Display function
5.2.1 The color of the conductor box used in the control cabinet should be in accordance with GB:T2532, and the color of the lamp and the pin should be in accordance with GB:T2532.
5.6.2.2 The control panel should be equipped with power supply voltage, water supply, stop status, inspection status and fire control, light alarm, etc. 5.6.2.3 The switches and instruments on the control cabinet panel should be easy to operate. And there are functional labels. 5.6.2.4, the control panel of the power supply equipment (power supply equipment) shall be equipped with buttons for anti-skid control, indicator lights and display instruments, etc.,
5.6.3 The distance between the electrical room and the power supply control room, as well as the distance between the live parts and the conductive parts of the parts installed on the ground shall not be less than the requirements of 1,
Rated voltage/V
F3-4., 35253
2:0-t5, 38m
38050m
501-t66m
Exchange: 75
Tong75u-U 1
Direct f[ 2]
5.6.4 Grounding
Electrical room/m
Electrical distance/rnm
Electrical distance mm
The structure must be grounded and have warning signs and wire numbers. The wire diameter should comply with the requirements of Table 2: Record 2
Short wave shadow area S
16-533
5E.5 Dielectric AigouwwW.bzxz.Net
Electrical external two/2095
Year also square old model
The minimum required protection for your pregnancy and mum
Control board can be used according to its own circuit. It can withstand the test voltage specified in Table 3, and there is no mountain, no internal network 5
CA 30.1—2CC2
Fengguangchi terminal electric claw core
(the current must have integral value conversion)
t, s:121:
12h, :2a
5.G.6 Insulation resistance
(An Di effective letter or research)
7, 1 000
t: -) Jcu
Unit volt
Test Wang
Number of connections:
Control low with the requirements of the external belt core and the expansion transformer should be large enough to dry 2CM. The source should be about 2cm between the line end and the ground before the insulation should be greater than 5]M0:
5.6.7 Environmental rot resistance
5.6.7.1 Control the temperature test according to the provisions of 6.7.5: After the test, the discharge rate of the positive belt should be produced. 5.6.7.2 The standard should be made according to 6.7 . Carry out high temperature test as required by the regulations. After the test, no fault affecting normal operation should occur. 5.6.7.3 Carry out high temperature test as required by the regulations of 6.7.7. After the test, no fault affecting normal operation should occur. 5.6.7.4 Carry out dynamic test as required by 5.7.8 or recorded in A. There should be no fault in the machine structure and internal parts during the test. There should be no fault affecting normal operation.
5.68 Temperature rise
Control temperature rise value in accordance with the provisions of GB/T 7251.1. 5.7 Water pressure strength and sealing performance
5.7.1 The pressure water ends and circuits, valves and other auxiliary equipment of the equipment shall be able to withstand -.2 times the designated working pressure of water after the positive strength test, and the line should be full for 5mc. The components must not be moved or damaged.
5.72 The components of the equipment that bear the pressure working pressure shall be subjected to the pressure tightness test with an estimated working pressure of 1.1 times the maximum working pressure for 15min.
5.7.2 The components that are not subjected to the water pressure condition shall be subjected to the water pressure seal test at 1.2 times the highest working pressure! Continuous 15m, no leakage:
5. Water supply capacity
5.8.1 Single system flow characteristics
According to the provisions of 3.9, 1, the actual value of the test function and the standard value are the best. 15.5.E.2 Equipment water supply capacity
582 The selection of the equipment group and its set water supply capacity are matched. When the equipment is in the state of fire water supply operation, its required mechanical working pressure and the flow rate obtained by the fire fighting should comply with the provisions of 1.3.1 and 1.5.2. 5..2.2 In addition, the water supply of the parallel group is greater than the flow rate of the single stop force card
5e.23 In the stop state, the effective water volume of the equipment shall comply with the provisions of 4.3.3. 5. 7. 1 According to 6.4. 3, the test is carried out according to the requirements. The supplementary water volume should be no less than 1. The short flushing water volume should be no less than 50 T. In addition, the total volume and working capacity of the new equipment should be increased! For reasonable technical settings: 5.9 Start-up and operation reliability
5.1 The equipment should be tested according to the requirements of 5.10.1. It should be able to run with 12 blocks and 592 water attenuation units in the state of fire protection. According to 6.1, the whole unit should not produce any fault that affects normal operation. 5.10 Control function
5.101 The equipment has an effective circuit power supply, and the system circuit can also automatically switch between manual and automatic sources. There is no single power supply. It should be able to switch automatically and automatically. The switching is not very troublesome. 2:5132 The equipment is equipped with an emergency start-up and automatic start-up mode, t:A 3.1—2002
5.1.3 The fire system is running in the working mode, and the fire recording time should be within 3U%, and the fire sequence should be in the state of retreat after the fire sequence, and the storage time should be more than the work of the fire. 5.10.4 The equipment has the function of displaying the total status of the fire failure and the change of the status of the fire. The remote control of the fire emergency start input range 5105 water tank reduction control protection landing is still available The water volume is called, in the active water supply state or the fire fighting state, it can automatically control the start and stop of the water system and send out an alarm signal: when the fire fighting state is reversed, it ensures the continuous operation of the fire fighting system. When the water pool reaches the maximum limit, the compensation function will be protected.
5.10.6 The air supply equipment should have technical display and force control and/or locking functions, and have the function of internal position display:
5.10. 7 In the three-week test specified in 6.11.4, the actual difference of the rated power (not more than 1.UMP) and the measured accuracy of the different ratios shall not be greater than (2MP setting, less than 1.0Ma) and shall not be greater than 2.5% of the set value. The water level difference shall not exceed 1.5.10.8 The equipment shall be able to automatically switch to the standby equipment if the main equipment fails or cannot reach the required voltage. 5.10.9 The equipment that is in a state of 74 for a long time shall have the function of inspection and shall meet the following requirements: Each equipment point shall have the function of manual and automatic inspection, and its automatic inspection cycle can be set as needed. During the inspection, the equipment shall be started and run by the operator, and the number of times shall not be less than 2, and it shall have inspection instructions. b) The equipment shall be able to automatically return to normal operation if a fire alarm is detected during remote inspection. The equipment shall be able to enter the fire operation state if remote inspection finds that the equipment is not properly discharged. It shall have a discharge memory function, record the fault type and the time when the fault occurs, and shall have at least 5 fault information. The equipment shall be able to display the fault information in detail. c) The equipment shall be equipped with a pressure relief device. The equipment shall be able to provide a safety alarm and automatic protection for overcurrent, short circuit, fast-circuit faults, etc. It shall be able to automatically trigger the faults that can be ignored and ensure normal operation. 5.1c.13 The equipment shall have the function of alarming and automatically protecting against overcurrent, short circuit, fast-circuit faults, etc. It shall be able to automatically trigger the faults that can be ignored and ensure normal operation. 5.11 Noise The noise level of the equipment in normal operation shall not exceed D0 (A). Test method The test conditions shall comply with the requirements of GB/T2421 for measuring the atmosphere. The test shall not exceed 233m. The equipment shall be placed at an altitude of 200 m below the sea. No need to use it quickly. It is necessary to consider the tension, age and quality of the products, etc. 6.1 Appearance inspection
Compare with standards, specifications, process data and other technical documents. Use visual inspection and common instruments to inspect the overall structure, components, external connections of the equipment. The external specifications, etc. should be in accordance with 5.1 and 5.2: 62 Supporting parts inspection
62.1 Check the supporting parts against the equipment certification documents and the technical documents of the supporting parts. The requirements of 5.2.1, 5.3.1, 5.1, 5.11.1 should be met.
6.2.2 Manual door operation equipment Zhang passenger water unit operation question, and check the exhaust and each month, the residual and consulting pumps, water diversion record, water, etc., forget to comply with 5.3., 2.1 machine 3.2.6 provisions, 63 safety accessories inspection
according to the provisions of the pressure penetrating device safety inspection procedures 3, 6.2 air stop test
Start the equipment and make it operate under the upper limit of the pressure, cut off the power supply of the stator, the water outlet is required to be in the air stop state, check the action of the air stop device and the air stop condition should comply with the current provisions of .31, continue to check the pressure drop of the water pressure contact, should choose the appropriate 33..2GA According to the provisions of 30.1-2002, 6.E electric contact pressure gauge, in the environment specified in 5.2, connect the micrometer or the meter to the external terminal of each core line and measure the range pressure respectively, and then connect it to the corresponding strength test bench in the same way, and then test the medium pressure to zero level 159, ensuring that there is no retreat and breakdown. 6.6 Type and The performance of the water flow indicator shall be tested according to the GAS regulations. The performance of the water flow indicator shall be tested according to the regulations of GH1.7. 6.7 Control cabinet inspection
.7.1 Inspection of components, wiring, appearance quality and protection level 6.7.1.1 Inspection of the standard push and pull devices and the technical support, check the style and color of the devices and guides used in the control cabinet, the color of the indicator part, the surface measurement points of the control protection, including 5.5.1 and 5.2.: 67.12 Use the general measurement band to measure the mutual height of the device and the size of the grounding wire or the node formed by 5.6.35.6. The protection level test area is connected in GB/T725-1. The method is carried out in conjunction with the regulations of GB/T725-1. E.7.2 Display function test
Check the function of the control panel against the design document. The display panel meets the requirements of 6.6.2. E.7.3 Dielectric strength test
The dielectric strength test is carried out according to G/T3787. The test results are checked to be in compliance with the requirements of 6.5. 6.7.4 Target insulation resistance test
Remove the external live belt, and the power supply line is charged with a DC voltage of 1 (EC). After the insulation resistance value is passed for a period of time (EC), the test should continue to meet the requirements of 6.6.6.7.5 Low-disk test
Connect the non-heat dissipation test product in CB/T2423.- Low-temperature transmission specification, and the test capacity is 5.21. The normal monitoring capacity is continued for 2 cards. Then take out the test piece from the test, and the results should meet the requirements of 5.6.7.1: 5.7.6 High temperature test
Perform the high temperature test according to the provisions of 15/112.2 and the gradual high temperature test by cooling the specimen for 2h. Then take the specimen out of the test chamber. The result should meet the requirements of 6.7.2. 67.7 Constant temperature test
Place the specimen in a test chamber and test it at 43°C in the chamber. After the test, add humidifier to prevent condensation on the specimen. The test chamber should be kept at 2°C and the relative humidity should be kept at 131%. Then take the specimen out of the test chamber and the test result should meet the requirements of 5.5.7.3. 6.7.8 Vibration test
6.7.8.1 Pull the specimen tightly and place it in a The test value is within the range of 5Ez--60z, with a vibration rate of 1 audio frequency/mir/mm, and the test is carried out for several cycles. The performance and structural changes of the test piece are recorded. The test should also be carried out on a mutually straight axis of the test piece in turn. According to the results of the inspection, the following tests are carried out respectively:
a) If the common frequency is found, the fixed frequency test is carried out at a constant frequency of (16±1.2mr).
) If the common frequency is found for no more than 4 hours, the common rate step is 0.19 and can last for (0+.)min, which is a frequency vibration test.
) found that the vibration rate is short: 1, TE--Frequency ring range, reverse data width! .mm sweep 8
Rate is 1 borrowing process/mis card short pin damage times 2 times of frequency ring test E.7.3.3 vibration station test, the result meets the temperature requirement of 1>.5.7.+: E.7.9 open test
According to the temperature rise verification method in G57251.1, the result should meet the requirements of =, 6.5, 58 water pressure seat and dense field performance test
The indication of the pressure small plan instrument is not less than 1. level. GA 30. 12302
68.1 Check the water outlet gate of the water system, there is no reserve valve and let the water (gas) outlet, remove the safety lubrication. After the gas is discharged, the water-end pipeline and valve anti-energy parts are filled with water to discharge the danger tons
68.2 manual re-selection or inspection, add water to 1.1 estimated maximum commercial pressure, continue for 1 mir, the test result shall comply with the provisions of 7.,
6.B.3 the equipment shall be slowly filled with water to 1.5 times the maximum production 1. working pressure, continue for 15 mir, the test result shall comply with the provisions of 5.1. and 3.7.1,
6.8.4 the equipment will be re-tested and upgraded The whole action is recorded, and the pressure is chased at this time. The original 5.2.69 water supply capacity test
6.9.1 water policy rescue short and injection test
widely move the water phenomenon, make the water phenomenon in the power frequency operation state, close the pressure water inlet and outlet, and change the outlet gate to open the waste adjustment mountain. The small flow point (standard flow rate) or point, large flow or point (standard flow rate 15) is difficult to respond to the large value, and the result is in accordance with the provisions of 51. The allowable system of the measuring instrument should comply with the heat regulation of CB/1216: 5.92 water supply capacity test
5.9.1 Make the fire protection conditions of the equipment in the second operation state, and adjust the flow rate to the low instrument outlet for the equipment to prevent the working force of the equipment. At the same time, record the water supply flow result of the equipment 7 in accordance with the provisions of 5.5.2.1 or: .H.7.2. 6.9.2. Start the equipment and make it in normal operation. When the pressure reaches the lower limit of the total pressure P, close the water outlet door, cut off the power supply, open the equipment to discharge water, and when the pressure drops to the lower pressure of the fire-fighting system, stop discharging water. The water volume should meet the requirements of 2.3. 6923 Start the equipment and make it in normal operation. After the pressure reaches the upper limit of the pressure, close the water outlet door of the equipment, supply power, open the water outlet door of the equipment, record the pressure drop of the water tank, and continue to collect water to the starting pressure of the fire-fighting system. The record of flushing water should meet the requirements of 5.5.2.1. 6.10 Start-up and operation reliability test
6101 Start the equipment in the running state, adjust the service water outlet, and ensure that the number of equipment operations is maintained at 10-13 times per hour. Run continuously for 12 hours and check the operating conditions of the air supply device. Test the results of the test box in accordance with 5.3.2 and 5.9.: 6.1.2: Manual start-up test, when the equipment is in the fire protection state, adjust the water outlet door and stop the water supply of the equipment. The flow meets the requirements of the product. H.2.: During operation, the test results should meet the requirements of 5.9.%, E11 equipment function test
6.11.1 Dual power and switching function test
Give each of the two output sources a check and record the automatic cutting situation. When the production is automatically issued, the inspection results shall be carried out in three steps. 16, two items.
6112 Start-up test
, 5.112.1 Make the whole equipment in normal operation, move the automatic door to the platform, check whether the fire protection conditions are effective, and record the start-up time. The test results meet the requirements of 5.10.3. 6.11.2.2 Before the equipment is put into normal operation, open the water outlet door of the equipment, check the emergency start-up status or the emergency fire-fighting system, and verify the startup status of the fire-fighting standby system in time. The result should be in accordance with the provisions of 5.10.2.18. 6.11.3 Ensure that the fire-fighting water supply system is in normal operation, close the service valves, raise part of the water level detector of the water tank to the surface of the water (simulating reaching the living or stable water level), and then hold the water level probe to change the water level. During this process, check the emergency start-up status and the stability of the fire-fighting system, open the water outlet door of the equipment, and automatically raise all parts of the fire-fighting probe to the surface of the water (simulating reaching the lowest water level). At this time, check the startup status of the fire-fighting system again. The inspection result should be in accordance with the provisions of 5.2.3.5. E.11.1 The pressure control and level control must be tested and adjusted to ensure that the equipment is running normally. The upper and lower limits of the pressure control equipment are recorded separately. The test results should meet the requirements of 5.10.6. The pressure measuring instrument should not be damaged. The fire control system should be started and the pressure control table should be displayed according to the fire control strategy. The working limit value should be recorded. After the equipment is running normally, the working limit value should be calculated. The pressure level control ratio should be observed. The above conditions should be not less than 6. The pressure test panel should not be lower than level 15, and the difference between the pressure measuring table and the level measuring table should not be lower than level 2. The test results should be equal to 5.3. 5.11.5 Avoidance test
5.5.1 According to the setting function of automatic inspection withdrawal, the inspection door shall be set to release the fault alarm and memory to meet the requirements of 5.10.! a and d.
1152 Reset a shorter inspection cycle, and the equipment shall be in normal operation. The inspection shall be completed after each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. The test shall be completed in the time interval of each water case operation. 6.11.6 Test and monitor the equipment. Output the fire alarm signal to start the firefighting system. Run the firefighting system to control the water output of the main firefighting system. Reduce the water output of the firefighting system step by step. 6.11.7 Protection function test 6.11.7.1 Put the equipment in the normal operation state, and then a) cut off the power of the firefighting system motor. ) Simulate the overcurrent of the two-phase input voltage of the control cabinet. 2.6.21.7.1 During each test, check the fire alarm function, check the fire channel status and the alarm indication.
6.11.73 The test results shall meet the requirements of 3.0.10. The test is carried out by simulated negative input. E.118 Reverse control test
Connect the simulated display light and simulated control button to the pre-help terminal, start the fire control through the simulated control group, and observe the indicator light display status at the same time: simulate the fire alarm, and observe the indicator light status. The inspection terminal shall meet the requirements of 5.10.1: C.12 Pump test
The equipment outlet door can be opened to release water after it works normally, so that its main fire extinguishing system can be started and the fire-fighting water treatment state can be sensed. Simulate the fire pump to be powered off, check the standard fire extinguishing system, and change the switching conditions of the case. It should meet the requirements of 5, 10, 2, and the equipment can run continuously under the fire-fighting water supply condition, and meet the frequency requirements of 5.2.4 e).
613 The technical test of the sound intensity
is carried out according to the specified capacity method of GB/T1228. The test results should meet the requirements of: .: 7 According to the test rules
The control unit should comply with the quality management procedures and regulations, and ensure that each product meets the requirements of this standard. Jc
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