Modules and batteries for automatic gas fire extinguishing, models: MPGT - 40 "SMD" (65-40-32), MPGT - 50 "SMD" (65-50-32), MPGT - 60 "SMD" (65-60-32) , MPGT - 70 "SMD" (65-70-32), MPGT - 80 "SMD" (65-80-32), MPGT - 90 "SMD" (65-90-32), MPGT - 100 "SMD" ( 65-100-32), MPGT - 120 "SMD" (65-120-32), MPGT - 80 "SMD" (65-80-50), MPGT - 100 "SMD" (65-100-50), MPGT - 120 “SMD” (65-120-50), MPGT - 140 “SMD” (65-140-50), MPGT - 150 “SMD” (65-150-50) (hereinafter referred to as modules), as well as batteries that include the same type of MPGT modules and are connected by a common collector (hereinafter referred to as batteries).
According to the method of storage, GFFS are divided into modular and centralized (a group of modules assembled into a battery and connected to a common manifold. Modules and batteries refer to components of automatic fire extinguishing systems and are used for storing GFFS with a further automatic or remote or local launch method when class fires occur A, B, and E electrical equipment with a voltage not higher than permissible for a gas fire extinguishing agent.
Modules and batteries are operated and operational at ambient temperatures from minus 20°C to plus 50°C, climatic version UHL (NF) category 4, atmosphere type II, III according to GOST 15150-69.
Modules and batteries are manufactured in accordance with the requirements of these technical specifications TU 26.30.50-771-81888935-2023 “Modules and batteries for automatic gas fire extinguishing”, EAEU TR 043/2017 “On requirements for fire safety and fire extinguishing means”, SP 485.1311500. 2020, GOST R 53281-2009, GOST 12.2.003-91, GOST 12.2.007.0-75, GOST 12.3.046-91, GOST 15150-69 vessels used for storing GFFS must meet the requirements of TR CU 032/2013 Technical Regulations of the Customs Union "On the safety of equipment operating under excess pressure" according to design documentation approved in the prescribed manner.
The modules are designed for long-term storage and release of gas extinguishing agent in the event of a fire in a building (premises) or structure.
A group of modules combined into a single battery is intended for the centralized storage of a large volume of fire fighting fuel with the subsequent release of fire fuel in the event of a fire in large areas
The modules are used to extinguish class A, B and E fires of energized electrical equipment (the voltage at which it is possible to extinguish without shutting down the protected equipment must comply with the requirements of the normative and technical documentation for fire safety equipment).
The method of storing GFFS is modular or centralized.
The batteries have the ability to be connected to a single pipeline manifold, forming a centralized GFFS storage point.
Modules and batteries are used for fire protection of premises and equipment in a modular design for volumetric or local volumetric fire extinguishing.
Modules and batteries are classified as recoverable and serviceable technical products.
The design of modules and batteries meets the seismic resistance requirements in accordance with GOST 30546.1-98, GOST 30546.2-98 and GOST 30546.3-98 and has a design of 9 points on the MSK-64 scale.
Service life from the date of manufacture is no more than 30 years.
| Module parameters | Module type |
| MPGT - 40 "SMD" (65-40-32), MPGT - 50 "SMD" (65-50-32), MPGT - 60 "SMD" (65-60-32), MPGT - 70 "SMD" (65-70-32), MPGT - 80 "SMD" (65-80-32), MPGT - 90 "SMD" (65-90-32), MPGT - 100 "SMD" (65-100-32), MPGT - 120 "SMD" (65-120-32), MPGT - 80 "SMD" (65-80-50), MPGT - 100 "SMD" (65-100-50), MPGT - 120 "SMD" (65-120-50), MPGT - 140 "SMD" (65-140-50), MPGT - 150 “SMD” (65-150-50). | |
| Working pressure MPa (kgf/ cm2 ) | 6.5 (65) |
| Test pressure, MPa (kgf/ cm2 ) | 9.75 (97.5) |
| Propellant gas pressure, MPa (kgf/cm 2 ) | 4.2 (42) |
| Response pressure of the membrane safety device, MPa | 9±0.45 |
| Release time of 95% GFTS by weight, s, no more | 10 |
| Residue of GOVT, no more than % by weight of GOVT | 0.5 |
| Conditional passage of ZPU | DN32 or DN50 |
| Operating temperature, °C | minus 20 °С to plus 50 °С |
| Service life before first re-examination, years | 15 |
| Response resource, no less than times | 10 |
| Module service life, years, not less | thirty |
| Starter operating method | electromagnetic, pneumatic, manual |
| PU actuation force during manual start, N | no more than 150 |
| Solenoid supply voltage, V | 24±2 |
| Current consumed by the solenoid, A, no more | 1.5±0.2 |
| Pulse duration, s, no more | 2 |
| Actuation pressure of pneumatic PU, MPa (kgf/cm 2 ) | 0.8 (8) |
| Maximum fill factor, kg/l | 1.1 (Freon-227ea), 0.9 (Freon-125), 1.2 (FK-5-1-12) |
| PU circuit test current, A, no more | 0.5 |
Overall dimensions of the module with a nominal bore shut-off device DN32
| Module parameters | Module type | |||||||
| MPGT - 40 “SMD” (65-40-32) | MPGT - 50 “SMD” (65-50-32) | MPGT – 60 “SMD” (65-60-32) | MPGT - 70 “SMD” (65-70-32) | MPGT - 80 “SMD” (65-80-32) | MPGT - 90 “SMD” (65-90-32) | MPGT - 100 “SMD” (65-100-32) | MPGT - 120 “SMD” (65-120-32) | |
| Module capacity, l. | 40 | 50 | 60 | 70 | 80 | 90 | 100 | 120 |
| ZPU type | QRF 32/6.7 | |||||||
| Diameter of the nominal bore of the control unit, mm | 32 | |||||||
| Equivalent length, m, no more | 2.3 | |||||||
| Connecting thread of the outlet fitting ZPU | M48x2 | |||||||
| External diameter of the module (cylinder), D, mm | 373±1.5 | |||||||
| Thread in the neck of the cylinder, mm | PZ56 | |||||||
| Height, L*, mm | 762±10 | 862±10 | 962±10 | 1062±10 | 1162±10 | 1262±10 | 1362±10 | 1562±10 |
| Height to the center of the outlet, L 1 , mm | 662±10 | 762±10 | 862±10 | 962±10 | 1062±10 | 1162±10 | 1262±10 | 1462±10 |
| Empty module weight, kg** | 59.7±2 | 66.7±2 | 70.6±2 | 81.7±2 | 89.2±2 | 96.7±2 | 105.2±2 | 119.2±2 |
Note:
* - without starting device;
** - without packaging, protective cap and starting device.
The type of ZPU is determined when ordering.
Overall dimensions of the module with a nominal bore shut-off device DN50
| Module parameters | Module type | ||||
| MPGT - 80 “SMD” (65-80-50) | MPGT - 100 “SMD” (65-100-50) | MPGT - 120 “SMD” (65-120-50) | MPGT - 140 “SMD” (65-140-50) | MPGT - 150 “SMD” (65-150-50) | |
| Module capacity, l. | 80 | 100 | 120 | 140 | 150 |
| ZPU type | QRF 50/6.7 | ||||
| Diameter of the nominal bore of the control unit, mm | 50 | ||||
| Equivalent length, m, no more | 3.7 | ||||
| Connecting thread of the outlet fitting ZPU | M68x2 | ||||
| External diameter of the module (cylinder), D, mm | 373±1.5 | ||||
| Thread in the neck of the cylinder, mm | M80x2 | ||||
| Height, L*, mm | 1205±10 | 1405±10 | 1605±10 | 1805±10 | 1905±10 |
| Height to the center of the outlet, L 1 , mm | 1076±10 | 1276±10 | 1476±10 | 1676±10 | 1776±10 |
| Empty module weight, kg** | 98.5±2 | 113.9±2 | 129.4±2 | 145±2 | 152±2 |
Note:
* - without starting device;
** - without packaging, protective cap and starting device.
The type of ZPU is determined when ordering.
The structure of the module symbol must meet the following requirements:
| MPGT - | XXX | " XXX " | ( XX - | XX- | XX ) |
| 1 | 2 | 3 | 4 | 5 | 6 |
An example of a gas fire extinguishing module designation:
MPGT-150 “SMD” (65-150-50)
The structure of the battery symbol must meet the following requirements:
| ХБХХ – | MPGT | XXX | " XXX " | ( XX - | XX X ) |
| 1 | 2 | 3 | 4 | 5 | 6 |
An example of a gas fire extinguishing module designation:
| 2B10 – | MPGT | 150 | " SMD " | ( 65 - | 1500 ) |
| 1 | 2 | 3 | 4 | 5 | 6 |
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