17 – “Dry Chemical Extinguishing Systems,” NFPA Standard No. Charts show tank and nozzle parameters and flow charts provide direction. 2.4 – Tank bracketing. Currently, 3S Incorporated works with companies across the United States and Worldwide. Computer Data Areas. All pipe ends shall be thoroughly reamed after cutting, and all oil, chips, and debris shall be completely removed prior to nozzle installation. Pre-Engineered for industrial hazards like paint spray booths, dip tanks, and flammable liquid storage. 007710. In some applications, detection can be used with a circuit monitor and a UL Listed 24 VDC or 120 VAC secondary power supply. The tanks shall be secured by use of a steel mounting bracket affixed to a rigid object capable of supporting the weight of the filled tank and the concussion of tank discharge. The ANSUL I- 101 system utilizes a protection concept as defined by NFPA Standard No. The tank is … Kidde Fire Systems has developed a pre-engineered dry chemical fire suppression system specifically for vehicle booth applications. Companies with combustibles on the premises can use the large piped system that dispenses up to 3,000 lbs. When the system is required to be connected to a fire alarm panel, in accordance with NFPA 72 – “National Fire Alarm Code,” the alarm initiating switch shall be used. Computers are expensive delicate pieces of equipment that require special suppression systems to … We would like to show you a description here but the site won’t allow us. 5.4 – Joints. 3.7 – Supervision. The control head shall be mounted directly on the valve of the agent tank (for single-tank systems), in a MB-P2 control head mounting bracket (for actuating up to five centrally located agent tanks) or directly on the valve of a pneumatically (booster) actuated tank. 5.6 – Union. 4.1 – Nozzles. When an ANSUL-supplied 24 VDC electric control unit is utilized with electric detection, an electric manual pull station can be used when it is properly connected to the ANSUL 24 VDC electric control unit. A-25ABC/BC tanks shall be used with extinguishing agent fill weight of 25 lb (11.3 kg). This is accomplished by means of dry contacts on an MS- SPDT or MS-DPDT miniature switch installed in the control head. Fire Suppression Systems like the Ansul 101 System. The valve shall release nitrogen from the PAC tank into the pneumatic pipe and tubing network. The ambient temperature of the hazard area shall be monitored by fixed temperature mechanical or electrical thermal detectors. 5.3 – Size. 1.1 – The fire extinguishing system shall be the stored pressure, dry chemical, pre-engineered, fixed nozzle type manufactured by ANSUL. An ANSUL-supplied 16 gram (0.56 oz) carbon dioxide pilot cartridge that complies with MIL-C0601G shall be used as an integral component of the control head. A weatherproof enclosure designed and installed in accordance with NFPA 17 shall be used to protect the control head and agent tank when mounted in an exterior location. For paint spray booth applications, the predominant hazardous material is typically the material being applied to the vehicle/component that is being painted. The I-101 Fire Suppression System is an automatic, stored pressure, dry chemical system designed to protect vehicle paint spray booths and open face paint spray booths. A-3 5 A B C tanks shall be used with extinguishing agent fill weight of 35 lb (15.9 kg). What types of application methods are available with the I-101 system? 3.6 – Auxiliary output. The I-101 system has listing and approvals for total flooding (Industrial, Open Front Paint Spray Booth, and Enclosed Paint Spray Booth (Vehicle Booths)), local application overhead and local applications tankside capabilities. 3.4 – Pneumatic actuation. The miniature switch may also be used for auxiliary functions such as audible alarms. 5.1 – Pipe. These systems automatically detect and suppress fire—even in hard to reach areas like ductwork and plenums—before the fire can grow and spread. 435237 ( Vehicle Paint Spray Booth), or Part No. Paint booth fire suppression system pricing varies on the size and applications of the customer. The system is designed to protect a wide variety of hazards involving flammable liquids and gases, wood and paper, and energized electrical equipment. 33 – “Spray Application Using Flammable and Combustible Materials,” NFPA 30 – “Flammable and Combustible Liquids Code,” and NFPA 72 – “National Fire Alarm Code.” Underwriters Laboratories provides pre-engineered system application parameters allowing the flexibility to protect a variety of hazardous material storage building layouts, paint spray booth applications. All system pipe and fittings shall be sized and configured in accordance with the ANSUL I- 101 Industrial Fire Suppression System Technical Manual, Part No. The system is designed to meet the standard of NFPA Standard No. The I-101 system uses mechanical or electrical heat detectors for automatic actuation and cable pull or electric pull stations for manual actuation. Exception: TEFLON tape may be used. It shall be UL Listed and installed in conformance with National Fire Protection Association Standard No. 5.2 – Fittings. The I-101 Industrial Fire Suppression System has been pre-engineered for industrial hazards like paint spray booths, dip tanks, and flammable liquid storage rooms.
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