Each ILP system consists of a High-Grade Stainless-Steel Indirect valve with three standard detection 1/8” ports (SV,P/s or P/g etc.), and three 3/8” discharge ports, SS siphon tube, integrated pressure gauge embedded in the valve body for extra protection to monitor cylinder pressure, and a quarter turn isolation valve with provision to interface with the AutoFireX Fire Detection Tubing, a PRD (Pressure Relief Device) tested to 44Bar is also provided. The systems is supplied complete with CE Cylinders and Brackets with appropriate agents, as required.
To assist in annunciation, an optional pressure switch can be installed at one of the ports on valve or at the end of the detection line using a End of Line Adaptor, also available with the system. The pressure switch provides a potential free contact, that can be interfaced, with existing FACP (Fire Alarm Control Panel) to indicate system discharge, shutdown ventilation, shut-off electrical power, as may be required. Alternatively, it can also be connected to an Audio Visual (A/V) alarm unit for annunciation.
As the system is Pre- Engineered (refer our Design Installation manual), therefore, when the discharge piping and nozzles are installed within the limitations stated in the manual no complex hydraulic calculations are required to determine pressure drop, agent flow, or discharge time etc.
Technical Specification
| System Information | Performance Information | |||
|---|---|---|---|---|
| PRODUCT CODE | AGENT QTY. | CYLINDER VOLUME | TYPICAL OPERATING PRESSURE(@21oC) | MAX VOLUME COVERAGE* |
| 5000101 | 1 kg | 1400 ml | 15 Bar | 1.12m3 |
| 5000102 | 2 kg | 2218 ml | 15 Bar | 2.35m3 |
| 5000105 | 5 kg | 5000 ml | 15 Bar | 4.67m3 |
| 5000106 | 9 kg | 1100 ml | 15 Bar | 8.65m3 |
*Figures based on ideal conditions in fully enclosed space. Actual figures may vary according to application.
Maximum volume coverage is determined by agent concentration discharged within the enclosure where the fire hazard is located. The discharge time for DLP system utilising various agents differ from agent to agent and capacity of the cylinder.