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INDIRECT HIGH PRESSURE SYSYEM(IHP)

Name: INDIRECT HIGH PRESSURE SYSYEM(IHP)
Brand: ASHA ENTERPRISE
Price: 75000.0 INR
Availability: InStock

Price 75000.0 INR/ Number

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MOQ : 1 Number

INDIRECT HIGH PRESSURE SYSYEM(IHP) Specification

Product Type
CO2 FLOODING SYSTEM

Features
Multiple cylinder arrays, quick discharge, remote actuation, robust steel construction, corrosion-resistant finish

Fire Class
Class A, B, C (suitable for solid, liquid, and gas fires)

Energy Efficiency Rating
Not applicable (fire suppression system)

Technology
Indirect high-pressure suppression with agent release via pipe network

Coating Type
Epoxy or polyester powder coated

Operating Pressure
200-300 Bar

Voltage
24V DC (for control/sensor units)

Working Temperature
-30C to +55C

Fire Extinguisher Type
Gas-based (clean agent/CO2/inert gas depending on system)

Shape
Cylindrical

Control Type
Automatic and manual activation

Coverage Area
Customizable based on design, typically large enclosed areas

Installation Type
Fixed, wall or rack mounted

Connectivity Type
Wired control system; can be integrated into building management system

Mounting Type
Horizontal rack mounted or vertical stand

Application
INDIRECT HIGH PRESSURE SUPPRESSION SYSTEM(IHP)

Max Flow Rate
Varies by system capacity, up to 1000 kg/min or more

Capacity
Typically 40-140 liters per cylinder (system scalable as needed)

Diameter
Cylinders typically 150-250 mm (varies by model)

Pressure
200-300 Bar (typical working pressure)

Alert Mechanism
Alarm integration available

Maintenance
Low, periodic inspection recommended

Material
Seamless high-strength steel

Safety Devices
Pressure relief valves, safety interlocks

Agent Release Method
Indirect (discharge via piping and nozzles)

Refilling Option
On-site cylinder refilling available

System Configuration
Modular, can be expanded or reduced as per need

Corrosion Resistance
High, due to powder coated cylinders

Discharge Time
Less than 60 seconds (for typical installations)

Environmental Impact
Low (if using clean agent or inert gas options)

INDIRECT HIGH PRESSURE SYSYEM(IHP) About

The Indirect High-Pressure (IHP) system is a fire suppression system that utilizes a detection tube as a fire detection and system activation device, not as a discharge tube. Once the tube senses the fire, it ruptures, causing a drop in pressure that activates the Indirect Valve, diverting flow from the detection tube to the larger outlet port. CO2 agent is then discharged from the cylinder through diffuser nozzles, flooding the area and effectively suppressing the fire quickly and thoroughly. This system is ideal for applications where space is limited and traditional systems cannot be installed, ensuring immediate suppression at the point of fire within CNC machines, lathes, milling machines, and robotic cells. It is also suitable for sensitive electronic devices that require non-conductive, residue-free suppression and prevents short-circuit fires in electrical enclosures. The IHP system is designed for localized, equipment-level fire suppression, making it a perfect fit for enclosed telecom racks, data center micro-cabins, UPS cabinets, and network distribution boxes.

Modular & Scalable Protection

Configure the IHP System to fit your protection requirements-scale up for expansive facilities or down for smaller environments. Its flexible modular nature ensures optimal coverage tailored to any building's unique layout, accommodating future changes or expansion with minimal disruption.

Fast and Effective Fire Suppression

With a rapid discharge time of less than 60 seconds, the IHP System swiftly combats fires using gas-based agents like clean agent, CO2, or inert gases. The indirect piping network efficiently channels suppressant to the affected area, minimizing fire damage and downtime.

Robust Engineering for Reliability

The system's seamless high-strength steel construction, epoxy or polyester powder coating, and corrosion-resistant design ensure longevity. Safety mechanisms like pressure relief valves, safety interlocks, and alert integrations maximize operational dependability and protection.

FAQ's of INDIRECT HIGH PRESSURE SYSYEM(IHP):

Q: How does the Indirect High Pressure System (IHP) release the fire-suppressing agent?

A: The IHP system utilizes an indirect release method, deploying suppressing agents via a network of piping and nozzles. Upon activation-manual or automatic-the agent is rapidly discharged through strategically placed nozzles, distributing suppressant efficiently throughout the protected area.

Q: What types of fires can the IHP system extinguish?

A: This system is suitable for Class A, B, and C fires, effectively handling solid, liquid, and gas fire risks. Its flexibility and customizable configuration make it ideal for varied applications, such as server rooms, industrial spaces, and storage facilities.

Q: When should the IHP system be inspected or maintained?

A: Though the system requires low maintenance, periodic inspection is recommended to ensure all components function optimally. Regular checks help detect any issues with the cylinders, valves, or alert systems and confirm that the refilling option is readily available on-site.

Q: Where can the IHP system be installed?

A: Designed for fixed placement, the IHP can be wall or rack mounted and is meant for enclosed areas of varying sizes. Its modular approach allows installation in locations where both scalability and comprehensive fire coverage are necessary.

Q: What is the process for refilling cylinders after discharge?

A: The system offers convenient on-site cylinder refilling, allowing for prompt restoration of fire protection capabilities without the need to remove cylinders from the premises-minimizing downtime and maintaining continuous safety.

Q: How does integrating alarms and building management systems benefit users?

A: With alarm integration and optional connectivity to building management systems, occupants receive real-time alerts and monitoring, enabling immediate response during emergencies and enhancing overall facility safety and situational awareness.