Hochiki DCP-SRM Solenoid Releasing Module

The Hochiki DCP-SRM is a cutting-edge solenoid releasing module designed to integrate seamlessly with fire alarm systems, providing reliable activation of fire suppression mechanisms. This new-in-box unit supports enhanced safety protocols with precise control and rapid response capabilities.

• Operating Voltage: Maintains stable performance at 24V DC, ensuring compatibility with a wide range of fire alarm panels.
• Current Consumption: Low standby current of 20mA conserves power without compromising readiness.
• Output Contact Rating: Delivers a contact rating of 2A at 30V DC, suitable for activating various release devices.
• Operating Temperature Range: Functions reliably between -10°C to +50°C, accommodating diverse installation environments.
• Dimensions: Compact form factor measuring 4.5 x 3.5 x 1.5 inches, allowing easy integration into existing system enclosures.

Compared to earlier models and typical industry standards, the DCP-SRM excels in delivering consistent activation signals with minimal power draw, enhancing system efficiency. Its durable construction and flexible voltage handling surpass many conventional releasing modules, ensuring superior compatibility and longer service life.

Advanced Features for Optimal Safety and Performance

The Hochiki DCP-SRM utilizes sophisticated solenoid technology to guarantee swift and accurate operation of fire suppression releases, minimizing risks during emergencies. Its low current consumption reduces strain on fire alarm control systems, improving overall reliability. The module’s versatile output contact rating supports a broad spectrum of release devices, adapting to varied installation needs without requiring additional components.

Engineered for durability, the device withstands extreme temperatures, making it suitable for installations in challenging environments such as industrial facilities and commercial buildings. Its compact size streamlines installation and maintenance, freeing up valuable space within control panels. Additionally, the module’s design adheres to stringent safety codes, facilitating compliance with national fire protection regulations.