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Hochiki Conventional Devices

CWST-RW-W5

Hochiki Conventional Beacon – Red case, white LEDs

CWST-RW-S5 features high output LEDs, advanced optics and an innovative lens design, providing outstanding Omni-directional light coverage at low current draw. Specifically designed for, and approved to meet EN54-23. The CWST-RW-S5 delivers outstanding quality, reliability and long operational life.

Conventional fire beacon

Hochiki Conventional Beacon – Red case, white LEDs (IP65)

CWST-RW-W5 features high output LEDs, advanced optics and an innovative lens design, providing outstanding Omni-directional light coverage at low current draw. Specifically designed for, and approved to meet EN54-23. The CWST-RW-W5 delivers outstanding quality, reliability and long operational life. Weatherproof base provides IP65 for external use applications.

Fire beacon

Hochiki Conventional Beacon – White case, red LEDs

CWST-WR-S5 features high output LEDs, advanced optics and an innovative lens design, providing outstanding Omni-directional light coverage at low current draw. Specifically designed for, and approved to meet EN54-23. The CWST-WR-S5 delivers quality, reliability and long operational life.

beacon for fire

Hochiki Conventional Beacon – White case, red LEDs (IP65)

CWST-WR-W5 features high output LEDs, advanced optics and an innovative lens design, providing outstanding Omni-directional light coverage at low current draw. Specifically designed for, and approved to meet EN54-23. The CWST-WR-W5 delivers outstanding quality, reliability and long operational life. Weatherproof base provides IP65 for external use applications.

CCP-E-IS SIL

Hochiki Intrinsically Safe Weatherproof Conventional Call Point

Installation efficiency, flexibility and full compliance with the latest standards are at the heart of the new CCP-W-IS outdoor Call Point range.

 

Key Features:

  • Sealed to IP67
  • Unique “Plug & Play” installation concept
  • Total “Flex-Ability” in the choice of operating element
  • Anti-Tamper facility
  • Enhanced aesthetics and compact design
  • Fully approved to the latest standards
  • CPD Approval
CCP-W-IS

Intrinsically Safe Conventional Call Point with back box (Red) – SIL2

The CCP-W-IS is a conventional weatherproof call point based upon the industry standard KAC world series housing, and which can be used externally in hazardous areas.

YBN-R-4IS

Intrinsically Safe Detector Base (ivory)

Model YBN-R/4(IS) is a Conventional Detector Mounting Base which should be used in conjunction with the SIL2 approved range of Intrinsically Safe detectors It is supplied with square cable clamps for secure and reliable cable termination but the base does not provide line continuity during detector removal, therefore if Call Points are being used then these should be wired onto the zone first.

DCD-1E-ISWHT

Intrinsically Safe Heat Detector – White case

The DCD-1E-IS(WHT) is an Intrinsically Safe Conventional Rate of Rise Heat Detector with a 60° fixed temperature element designed for use in hazardous areas. The unit also features a remote indicator output.

SLR-E-IS

Intrinsically Safe Photoelectric Smoke Detector – Ivory case

Model SLR-E-IS is a Photoelectric Smoke Detector designed for use in hazardous areas which also incorporates a remote indicator output and a removable chamber for easy maintenance.

Each detector incorporates Hochiki’s unique High Performance Chamber Technology removing the need to use Ionisation detectors in the majority of applications. The High Performance Chamber has also enabled the detector threshold level to be increased, thereby improving the signal to noise ratio and reducing susceptibility to false alarms.

SLR-E-ISWHT

Intrinsically Safe Photoelectric Smoke Detector – White case

Model SLR-E-IS is a Photoelectric Smoke Detector designed for use in hazardous areas which also incorporates a remote indicator output and a removable chamber for easy maintenance.

Each detector incorporates Hochiki’s unique High Performance Chamber Technology removing the need to use Ionisation detectors in the majority of applications. The High Performance Chamber has also enabled the detector threshold level to be increased, thereby improving the signal to noise ratio and reducing susceptibility to false alarms.

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