Intrinsically Safe & Explosion Proof

An Overview of Hochiki's Conventional Intrinsically Safe & Explosion Proof Range.

What is Intrinsic Safety

For an electrical product to be ‘Intrinsically Safe' it must be incapable of igniting an explosive atmosphere by either spark or heat. This is achieved by ensuring only low currents and voltages enter the hazardous area, and therefore the whole circuit must be considered, not just the device in isolation.

 

An ‘Intrinsically Safe Circuit' therefore must restrict the electrical and thermal energy such that ignition of a hazardous atmosphere (explosive gas or dust) cannot occur.

 

Our Intrinsically Safe & Explosion-Proof Range

Hochiki's Intrinsically Safe and Explosion Proof range of products has been designed and produced to ensure that all the great benefits of Hochiki's high quality fire detection technology can be safely operated within industrial and hazardous environments.

 

Hochiki's Intrinsically Safe detectors and hazardous area products have been certified by BASEEFA to IECEx and ATEX.

Features & Benefits

 

Hochiki’s I.S. range has a whole host of features and benefits, making it the ideal solution for a variety of environments.

Fully Compliant

 

Fully Compliant

 

The I.S. range is fully compliant and certified by BASEEFA to IECEx and ATEX.

Fully Compliant

 

False Alarms

 

These devices give virtual elimination of false alarms due to the high levels of accuracy and sensitivity.

Fully Compliant

 

Approvals

 

The range is fully approved by LPCB and to MED by DNV and GL.

Fully Compliant

 

Quality

 

High quality products ensures long term realiblity.

Diverse range of products

 

The Hochiki ATEX approved portfolio of Intrinsically Safe products offers the installer and system designer flexibility and reliability whilst strictly conforming to requirements of fire detection in hazardous areas.

Detectors

 

Our Intrinsically Safe conventional detectors range offers smoke or heat detection, specially designed for use inside the hazardous area. A common IS base is also available.

Barriers

 

Our range of barriers provides the integral link between the fire detection system in the safe zone and those I.S. products within the hazardous zone.

Manual Call Points

 

Our range of Intrinsically Safe manual call points includes an internal and a weatherproof option, both can be utilised within the hazardous area.

Infrared Flame Detectors

 

Our IR3 flame detectors are specially designed for use in the hazardous area and include an explosion-proof housing variant.

DCD-1E-IS

Intrinsically Safe Conventional Rate of Rise Heat Detector

DCD-1E-IS is an Intrinsically Safe Conventional Rate of Rise Heat Detector with a 60° fixed temperature element designed for use in hazardous areas.

View DCD-1E-IS

SOC-E-IS

Intrinsically Safe Conventional Smoke Detector

The SOC-E-IS is a Photoelectric Smoke Detector, which is fully compatible with the majority of existing Conventional systems. 

View SOC-E-IS

YBN-R/4(IS)

Conventional Intrinsically Safe Mounting Base

YBN-R/4(IS) is a Conventional Detector Mounting Base that should be used in conjunction with the Intrinsically Safe range of detectors.

View YBN-R/4(IS) 

CCP-E-IS

Intrinsically Safe Conventional Call Point

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

View CCP-E-IS

CCP-W-IS

Intrinsically Safe Weatherproof Conventional Call Point

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.

View CCP-W-IS

IFD-E (EXD)

Explosion-Proof IR³ Infra-Red Flame Detector

IFD-E(Exd) is an Explosion-Proof IR³ flame detector designed for use where open flaming fires may be expected and responds to the light emitted from flames during combustion.

View IFD-E(Exd) 

IFD-E (IS)

Intrinsically Safe Industrial IR³ Infra-Red Flame Detector

IFD-E (IS) is an Intrinsically Safe IR³ flame detector designed for use where open flaming fires may be expected and responds to the light emitted from flames during combustion.

View IFD-E(IS)

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