Skip to content
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS - DELIVERY FROM 24-48HRS*
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS - DELIVERY FROM 24-48HRS*

Heat Detector Static for Discovery

Original price £32.99 - Original price £32.99
Original price
£32.99
£32.99 - £32.99
Current price £32.99

excl. VAT

💳 0% APR Finance Available*

The Apollo Discovery Heat Detector is a high-performance, analogue addressable fire detector designed for reliable fire detection in challenging environments. With five EN 54-5 compliant response modes, this detector provides flexible protection for a wide range of applications—from warehouses and loading bays to car parks and industrial settings. Built from self-extinguishing white polycarbonate, its durable design is unaffected by wind or air pressure, making it an ideal choice for environments with high airflow or airborne contaminants.

Technical Specification

  • Download Product Technical Data Sheet

  • Designed for demanding environments such as smoky, dusty, or dirty conditions

  • Suitable for warehouses, loading docks, industrial sites, and car parks

  • Five selectable response modes conforming to EN 54-5 classes for different temperature sensitivities

  • Unaffected by atmospheric pressure or wind, ensuring consistent performance

  • Remote test feature for easy maintenance and compliance testing

  • Uses a thermistor-based sensing element with linearized temperature response from 10°C to 80°C

  • Operational temperature range: -40°C to +70°C

  • Constructed from self-extinguishing white polycarbonate for enhanced durability and safety

  • Compatible with Apollo's Discovery range of control panels and systems that support Apollo analogue addressable detectors (without drift algorithms)

Upgrade your fire detection system with the Apollo Discovery Heat Detector – engineered for high-reliability detection and false alarm reduction in complex environments.

Net Orders Checkout

Item Price Qty Total
Subtotal £0.00
Shipping
Total

Shipping Address

Shipping Methods