ED200

ED200
Inim_Logo_Payoff_W-1

ED200

Brand: Inim
Model Number: ED200

The ED200 is an analogue addressable heat detector belonging to the advanced Enea series by Inim Electronics. It provides accurate thermal sensing using an integrated thermistor that can be programmed to operate across multiple fixed and rate-of-rise heat configurations. Each unit is identified by a unique factory-assigned serial number, completely eliminating the need for manual DIP-switch or rotary addressing configuration. Supported by Inim’s proprietary Versa++ and LoopMap technologies, the detector automatically enrolls onto the loop, constructs an interactive map of the installation layout for simplified maintenance, and provides detailed real-time diagnostic reporting directly to the control panel.

Key Features

Intended to offer versatile addressable heat detection with automatic self-addressing, customizable thermal operating modes, and built-in loop isolation.

  • Tricolour status LED configuration
  • Built-in short-circuit isolator
  • 240 address loop capacity
  • LoopMap interactive wiring topology technology
  • Versa++ flexible configuration technology
  • “WARNING” signal with programmable thresholds and operating mode Automated serial self-addressing function
  • Interrupt capability for immediate alarm and fault transmission
  • Supervised remote output configurable from panel
  • Automatic recognition of remote signaller connection
  • 4 different programmable thermal operating modes (A1R, A2S, BR, B) Complete real-time data diagnostics and thermistor analysis
  • Non-resettable internal alarm counter
  • Pre-alarm temperature memory log for 5 minutes prior to last activation

Technical Specifications

  • Detection principle: heat
  • Alarm transmission type: polling independent
  • Sampling: every second
  • Sensitivity – A2S: fixed threshold at 58°C
  • Sensitivity – A1R: fixed threshold at 58°C and rate-of-rise
  • Sensitivity – B: fixed threshold at 72°C
  • Sensitivity – BR: fixed threshold at 72°C and rate-of-rise
  • Degree of protection: IP43
  • Base fitting: bayonet coupling
  • Input voltage: from 19 to 30 V-
  • Stand-by current draw: 200μΑ
  • Current draw during alarm status: 10mA @27.6V
  • “R” output current draw (internally limited): Max. 14mA
  • Height with EB0010 base: 54 mm
  • Height with EB0030 deep base: 88 mm
  • Height with ESB10xx sounder base: 85 mm
  • Diameter: 110 mm
  • Weight (standard base included): 160g
  • Weight (without base): 91g
  • Operating environmental conditions – Temperature (A1R/A2S): from -10°C to +50°C
  • Operating environmental conditions – Temperature (B/BR): from -10°C to +65°C
  • Operating environmental conditions – Relative humidity: ≤95% without condensation

Certifications

  • EN 54-5
  • EN 54-17
  • CE Marked (0051)
  • LPCB Approved (991f/01)
  • 0051-CPR-1877

Usage in Industry

The ED200 Heat Detector is primarily used in places where false alarms would occur if smoke detection was used (dust, fumes, heat fluctuations etc.)

Commercial Buildings

Placed in offices, shopping malls, complexes where reliably detected heat gives early warning of the fire and false alarm is eliminated.

Commercial-Buildings

Industrial Facilities

Suitable for use in a factory, warehouse or dusty area where smoke detectors do not operate efficiently because of ‘fall out’ in the air.

fire-alarm-v3

Transportation & Public Infrastructure

Commonly applied to tunnels, stations, airports and other public places with high footfalls to provide permanent fire safety.

fire-alarm-v4

Related Products

Request an Quote

Searching for a convenient heating detecting system for your company? Contact us anytime, we will give you the cost, bulk deployment, and other customized fire safety services you desire for your business or your field.

    Frequently Asked Questions

    What is the ED200 Heat Detector used for?

    It is used for fire detection through heat change, especially in those environments where smoke detection is unreliable.

    These are operating modes combining fixed temperature thresholds and thermovelocimetric detection for different fire risks.

    Good for use in industrial, commercial and transport applications, dusty and smoky environments.

    Yes it is certified is with EN54 standards and LPCB approval that is as such ensures highest safety along with efficient functioning.

    whatapp icon