Accruepole Private Limited

Supply Voltage 15 -28 VDC
- Standby current 225µA
- Max. current consumption 3.5mA / 11.4mA1 / 14.7mA1
- Max. sound output N/A / 97dB(A) +/-3dB @1metre2
- Temperature Range: -25°C to +70°C†
- Humidity: Max. 95% relative humidity (non-condensing)
- IP44 with deep bases (BRR, BPW)
- IP65 for MI-BSO-PP-N/I with sealed deep base (WRR)
- Approvals: EN54-3, EN54-17 and CPD

• Single or dual inputs • DIN rail mounting option • Surface mounting option • Tri-colour LED status indication • Built-in short circuit isolators • Visible address selector switches • LED status visible in 2 planes • Plug in connectors • Approved to GEA GEI 1-082 and CEA GEI 1-084

• Disable all relays • Optional 40, 80 or 160 zone alarm LEDs • Easy 5 key-press set-up • Large blue LCD display • Supports USB upload/download • Alpha-numeric style keypad and navigation keys • Option to upload a company logo • 160 zone compact mimic support • Panel buzzer ‘mute’ in engineering mode • Up to 72 hour standby

Optional 40 or 80 zone alarm LEDs Easy 4 key-press set-up Large blue LCD display Supports the USB PC upload/download lead Mobile phone style keypad and navigation keys Option to upload a company logo 

Connection of a zone of non-addressable detectors to an analogue addressable fire system • Built in isolation allowing system installation in stages without loss of protection • Monitors open circuit and short circuit faults • TRI-Colour Status LED • Zone powered from addressable loop wiring or external 24V PSU • Remote reset of non-addressable zone • Compatible with: Most non-addressable detectors IS non-addressable detectors • Monitoring of external power supply • External fault input • CPD approval to EN54-17 and EN54-18, LPCB and VdS • DIN rail mountable, consistent with all other modules • Support for an extended power supply range as low as 18Vdc 60mA with an External PSU

- Supply Voltage 15 -28 VDC
- Standby current 225µA
- Max. current consumption 3.5mA / 11.4mA1 / 14.7mA1
- Max. sound output N/A / 97dB(A) +/-3dB @1metre2
- Temperature Range: -25°C to +70°C†
- Humidity: Max. 95% relative humidity (non-condensing)
- IP44 with deep bases (BRR, BPW)
- IP65 for MI-BSO-PP-N/I with sealed deep base (WRR)
- Approved to: EN54-3, EN54-17 and CPD

Optical and thermal sensors • Microprocessor controlled with internal algorithms • Enhanced signal processing for improved stability • High immunity to unwanted alarms • 2 autolearn sensitivity settings • 3 fixed sensitivity photo thermal settings • Thermal only detection mode • Twin LEDs for 360° visibility • Built-in test • Third party certified to CEA 4021, EN54-7:2000 and EN54-5:2000

• Available with or without short circuit isolation • Isolator per device allows faster, more precise fault finding • Rotary decade address switches • Ivory colour to harmonise with the modern built environment ..Worldwide proved reliability • Easy to maintain (washable filter) • Enhanced smoke chamber design to  

The HM-MCP-GLASS-ULis an addressable manual break glass call point which, as a simple rotary decade, switch at the rear of the unit for addressing. A specialist test key may be inserted into the bottom of the unit to lower the glass and release the micro-switch – enabling a complete functionality test

The MI-RHSE-AP-uses the same thermistor and microprocessor technology to provide an alarm when the rate of rise in temperature exceeds 10°C/ minute (typical) or if the temperature exceeds a threshold of 58°C (Response Class A1R). With the implementation of the Advanced Protocol, any model can be software configured to be either a fixed 58°, a fixed 78° unit or a 58° with rate of rise device. For backwards compatibility and approval continuity, three separate versions continue to be available as separate part numbers

• DIN rail mounting option • Surface mounting option • Plug in connectors • Tri-colour LED status indication • Address selector switches visible in 2 planes • LED status visible in 2 planes • Approved to GEA GEI 1-082 and CEA GEI 1-084

The MI-DCMO uses a unique mechanical design allowing each module to be mounted either in a wall box (M200-SMB) or on a DIN rail (using M200-DIN). Irrespective of the mounting method chosen, the address switch is both visible and accessible for selection. To help engineers in the maintenance and fault finding process, both the LEDs and the address switches can be viewed without having to remove the cover of the mounting box. The LEDs, being multi colour, provide diagnostic information regarding the status of the output. For ease of installation, testing and maintenance, the field wiring terminals are of a plug in design.