Search for:
MI-HTSE-S2-IV
MI-HTSE-S2-IV
78°C Thermal Sensor
MI-HTSE-S2-IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to faultin high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers improved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI-LPB2-S2I
MI-LPB2-S2I
PRODUCT HEADER
MI-LPB2-S2I

The MI-LPB2 is an addressable reflector- type linear optical beam smoke detector, designed to operate as a component of an intelligent fire alarm system. It operates primarily on the principle of light obscuration utilising an Infra-Red beam. Optical beam smoke detectors are particularly appropriate for protecting buildings with large open spaces such as warehouses, atriums etc.

The MI-LPB2 detector is a combined transmitter/receiver unit that can be directly connected to an analogue loop circuit. The Infra-Red transmitter generates a beam of light towards a high efficiency reflector. The reflector returns the beam to the receiver where an analysis of the received signal is made. The change in the strength of the received signal is used to determine the alarm condition.

Alignment of the detector is simplified with the aid of the detector’s “gunsight” targeting device. Alignment of the detector with the reflector can then be “fine tuned” with the aid of a numerical signal strength indicator.

The sensitivity of the detector can be set to between 25% and 50% obscuration, providing application
flexibility to suit the environment in which the detector will be installed. In addition to the four fixed value alarm thresholds, there are two variable thresholds that automatically compensate for changes in the environment which could otherwise result in unwanted alarms while remaining within a known sensitivity range.

The detector incorporates automatic drift compensation, whereby the detector will adjust its detection thresholds in line with any long term signal reduction of the beam caused by contamination of the optical surface.

The detector can be adjusted up to 10° vertically and horizontally for alignment. Where greater angular
adjustment is required, the multi-mount accessory enables the detector to move through 28° vertically and 360° horizontally when ceiling mounted or up to 23° vertically and 90° horizontally when wall mounted.

FEATURES
  • Combined transmitter and receiver unit
  • Range 10-100 metres
  • 4 x fixed sensitivity/threshold levels
  • 2 x automatic variable sensitivity modes
  • Operates in the Infra-Red light spectrum
  • Numerical indicators to aid beam alignment
  • Standby, fault and alarm LED indicators visible from the front and bottom
  • ±10° horizontal and vertical beam alignment
  • Automatic drift compensation
  • Loop powered
  • Complies to EN54-12
  • Extended Warranty

MI-PTIR-S2I-IV
MI-PTIR-S2I-IV
Smoke/Thermal/IR Sensor with Isolator
MI-PTIR-S2I-IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI-PTIR-S2-IV
MI-PTIR-S2-IV
Smoke/Thermal/IR Sensor
MI-PTIR-S2-IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI/RHSE/S2I/IV
Rate of Rise Thermal Sensor with Isolator
MI/RHSE/S2I/IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI/RHSE/S2/IV
Rate of Rise Thermal Sensor
MI/RHSE/S2/IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI/PSE/S2I/IV
Smoke Sensor with Isolator
MI/PSE/S2I/IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI/FHSE/S2/IV
58°C Thermal Sensor
MI/FHSE/S2/IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

MI/PSE/S2/IV
Smoke Sensor
MI/PSE/S2/IV

S200A incorporates major hardware and software technology driven developments. A completely new optical chamber design is proven in extensive testing to be more efficient, less liable to is proven in extensive testing to be more efficient, less liable to false alarm due to dust and insects and less susceptible to fault in high air velocities or back pressure. Extensive hydrodynamic modelling has confirmed the greater efficiency of the new chamber and housing shape combination. Large-scale integration of the all-new electronics, through the fully automated surface mount PCB assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers
i.mproved quality and reliability

All S200A detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards c. ompatible with existing devices.

FEATURES
  • Available with or without short circuit isolation
  • Isolator per device allowsfaster, more precise fault finding
  • Rotary decade address switches
  • Ivory colour to harmonise with the modern built environment
  • 100% mechanical and electrical backwards compatibility
  • New base design to complement the detector and ease installation and wiring

HM/PTSE
HM/PTSE
OPTICAL-THERMAL SMOKE DETECTOR
HM/PTSE

Honeywell Morley-IAS HM Series detectors incorporate modern hardware and software technology driven developments. An advanced optical chamber design is proven in extensive testing to be more efficient, less
liable to false alarm from dust and insects and less susceptible to fault in high air velocities or back pressure.

Extensive hydrodynamic modelling has confirmed the greater efficiency of the chamber and housing shape combination. Large-scale integration of the electronics, through the fully automated surface mount PCB
assembly, coupled with in-line testing through the manufacturing process, laser PCB cutting along with a completely new compound of plastic offers improved quality and reliability.

All detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs.

Product Range
The family consists of four detection devices: two heat detectors (58° and a rate of rise), an optical smoke, and a photo-thermal multi-sensor. The detector base makes the installation process easy and quick.
These sensors are designed for open area protection and must only be connected to fire alarm panels that use a compatible proprietary communication protocol for monitoring and control (DXc panels R7, 8, 9).

Specifications: Optical Smoke / Thermal Multi-Criteria Fire Detectors
The optical-thermal sensor uses thermal assistance to the core photoelectric smoke detector to give enhanced false alarm immunity and faster response to a wide range of incipient fires. The plug-in unit combines two separate sensing elements that are managed by embedded software to act as a single unit.

The optical-thermal detector conforms to EN54-7, a 58°C fixed temperature and rate of rise thermal assistance conforming to EN54-5. The thermal detection function combines thermistor technology with a software corrected linear temperature response. In areas where the normal daytime activities may potentially create unwanted alarms, the detector can be programmed to operate in a “heat only” mode, automatically reverting to full photo-thermal operation during unoccupied periods.

The sensing elements of the HM-PTSE optical-thermal detector are adjustable so the sensitivity thresholds of each element can be changed by the panel offering the ability to customise the device for the changing use of the area it is protecting. The detector has two integral red LEDs that provide 360° local visual indication of the device status.

FEATURES
  • Rotary decade address switches
  • Aesthetic design to harmonise with the modern built environment
  • Base complements the detector and is easy to installe and wire
  • Genuine and fast response
  • Advanced protocol and smoothing filter to suppress false alarm
  • Easy to maintain (washable filter)
  • Analog addressable communication
  • Enhanced smoke chamber design to reduce false alarms by dust or contamination
  • Dual integrated LED for 360° visibility
  • LPCB approved
  • Conforms to EN54-7/ EN54-5 and EN54-29
  • Environment friendly – meets RoHS legislative requirements
  • For DXc fire alarm panels R7, 8, 9