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AAMCPT AAMCPT
Pertronic Industries’ Analogue Addressable Manual Call Point has been designed to provide customers with an innovative cost effective easy to test solution for MCP installations. Pertronic Industries has combined proven design techniques with the latest technology to provide a highly reliable analogue addressable MCP.

AAMCP-TWP AAMCP-TWP-MK2
Pertronic Industries' Weatherproof Manual Call Point has been designed to provide customers with an innovative, cost effective, easy to test, solution for MCP installations that require weatherproof (IP65 rating).

AAMCP AAMCP
Analogue Addressable Manual Call Point is a high-reliability fire alarm activation device. Features include “Snapglaze” frangible element for improved user safety.

AAMCP-E AAMCPT-E
Pertronic Industries' Euro Style Analogue Addressable Manual Call-Point is a highly reliable Fire Alarm manual activation device with a compact, aesthetically pleasing, low-profile European style enclosure.

AAMCP-TWP AAMCP-TWP Discontined product
Pertronic Industries' Weatherproof Manual Call Point has been designed to provide customers with an innovative, cost effective, easy to test, solution for MCP installations that require weatherproof (IP54 rating).

M500MB M500M
M500MB Monitor Module is designed to interface to contact devices such as security contacts, water flow switches, manual call points etc.

M500S M500S
M500S Supervised Control Module provides supervised monitoring of wiring to load devices that require an external power supply to operate, such as sounders,strobes,bells,etc.

M500R M500R
M500R Relay Control Module provides two sets of voltage free changeover relay contacts for interfacing with output devices where supervision of the cabling is not required, such as mechanical services, door holders etc.

M500CH M500CH (Discontinued product)
M500CH Control Module provides supervised monitoring of wiring to load devices that require an external power supply to operate, such as horns,strobes,bells,etc.

M500X M500X
M500X Isolator Module is an automatic switch that opens when the loop voltage drops below four volts. Isolator modules should be spaced between groups of sensors or modules in a loop to protect the rest of the loop.

PMB125 PMB125
The PMB125 is used to surface mount analoge addressable modules. The Pertronic PSTIF Strobe Interface and AAFCRLY Fan Control Relay also can be mounted into this mounting box with the PMB125LID lid.

M201E-240 M201E-240
The M201E 240 is a loop-powered device controlling an unsupervised double pole (one normally open, one normally closed) output suitable for managing 240VAC loads. The output relay is a bistable device, latching in the on or off state on command from the control panel. The module is supplied in a wall mounting box as standard with a grounding terminal provided. Valid addresses on F100A and F120A are 0 to 99.

M220E M220E
The M220E is a dual channel input module used for the monitoring of normally open contact fire alarm and supervisory devices. Valid addresses on F100A and F120A are 0 to 99.

M221E M221E
The M221E is a dual input single output module used for the monitoring of normally open contact fire alarm and supervisory devices. It also provides a single pole changeover contacts for the control of auxiliary devices such as fire shutters. Valid addresses on F100A and F120A are 0 to 99.

M200E-SMB M220E-SMB
The M220E-SMB is a analogue addressable euro module surface mount box.

M500DMR M500DMR
The M500DMR is a dual input dual output module used for the monitoring of normally open contact fire alarm and supervisory devices. It also provides two single pole changeover contacts for the control of auxiliary devices such as fire shutters.

M501M M501M
M501M Mini-Monitor Module is designed to interface to contact devices, such as security contacts, water flow switches, manual call points etc.

M503ME M503ME (Discontinued product)
M503ME Micro Module provides a two wire initiating circuit for normally open contact fire alarm and supervisory devices. A circuit may be monitored for open-circuit and short-circuit faults. An LED indicator output drive is provided to allow visual monitoring of the module's operating condition.

ISO524-1 ISO524-1
The System Sensor ISO524-1 short circuit isolator is designed for use with all 200, 500 and 700 series of analogue addressable detectors and modules. They prevent an entire communications loop from being disabled when a short circuit occurs.

Isolate Timer Module ITM
Pertronic Industries' Isolate Timer Module provides a countdown timer for isolating a zone for a pre-determined period. It may be used to isolate devices in a particular zone, when work that is being performed may cause an alarm activation.

Apartment Module Apartment Module AMH-3 Apartment Module with Integral Hush Button
AM-3 Apartment Module : Non-Hush
AMRH Remote Hush Unit for AM-3, AMH-3, & Special Products
Pertronic Industries' Analogue Apartment Module reduces the complexity of a ‘Type 5’ Fire system by combining all of the components required into one compact product.

F100LR F100LR-3
Pertronic Industries' Loop Responders extends the F120 & F100 analogue addressable automatic fire systems by allowing conventional detectors circuits to be used on the system.

F100ZIPB
The Pertronic 8-Way Responder Input Isolator board consists of 8 Isolated Interface Circuits to provide isolated inputs to a Pertronic Loop Responder.

F100LRU F100LRU
Pertronic Industries' Loop Relays extends the F120 & F100 analogue addressable automatic fire alarm systems by allowing relays to be controlled and operated from an analogue loop.

F100PFCU F100PFCU
Pertronic Industries' Fan Controllers is used by Pertronic addressable fire alarm systems to monitor and control the fans used for clean air and smoke exhaust systems within buildings.

New
ARCSI-MM
ARCSI-MM
The Pertronic Solenoid Interface Module Monitored (ARCSI-MM) allows analogue addressable control modules to monitor and activate a wide range of solenoids. The Solenoid Interface provides an end-of-line resistance which allows System Sensor modules such as the M500S or SC-6 to correctly indentify open circuit fault conditions. If the solenoid is disconnected, or if the wiring breaks, the module will report a defect to the fire alarm panel.

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