Honeywell HM MCP GLASS AP addressable red break-glass manual call point

Honeywell HM MCP GLASS AP Addressable Manual Call Point

KTI0700100HP720

Product Description

The Honeywell HM-MCP-GLASS-AP is an analogue addressable break-glass manual call point designed to provide a manual alarm initiating interface for Morley-IAS fire alarm control panels.

Make: Honeywell
Model: HM-MCP-GLASS-AP
Type: Addressable Break-Glass Manual Call Point
Operating Voltage: 15V to 32V DC
Current Consumption: Quiescent 80 µA at 24V (no communications); Alarm 130 µA at 24V (with communications)
Ingress Protection: IP24D
Housing Material & Finish: PC/ABS engineering thermoplastic in Red (RAL 3001)
Addressing: Rear rotary decade switch
Mounting & Dimensions: Semi-flush (89 mm W x 93 mm H x 27.5 mm D) or surface mounting with MUS041W back box (89 mm W x 93 mm H x 59.5 mm D)
Status Indication: Bi-state panel-controlled red LED (blinking during polling, steady continuous upon fire alarm)
Functional Testing: Bottom test key slot enables full operational test without breaking glass
Standards: Fully compliant with EN54, Part 11 (Approval ref 567av/08)

KTI0700100HP720

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Product Details
Available Brands	Honeywell
Unit	Numbers
HSN Code	85311020
Weight	0.13 kg
Dimension	L 2.75 x W 8.9 x H 9.3 cm cm ft in m
Warranty	Not Applicable
Tags/categories	Safety Fire Safety Solutions Fire Alarm System Addressable Fire Alarm System

Usually dispatched within 5 days

About this product .

The Honeywell HM-MCP-GLASS-AP manual call point is housed in durable PC/ABS engineering thermoplastic with an industry-standard red finish (RAL 3001). Engineered for commercial and industrial fire alarm systems, it provides a highly visible and intuitive break-glass manual initiation point.
Operating across an addressable loop voltage range of 15V to 32V DC, the call point maintains an ultra-low quiescent current consumption of 80 µA at 24V DC when idle and 130 µA during alarm communication. The device interfaces seamlessly over analogue addressable loops with Morley-IAS fire alarm control panels.
Addressing is established directly via an onboard rotary decade switch located at the rear of the device, eliminating the need for specialized electronic hand-held programmers. Installation is accelerated by Honeywell's unique plug-and-play wiring termination design.
System status is monitored continuously via an integrated panel-controlled status LED. The LED blinks red each time the manual call point is polled by the Morley-IAS fire control panel and illuminates steady red to provide instant visual indication of an active alarm condition.
Routine periodic maintenance and testing are performed without damaging the frangible element by inserting the SC070 specialist test key into the bottom slot. This action lowers the glass and releases the internal micro-switch to execute a complete functional test.
The unit features an ingress protection rating of IP24D and operates in ambient temperature environments from -10°C to 55°C with non-condensing relative humidity between 10% and 93%. It accommodates semi-flush mounting or surface installation using the optional MUS041W back box, and supports resettable elements (PS230) and replacement glass (MUS155).
The HM-MCP-GLASS-AP is fully compliant with EN54, Part 11 standards for manual call points and holds approval reference 567av/08, ensuring compliance with commercial fire safety building codes.

Product Information .

Hospitals, Clinics Shopping Malls, Showrooms Government Buildings, Offices Banks Airports Railways, Bus Stations Conference Rooms Auditorium Conference Hall Production Floors Construction Sites

System Interoperability & Hardware Compatibility

The Morley-IAS HM-MCP-GLASS-AP addressable manual call point is engineered specifically for seamless communication within Morley-IAS addressable fire detection loops. Operating on an analogue addressable communications protocol, the device delivers precise location signaling and immediate manual alarm generation to Morley-IAS fire alarm control panels. The internal architecture provides verified backward compatibility across existing Morley-IAS addressable systems, allowing systems integrators and facility engineers to deploy the unit in legacy installations as well as modern network extensions without protocol translation hardware.

Loop Signaling and Electrical Compatibility

The unit receives operating power directly from the addressable signaling line circuit (SLC) and operates across an input voltage window of 15V to 32V DC maximum. Designed for low loop loading, the call point draws a quiescent current of 80 µA at 24V DC when idle (without communications) and consumes 130 µA at 24V DC during an active alarm condition with ongoing communications. Loop engineers can accurately budget current draw across heavily populated loops while maintaining rapid panel polling cycles.

Panel-to-device communication is confirmed at the device faceplate through an integral light-emitting diode (LED). The LED is driven directly by the fire alarm control panel logic: it produces a periodic blinking red pulse each time the device is successfully polled over the loop, and shifts to a continuous, steady red illumination when the manual call point is triggered into an active fire alarm condition.

Loop Addressing Architecture

Addressing the HM-MCP-GLASS-AP requires no complex electronic programmers or software routines. The call point features a dedicated rotary decade switch positioned directly on the rear of the device assembly. Technicians configure unique loop decimal addresses mechanically before terminal block insertion, facilitating straightforward verification, maintenance checks, and rapid replacement in the field.

Mounting Hardware & Enclosure Matching

The call point supports both flush and surface mounting environments using standardized mechanical interfaces:

Semi-Flush Mounting: Installs into compatible back boxes with finished external dimensions of 89 mm (W) x 93 mm (H) x 27.5 mm (D) and an installed weight of 130 g.
Surface Mounting: Mounts via the dedicated MUS041W manual call point back box, resulting in external dimensions of 89 mm (W) x 93 mm (H) x 59.5 mm (D) and a total weight of 180 g.
Wiring Concept: Employs an integrated 'Plug & Play' installation concept that decouples initial electrical wiring terminations from final head assembly fitting.

Replacement Elements and Testing Accessories

Field maintenance, routine regulatory testing, and call-point reset procedures are supported through dedicated manufacturer accessories:

Part Code	Item Description	Packaging Configuration
MUS155	Standard break-glass replacement elements	Pack of 5 units
PS230	Flexible resettable operational elements	Pack of 10 units
SC070	Specialist manual call point test keys	Pack of 10 units
MUS041W	Surface mounting call point back box	Single unit

Routine functional audits are conducted without breaking the glass element by inserting the SC070 test key into the base opening of the call point. This mechanical action lowers the glass carriage and releases the internal micro-switch to simulate an active pull condition across the Morley-IAS addressable loop.

Honeywell Morley-IAS HM-MCP-GLASS-AP Installation & Commissioning Guide

The Honeywell Morley-IAS HM-MCP-GLASS-AP addressable break-glass manual call point utilizes a dedicated 'Plug & Play' installation concept engineered to expedite physical field mounting and simplify termination on analogue addressable loop circuits. Molded from PC/ABS engineering thermoplastic finished in Red (RAL 3001), the unit provides a standardized manual alarm initiation point for compatible Morley-IAS fire alarm control panels.

Mounting Dimensions & Back Box Configurations

The call point accommodates two distinct physical deployment configurations depending on site containment and surface pathways:

Semi-Flush Mounting: Configured for semi-flush recessing into standard electrical conduit boxes, the unit presents dimensions of 89 mm (W) x 93 mm (H) x 27.5 mm (D) with a net weight of 130 g.
Surface Mounting: For surface-mounted cable installations, the unit couples directly to the dedicated MUS041W manual call point back box. When mounted with this back box, external dimensions measure 89 mm (W) x 93 mm (H) x 59.5 mm (D) with a total assembled weight of 180 g.

Installers must verify that the selected mounting location conforms to the device's operational environment limits: an ambient temperature range of -10°C to 55°C and relative humidity levels between 10% and 93% (non-condensing). The installed assembly provides an IP24D ingress protection rating.

Decade Rotary Address Setting

Loop addressing is implemented mechanically prior to securing the call point into its back box:

Device addressing is configured via a rotary decade switch positioned directly on the rear of the HM-MCP-GLASS-AP housing.
Using the rotary dials, set the designated decimal address allocated on the Morley-IAS signaling loop schedule.
The physical rotary switch mechanism ensures clear visual verification of assigned loop addresses prior to final panel commissioning without requiring electronic handheld programming tools.

Electrical Loop Connections & Limits

The call point draws power directly from the Morley-IAS analogue addressable loop. Field cabling must verify adherence to the following electrical operating thresholds:

Operating Voltage Range: 15V to 32V DC maximum.
Quiescent Current Consumption: 80 µA at 24V DC under normal standby conditions (no communications).
Alarm Current Consumption: 130 µA at 24V DC during active communications.

Testing, Commissioning & Element Servicing

Full functional verification can be achieved without destroying the operating element, fulfilling European standard EN54 Part 11 requirements (approval mark 567av/08):

To test the mechanism, insert the specialist SC070 test key into the access slot at the bottom of the unit. Pushing the key upward mechanically lowers the glass assembly and releases the internal micro-switch, driving an immediate manual fire condition to the Morley-IAS panel.

Loop polling and activation status are confirmed by observing the integrated front-facing LED: during routine standby polling, the LED displays a blinking RED pulse driven by the fire panel; upon activation or test actuation, the LED transitions to a continuous steady RED indication.

After testing, withdraw the SC070 key to reseat the glass assembly and reset the panel. If the standard break glass element is broken during emergency operation, replace it using authentic MUS155 replacement glass elements. For high-traffic or frequent-test applications, the device also accepts field retrofitting with PS230 resettable operating elements.

Maintenance, Functional Testing, and Component Servicing

Non-Destructive Periodic Testing via SC070 Test Key

Routine regulatory inspection of the Morley-IAS HM-MCP-GLASS-AP addressable manual call point is conducted without fracturing the operative break-glass element. Maintenance personnel insert the dedicated SC070 specialist test key (supplied in packs of ten) directly into the aperture located at the bottom of the device housing. Inserting the key mechanically drops the internal glass retention carriage, releasing the internal micro-switch mechanism.

This action simulates an authentic manual activation, driving an immediate alarm condition across the Morley-IAS analogue addressable loop. Once transmission and panel response are confirmed, removing the SC070 test key automatically resets the internal micro-switch and repositions the glass carriage back to its standby position, eliminating downtime and unnecessary component waste during scheduled building safety audits.

Loop Diagnostics and Panel-Controlled LED Status Monitoring

Technicians can diagnose communication health directly at the device faceplate via the integral status LED, which is actively governed by the Morley-IAS fire alarm control panel:

Normal Polling: The red LED blinks intermittently each time the fire alarm panel interrogates the addressable call point over the communication bus.
Alarm State: Upon micro-switch release (via key test or physical glass break), the LED illuminates continuous, steady red to signal an active fire alarm condition.
Current Consumption Verification: During loop electrical audits, technicians should measure an operating quiescent current of 80 µA at 24V DC (without communications active) and an alarm current draw of 130 µA at 24V DC (with active communications), operating within the allowable 15V to 32V DC supply voltage window.

Element Replacement: Glass (MUS155) and Resettable (PS230)

When the HM-MCP-GLASS-AP has undergone physical activation during an emergency event, the front break-glass element must be replaced to clear the panel latch and return the device to operational readiness. Replacement glass is available under manufacturer part code MUS155, supplied in packs of five glass elements.

For installations requiring a reusable operational surface, facilities may retrofit the call point with the PS230 flexible resettable element (supplied in packs of ten). The modular 'Plug & Play' assembly allows maintenance teams to access the front element retaining bezel quickly. During any front-cover disassembly or element swap, ensure the rotary decade switches on the rear of the unit remain set to their designated loop address before resealing.

Enclosure Inspection and Maintenance Parts Reference

The HM-MCP-GLASS-AP is constructed from durable PC/ABS engineering thermoplastic finished in RAL 3001 Red. Routine maintenance schedules should include a visual inspection of the housing to confirm enclosure integrity and ensure that the IP24D environmental seal is uncompromised across its -10°C to 55°C operating temperature and 10% to 93% non-condensing relative humidity rating.

Part Code	Description	Packaging Unit
SC070	Specialist call point test key	Pack of 10
MUS155	Replacement break-glass elements	Pack of 5
PS230	Non-breaking resettable operating elements	Pack of 10
MUS041W	Surface mount call point back box	Single unit

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