Honeywell Morley HM MCP GLASS addressable manual call point with red housing and break glass element

Honeywell Morley HM MCP GLASS Addressable Call Point, Flush Mounting, Glass

KTI07001001MCPH

Product Description

The Honeywell Morley HM-MCP-GLASS is an analogue addressable break-glass manual call point engineered for intelligent fire alarm loops in commercial and industrial installations.

Make: Honeywell
Model: HM-MCP-GLASS
Device Type: Addressable break-glass manual call point
Operating Voltage: 15 V DC to 32 V DC loop power
Quiescent Current: 80 µA at 24 V DC (no communications)
Alarm Current: 130 µA at 24 V DC (with communications)
Addressing: Rear rotary decade switches
Mounting: Semi-flush mounting on standard electrical back box
Enclosure Material: PC/ABS flame-retardant thermoplastic
Ingress Protection: IP24D
Operating Temperature: -10°C to 55°C
Operating Humidity: 10% to 93% RH (non-condensing)
System Compatibility: Morley-IAS fire alarm control panels (ZX, DXc, STX series)
Standards: EN 54-11

KTI07001001MCPH

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Product Details
Available Brands	Honeywell
Unit	Numbers
HSN Code	85311020
Weight	0.13 kg
Dimension	L 9.3 x W 8.9 x H 2.75 cm cm ft in m
Warranty	12 Months Warranty
Tags/categories	Safety Fire Safety Solutions Fire Alarm System

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About this product .

The Honeywell Morley HM-MCP-GLASS is an analogue addressable manual call point designed to interface directly with Morley-IAS intelligent fire alarm control panels. Built inside a durable PC/ABS flame-retardant thermoplastic housing finished in flame red (RAL 3001), the call point provides immediate manual actuation during emergency fire events.
The unit features a frangible break-glass operating face. In the event of manual activation, pushing the glass element releases an internal microswitch, triggering an instantaneous interrupt condition across the addressable signaling loop to notify the control panel and building occupants without delay.
Powered directly from the signaling line circuit across a 15 V DC to 32 V DC operating range, the call point maintains an ultra-low standby quiescent current draw of 80 µA at 24 V DC. When polled, an integral bi-colour red LED blinks to confirm healthy panel communication, switching to continuous red illumination when the device is actuated.
System addressing is configured via simple rear rotary decade switches, allowing technicians to assign loop addresses directly without requiring specialized programming consoles. The unit incorporates a unique plug-and-play removable terminal block that enables loop pre-wiring and continuity testing before the call point body is snapped into position.
Routine maintenance and verification are straightforward. Field technicians can carry out full functional testing using a specialized double-pronged test key inserted into the bottom aperture, which safely drops the internal carriage and trips the microswitch without breaking the frangible glass element.
The HM-MCP-GLASS is compliant with EN 54-11 standards and carries an IP24D enclosure rating. It is suited for semi-flush mounting along escape routes, corridors, and exit portals across commercial complexes, manufacturing plants, educational institutions, and healthcare facilities.

Product Information .

Worship Places Industries, Factories Hospitals, Clinics Shopping Malls, Showrooms Government Buildings, Offices Banks Refineries Chemical Plants Defense Sectors Power Plants Auditorium Conference Hall Emergency Services Construction Sites

Control Panel, Loop, and Mounting Compatibility

The Honeywell Morley-IAS HM-MCP-GLASS (also catalogued under HM-MCP-GLASS-AP and MOFHMMCPGLASS) is an analogue addressable manual call point engineered specifically for integration into Honeywell Morley-IAS intelligent fire detection networks. To assist system integrators, electrical contractors, and commissioning engineers, the compatibility parameters across control panels, electrical loops, addressing schemes, and backbox infrastructure are outlined below.

Fire Alarm Control Panel Compatibility

The HM-MCP-GLASS communicates over proprietary analogue addressable signaling loops directly supported by Honeywell Morley-IAS intelligent fire alarm control panels (FACP). Verified panel families include:

Morley-IAS ZX Series: ZX1e, ZX2e, and ZX5e intelligent multi-protocol control panels.
Morley-IAS DXc Series: DXc1, DXc2, and DXc4 compact networkable addressable panels.
Morley-IAS STX Series: STX addressable fire alarm control systems.

When connected to a compatible Morley-IAS panel, the device supports bidirectional protocol signaling. The integrated front-facing LED provides real-time status reporting driven directly by the panel's polling routine: blinking red during normal cyclic polling and illuminating steady red upon manual alarm actuation.

Electrical Loop and Power Characteristics

The call point derives operating power directly from the analogue addressable signaling line circuit (SLC), requiring no auxiliary power supplies. Engineers calculating loop loading and battery standby capacity should apply the following operating parameters:

Parameter	Specification Value
Loop Operating Voltage Range	15 V DC to 32 V DC maximum
Quiescent Current (No Communications)	80 µA at 24 V DC
Alarm Current (With Communications)	130 µA at 24 V DC

Field wiring integrates via a removable plug-and-play terminal block. This architecture enables loop pre-wiring, conductor isolation, and full loop continuity testing before the sensitive electronic call point module is plugged into place.

Addressing Architecture

Address setting is completed prior to physical installation using integrated rotary decade switches situated on the rear assembly of the device. This hardware-based addressing protocol eliminates the requirement for external handheld programmers and ensures direct parameter assignment within the Morley-IAS loop configuration.

Mechanical Back Box and Mounting Hardware

The call point housing, molded from flame-red (RAL 3001) PC/ABS thermoplastic, supports two distinct physical mounting arrangements:

Semi-Flush Mounting: Compatible with standard single-gang electrical flush back boxes. In this configuration, dimensions are 89 mm (W) x 93 mm (H) x 27.5 mm (D), with an assembled weight of 110 g to 130 g.
Surface Mounting: Mounts to a matching red surface-mount back box. In this configuration, dimensions are 89 mm (W) x 93 mm (H) x 59.5 mm (D), with an assembled weight of 180 g.

Environmental and Regulatory System Alignment

The unit conforms fully to European standard EN 54-11 for type A manual call points in fire detection and fire alarm systems. With an enclosure ingress protection index of IP24D, an operational temperature range of -10°C to 55°C, and relative humidity tolerance from 10% to 93% (non-condensing), the HM-MCP-GLASS is engineered for indoor escape routes, corridors, and industrial access portals.

Installation Guidelines and Wiring Procedures for Morley-IAS HM-MCP-GLASS

The Honeywell Morley-IAS HM-MCP-GLASS (also catalogued under HM-MCP-GLASS-AP and MOFHMMCPGLASS) analogue addressable manual call point is engineered with a plug-and-play architecture to streamline field deployment on intelligent fire alarm signaling loops. Proper installation requires adherence to physical mounting specifications, correct loop addressing via onboard decade switches, and electrical interconnection with compatible Morley-IAS fire alarm control panels (including ZX, DXc, and STX series).

Pre-Installation Site Requirements

Ensure the installation location meets the environmental operating limits of -10°C to 55°C and relative humidity levels between 10% and 93% non-condensing. The enclosure provides an ingress protection rating of IP24D, designed for indoor facility placement along escape routes, emergency exits, and designated fire call stations. The unit requires 15 V DC to 32 V DC operating voltage supplied directly from the analogue addressable loop communication circuit.

Loop Addressing via Rotary Switches

Before mechanically mounting the unit, the device address must be configured using the rotary decade switches located on the rear of the call point body. Each call point on the loop must possess a distinct address mapped in the fire alarm panel configuration. Turn the rotary decade dials using a standard flat-head adjustment screwdriver to align the unit to its assigned loop address number.

Mounting Configurations

The call point supports two mechanical mounting configurations depending on conduit layout and architectural specifications:

Semi-Flush Mounting: Installs directly onto a standard single-gang electrical enclosure. Overall semi-flush dimensions are 89 mm (W) x 93 mm (H) x 27.5 mm (D) with an installed assembly weight of approximately 110 g to 130 g.
Surface Mounting: Requires a compatible flame-red (RAL 3001) surface back box. Overall surface-mounted dimensions are 89 mm (W) x 93 mm (H) x 59.5 mm (D), with an assembled weight of 180 g.

Plug-and-Play Field Wiring Steps

The unit features a removable terminal block mechanism designed to facilitate continuity and insulation testing before the delicate electronics and frangible break-glass assembly are connected:

Step 1: Route the addressable loop wiring into the back box using appropriate conduit entries. Strip wire ends according to standard low-voltage signalling practices.
Step 2: Connect the incoming and outgoing loop conductors into the removable terminal connector block. Verify line polarity and test the loop circuit for continuity, grounds, and faults prior to seating the electronics.
Step 3: Insert the pre-wired terminal connector block firmly into the designated socket at the rear of the call point housing.
Step 4: Align the PC/ABS call point body over the back box and tighten the retaining screws to secure the housing firmly against the wall or back box face.

Commissioning and Functional Testing

Once loop power (15 V DC to 32 V DC) is applied from the Morley-IAS control panel, verify that the integral LED indicator displays a brief blinking red status, confirming active polling communication over the loop. In quiescent standby, current consumption is 80 µA at 24 V DC (no communications), rising to 130 µA at 24 V DC under communication.

Execute an initial functional test without shattering the frangible break-glass element: insert the specialized double-pronged test key into the aperture at the bottom of the unit. Pushing the key upward drops the internal glass carriage, releasing the operating microswitch. Confirm that the LED turns to continuous red and that the panel latches an active manual call point fire alarm. Remove the test key to re-engage the microswitch and reset the fire alarm control panel.

Maintenance, Inspection, and Testing Guidelines

Routine Functional Testing Procedures

Periodic operational testing of the Honeywell Morley-IAS HM-MCP-GLASS analogue addressable manual call point is essential to verify loop signaling integrity and system responsiveness in compliance with EN 54-11 requirements. Facility maintenance personnel can execute non-destructive functional tests without shattering the frangible break-glass element.

To perform a routine functional test, insert the specialized double-pronged test key into the dedicated aperture located at the bottom of the PC/ABS enclosure. Pushing the key firmly inward lowers the internal glass carriage mechanism, releasing the internal microswitch. Upon microswitch release, verify that the integral red LED shifts from its intermittent polling flash to a steady, continuous red illumination. Confirm that the interconnected Morley-IAS intelligent fire alarm control panel registers the correct device address, displays an active fire condition, and latches the reporting zone.

Withdraw the test key downward after verification to return the internal carriage and frangible glass element to the normal operational position. Reset the Morley-IAS fire alarm control panel to clear the latching alarm state and confirm that the call point LED returns to its standard blinking polling mode.

Post-Actuation Glass Element Replacement

When the manual call point is activated during an emergency event, the frangible break-glass element fractures to release the internal microswitch. Restoring the unit to active service requires immediate replacement of the broken glass component.

Safety Isolation: Notify facility safety managers and place the affected fire loop into walk-test or service mode at the Morley-IAS panel to prevent unintended site-wide evacuation signaling during restoration.
Carriage Access: Insert the operating tool or maintenance key into the base of the call point to disengage the lower retaining bezel of the flame-red (RAL 3001) housing.
Glass Removal: Carefully extract residual fragments of the fractured frangible glass element from the interior carriage, taking care not to damage the spring-loaded microswitch mechanism or internal gasket seals.
Element Insertion: Position an approved replacement frangible glass panel into the internal retention slots.
Assembly Closure: Slide the carriage assembly back into position until it clicks securely into place, applying seating pressure against the internal microswitch.
Panel Restoration: Reset the Morley-IAS control panel, verify quiescent loop polling via the intermittent red LED pulse, and return the detection zone to online supervisory status.

Electrical Loop and Address Servicing

The HM-MCP-GLASS incorporates a plug-and-play removable terminal block that simplifies routine electrical troubleshooting, loop continuity checking, and unit replacement. Technicians can disconnect the terminal block from the rear chassis without dismantling the incoming and outgoing field wiring.

Operational Parameter	Specified Value	Maintenance Check Criteria
Loop Operating Voltage	15 V DC to 32 V DC	Measure across loop input terminals during quiescent panel operation
Quiescent Current Consumption	80 µA at 24 V DC (no comms)	Verify nominal current draw per device during loop power diagnostics
Active Alarm Current	130 µA at 24 V DC (with comms)	Monitor loop load during active actuation state
Decade Address Configuration	01 to 99 / 159 (per protocol)	Inspect rear rotary decade switches to verify assigned panel address matching site drawings
Ingress Protection Rating	IP24D	Inspect housing seams, cable gland seals, and back-box mounting fit

Environmental and Enclosure Inspection

Conduct visual inspections on a regular maintenance schedule to verify the structural integrity of the PC/ABS thermoplastic housing. Confirm that the flame-red RAL 3001 finish remains clean, clearly visible, and unobstructed by architectural fixtures, equipment, or signage along primary egress paths.

Verify that site operating conditions remain within the specified operational envelope of -10°C to 55°C and 10% to 93% non-condensing relative humidity. For surface-mounted units (89 mm W x 93 mm H x 59.5 mm D) and semi-flush configurations (89 mm W x 93 mm H x 27.5 mm D), ensure that mounting screws remain torqued securely to the back box to maintain the IP24D mechanical enclosure rating against particulate and moisture ingress. Wipe the exterior housing surfaces using a dry or lightly dampened non-abrasive lint-free cloth, avoiding solvents or chemical cleaners that could degrade the PC/ABS plastic or obscure the break-glass faceplate.

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