Honeywell HM PSE AP addressable photoelectric smoke detector in white finish

Honeywell HM PSE AP Addressable Smoke Detector

KTI00700100HMPS

Product Description

The Honeywell HM-PSE-AP is an analog addressable photoelectric smoke detector designed for precise point detection and rapid response across commercial and industrial fire alarm networks.

Make / Brand: Honeywell
Model: HM-PSE-AP
Detection Technology: Optical chamber with aerodynamic sampling and insect-resistant mesh
Operating Voltage: 15 to 32 VDC peak
Current Consumption: 260 µA standby (24 VDC, no communication); 310 µA (24 VDC, LED blink every 5 s)
Addressing: Dual rotary decade decimal switches (address range 01 to 159)
Remote Output: 22.5 VDC at 24 VDC (10.8 mA rating)
Visual Indication: Dual integrated status LEDs offering 360-degree visibility
Operating Temperature: -30°C to +70°C
Humidity Range: 10% to 93% RH (non-condensing)
Terminal Wire Gauge: Accepts cross-sections up to 2.5 mm²
Base Compatibility: B501AP series detector bases
Standard Compliance: Conforms to EN 54-7

KTI00700100HMPS

Price

₹ 2,011.50 excl. GST

+ 18.00% GST. Freight after pincode at cart.

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Product Details
Available Brands	Honeywell
Unit	Numbers
HSN Code	85311000
Weight	0.097 kg
Dimension	L 10.2 x W 10.2 x H 5.2 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Tags/categories	Safety Fire Safety Solutions Smoke Detector

Usually dispatched within 8 days

About this product .

The Honeywell HM-PSE-AP is an intelligent analog addressable optical smoke detector engineered for open-area protection in institutional, commercial, and industrial facilities. Built around an advanced optical sensing chamber, it detects visible particles produced by smoldering and flaming fires while minimizing the risk of unwanted alarms.
Constructed from flame-retardant PC/ABS thermoplastic in a durable white finish, the detector housing includes an insect-resistant mesh and an aerodynamic entry profile. This design prevents large airborne debris and insects from entering the optical chamber, safeguarding detection integrity in varied indoor environments.
The detector operates across an input voltage window of 15 to 32 VDC peak, drawing a modest standby current of 260 µA at 24 VDC without communications and 310 µA when the 5-second LED polling pulse is active. Onboard smoothing filter algorithms analyze transient environmental disturbances, suppressing spurious electrical and atmospheric noise.
Commissioning and maintenance are streamlined through dual rotary decade decimal switches permitting direct point addressing from 01 to 159 under Advanced Protocol. Dual tricolor status LEDs positioned opposite each other deliver 360-degree visual operational status, allowing technicians to verify detector health from any vantage point below the ceiling.
The HM-PSE-AP integrates natively with Honeywell Morley-IAS DXc series intelligent fire alarm control panels using Advanced Protocol, mounting directly onto standard B501AP series bases. Routine servicing is simplified by an easily accessible detection chamber and washable filter mechanism, extending sensor operational life while maintaining full EN 54-7 compliance.

Product Information .

Worship Places Industries, Factories Hospitals, Clinics Petrol Pumps Shopping Malls, Showrooms Government Buildings, Offices Banks Airports Railways, Bus Stations Construction, Builder Projects Pharma Industries Emergency Services

Honeywell Morley-IAS HM-PSE-AP System Compatibility and Hardware Interfacing

Control Panel and Protocol Integration

The Honeywell Morley-IAS HM-PSE-AP analog addressable photoelectric smoke detector communicates via Honeywell Advanced Protocol (AP). It is engineered for seamless connection to intelligent fire alarm control panels from the Morley-IAS series, specifically the DXc range, including DXc R7, DXc R8, and DXc R9 control panels. The proprietary Advanced Protocol optimizes loop reporting speeds, stability, and diagnostic signal processing across commercial and industrial network loops.

Device addressing is established through integrated dual rotary decade decimal switches positioned directly on the detector body. These switches permit direct mechanical addressing from address 01 up to 159 under Advanced Protocol. This eliminates the need for external handheld programmers or software assignment routines prior to field installation on compatible Morley-IAS DXc systems.

Mounting Base Compatibility and Form Factor

The HM-PSE-AP is designed to mount onto standard Honeywell System Sensor and Morley B501AP series detector bases. The plug-in twist-lock mechanical interface ensures reliable mechanical retention and continuous electrical continuity across the Signaling Line Circuit (SLC).

Standard Bases: Fully compatible with B501AP and B501AP-IV addressable detector mounting bases.
Deep Surface Bases: Compatible with SMK400AP-IV deep mounting base assemblies for installations requiring surface conduit entry.
Installed Profile: When locked into a compatible B501AP series base, the overall assembly measures 52 mm in height with an outer diameter of 102 mm, maintaining a low-profile aesthetic in open-area ceiling layouts.

Signaling Line Circuit (SLC) and Electrical Compatibility

For system power budget calculations and loop-loading designs, the HM-PSE-AP operates across an input voltage range of 15 to 32 VDC peak. The unit exhibits low current consumption figures that simplify large-scale loop layouts on Morley-IAS DXc loops:

Standby Current (No Communication): 260 µA at 24 VDC.
Standby Current (Communication with LED Blink): 310 µA at 24 VDC when the dual status LEDs are configured to blink once every 5 seconds.
Alarm State Current: Maximum alarm LED current consumption of 3.5 mA at 24 VDC.

Field Wiring and Auxiliary Remote Indicators

Electrical connections are made via the screw terminals of the compatible B501AP base series, which accommodate solid or stranded fire-alarm field wiring conductors up to a maximum wire gauge cross-section of 2.5 mm². This broad cross-section acceptance facilitates robust industrial SLC loop drops and minimized voltage drop over long line distances.

The HM-PSE-AP incorporates dedicated remote annunciator output terminals. The output provides a remote output voltage of 22.5 VDC at a nominal 24 VDC loop supply, supporting an external remote output current of up to 10.8 mA at 24 VDC. This allows system integrators to wire external remote LED indicator lamps for above-ceiling, hidden-void, or locked-room installations without requiring external relays or ancillary modules.

Compatibility Reference Matrix

System Element	Compatible Specification / Hardware
Control Panels	Honeywell Morley-IAS DXc Series (DXc R7, DXc R8, DXc R9)
Signaling Protocol	Honeywell Advanced Protocol (AP)
Address Range	Rotary decade decimal switch configurable (01 to 159)
Mounting Bases	B501AP, B501AP-IV, SMK400AP-IV deep base
SLC Operating Voltage	15 to 32 VDC peak
Terminal Wire Gauge	Up to 2.5 mm² maximum cross-section
Remote Annunciator Drive	22.5 VDC @ 24 VDC; 10.8 mA maximum output

Honeywell Morley-IAS HM-PSE-AP Installation & Commissioning Guide

Proper field installation of the Honeywell Morley-IAS HM-PSE-AP analog addressable photoelectric smoke detector is essential for ensuring compliant life safety performance across commercial, institutional, and industrial facilities. The unit is designed for rapid mechanical mounting and straightforward termination into compatible addressable fire alarm loop infrastructures.

Base Compatibility and Mechanical Mounting

The HM-PSE-AP optical smoke detector head mounts directly into standard Honeywell System Sensor and Morley-IAS B501AP series bases, including the B501AP-IV base and the SMK400AP-IV deep mounting base for surface-conduit applications. When fully mated into the B501AP base, the overall assembly presents a compact physical profile with an overall height of 52 mm and a diameter of 102 mm. The detector body is constructed from flame-retardant white PC/ABS (polycarbonate / acrylonitrile butadiene styrene) thermoplastic, bringing the total assembly weight to 97 g (catalog shipping weight specified at 0.12 kg).

During field placement, orient the detector base so that the dual integrated LEDs remain visible across the room. The dual-LED arrangement provides an omnidirectional 360-degree visual view of operational status and alarm indications once the detector head is rotated and locked into the mounting base.

Field Wiring and Electrical Terminations

Loop wiring connects to the heavy-duty screw terminals located on the matching mounting base rather than the detector head itself, protecting internal circuit boards during pulling and rough-in stages. The base terminals accommodate solid or stranded copper conductors up to a maximum wire gauge cross-section of 2.5 mm².

Operating Voltage Range: 15 to 32 VDC peak over the signaling line circuit (SLC).
Quiescent Standby Current: 260 µA at 24 VDC without communication polling; 310 µA at 24 VDC when the 5-second LED blink mode is active.
Alarm Current: Maximum 3.5 mA at 24 VDC dedicated to the onboard dual alarm LEDs.
Remote Output Capabilities: Remote annunciator terminals provide 22.5 VDC at 24 VDC with a maximum load current of 10.8 mA.

Rotary Decade Decimal Addressing

Address configuration on the HM-PSE-AP is executed prior to base insertion using dual mechanical rotary decade switches located on the detector housing. These switches allow field technicians to set decimal addresses quickly without needing specialized handheld programming tools or software dongles:

Switch Adjustment: Set the tens dial and units dial to correspond directly to the planned loop address.
Address Range: Supports decimal addresses from 01 to 159 under Honeywell Morley-IAS Advanced Protocol communication.
Panel Compatibility: Fully compatible with intelligent fire alarm control panels, including the Morley-IAS DXc series (revisions R7, R8, and R9).

Environmental and Commissioning Considerations

The HM-PSE-AP operates reliably across an extended ambient temperature range of -30°C to +70°C and can withstand non-condensing relative humidity levels between 10% and 93%. It conforms to European standard EN 54-7 (EN54-7:2000 + A1:2002 + A2:2006) and holds third-party LPCB certification.

The optical sensing chamber incorporates an aerodynamic entry structure, an insect-resistant mesh, a washable chamber filter, and onboard smoothing filter algorithms. To prevent premature contamination or spurious loop events during building construction, do not expose the detector to heavy sanding or concrete dust prior to commissioning.

Maintenance and Servicing Guidelines for Honeywell HM-PSE-AP

Routine preventive maintenance for the Honeywell HM-PSE-AP Morley-IAS analog addressable photoelectric smoke detector is essential to maintain optimal optical sensing performance and sustain compliance with EN 54-7 standards. Featuring an accessible internal optical assembly housed in flame-retardant white PC/ABS thermoplastic, the HM-PSE-AP simplifies physical servicing and field diagnostics across industrial, commercial, and institutional fire alarm installations.

Optical Chamber and Washable Filter Servicing

The HM-PSE-AP incorporates an enhanced aerodynamic smoke detection chamber designed to minimize dust settlement and airborne contamination. It is fitted with an insect-resistant mesh and an integrated washable filter. During scheduled facility inspections, service technicians can remove the detector head from its compatible B501AP series base to inspect the sensor ports.

If particulate accumulation is observed along the entry baffles, the washable filter can be serviced to restore clear airflow into the optical sensing path without degrading detection accuracy. Onboard signal processing algorithms continuously apply smoothing filters to eliminate transient environmental noise and compensate for minor contamination drift, but physical cleaning remains vital to preserve nominal sensitivity thresholds and prevent unwanted alarm conditions.

Loop Diagnostic Verification and Address Setting Inspection

Field maintenance includes validating device communication settings across the signaling line circuit. Technicians should inspect the two rotary decade decimal switches located on the detector body, confirming that the configured decimal address (01 to 159) matches the commissioning register on the Honeywell Morley-IAS intelligent fire alarm control panel, such as the DXc series (revisions R7, R8, or R9).

Under Advanced Protocol operation, loop diagnostics can be queried directly from the panel to verify smooth analog data polling. The detector's dual integrated status LEDs provide 360-degree visual feedback; during routine walk-through inspections, maintenance personnel can visually verify system polling by observing the periodic LED blink (active once every 5 seconds), confirming continuous communication without needing specialized access platforms.

Electrical Loop Measurements and Terminal Maintenance

Periodic electrical inspection ensures that loop parameters stay strictly within manufacturer specifications to prevent intermittent faults:

Operating Voltage: Measure line voltage across base terminals to ensure it stays between 15 to 32 VDC peak.
Standby Current Verification: Confirm nominal standby current consumption of 260 µA at 24 VDC (when communication is inactive) or 310 µA at 24 VDC (with LED blink enabled once every 5 seconds).
Remote Output Check: Where remote indicators are installed, test the auxiliary output to ensure it provides 22.5 VDC at 24 VDC with a maximum load current of 10.8 mA, alongside the peak alarm LED current rating of 3.5 mA at 24 VDC.
Wiring Terminals: Inspect base wiring contacts to confirm secure clamping on conductors up to 2.5 mm² to avoid high-resistance loop connections.

Environmental Tolerances and End-of-Life Decommissioning

Verify that the operating environment continues to comply with the rated ambient temperature span of -30°C to +70°C and a non-condensing relative humidity range of 10% to 93%. Exposure to excess moisture or condensing humidity can compromise the internal optical chamber and cause false alarm tripping.

The HM-PSE-AP is LPCB certified and manufactured in compliance with European RoHS and WEEE directives. When field units reach the end of their operational lifecycle or require replacement under product reference KTI00700100HMPS (customs tariff HSN 8537), decommissioned units must be processed through designated electronic waste recovery workflows to minimize environmental impact and disposal costs.

Honeywell HM-PSE-AP Fire Alarm Detection Scenarios and Applications

The Honeywell Morley-IAS HM-PSE-AP is an analog addressable photoelectric smoke detector engineered for open-area protection across commercial, institutional, and industrial facilities. Operating on Honeywell's Advanced Protocol over an operating voltage span of 15 to 32 VDC peak, the detector delivers precision point detection, rapid panel polling, and robust environmental screening.

Commercial Office Complexes and Corporate Real Estate

In large-scale commercial facilities, fire safety networks demand discreet aesthetics and unambiguous status identification. Constructed from flame-retardant PC/ABS thermoplastic in a clean white finish, the HM-PSE-AP measures 52 mm in height and 102 mm in diameter when mounted on a B501AP base, seamlessly integrating into finished ceilings.

Dual integrated LEDs provide 360-degree visual status indication, enabling facilities personnel to pinpoint an activated detector along wide corporate corridors without line-of-sight restrictions. Operating on address ranges 01 to 159 set via onboard rotary decade switches, system commissioning across multi-story risers is streamlined for system integrators deploying Morley-IAS DXc panels (including DXc R7, R8, and R9 revisions).

Industrial Plants and Light Manufacturing

Industrial shop floors and processing facilities subject fire detection hardware to elevated ambient temperatures and airborne particulate challenges. The HM-PSE-AP operates reliably across an extended temperature envelope of -30°C to +70°C and non-condensing relative humidity levels from 10% to 93%.

Contamination Resistance: An enhanced aerodynamic optical chamber design incorporates insect-resistant mesh and a washable filter to stop settling dust and airborne contaminants from degrading detection optics.
Nuisance Alarm Mitigation: Integrated microprocessor smoothing algorithms filter out transient environmental noise and airborne particulate disturbances, preventing spurious fire trips on active production lines.
Field Maintenance: Accessible optical chambers and washable filters allow industrial maintenance crews to clean and service units without complete sensor replacement.

Institutional Facilities and Healthcare Campuses

Hospitals, higher education complexes, and government buildings require rigorous compliance with life-safety mandates. The HM-PSE-AP conforms to European standard EN 54-7 (EN54-7:2000 + A1:2002 + A2:2006) and holds Loss Prevention Certification Board (LPCB) approval, meeting compliance requirements for critical institutional tenders.

The unit's low quiescent power draw—260 µA at 24 VDC without communication and 310 µA with 5-second LED blinking enabled—allows engineering teams to maximize detector counts on SLC loops without exceeding power supply thresholds. Furthermore, compliance with WEEE and RoHS environmental directives ensures institutional projects adhere to environmental life-cycle standards.

Warehouses, Logistics Hubs, and Utility Voids

Large distribution centers and technical plant rooms frequently present tall ceilings, exposed cable trays, and confined spaces. For installations inside ceiling voids, electrical distribution closets, or remote riser shafts, the HM-PSE-AP provides a dedicated remote output (22.5 VDC at 10.8 mA) to drive remote LED indicators outside closed compartments.

The sensor base accepts field wiring cross-sections up to 2.5 mm², accommodating heavy-gauge loop wiring over long distribution runs. When surface mounting on conduit or deep electrical backboxes is required, the unit pairs directly with deep mounting solutions such as the SMK400AP-IV alongside the standard B501AP series base lineup.

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