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Honeywell HPF-PS6 6-Amp Remote Power Supply for Fire Alarm Systems

6 days ago
7 min read

The Honeywell HPF-PS6 Remote Power Supply offers a reliable and flexible power-expansion solution for commercial buildings, hospitals, hotels, offices, warehouses, schools, residential developments, industrial facilities, and other fire alarm and life-safety applications.

Designed as a 6-amp, 24-volt remote power supply with an integrated battery charger, the HPF-PS6 helps provide additional power for notification appliances and other compatible fire alarm system devices. It can be connected to a compatible 12-volt or 24-volt fire alarm control panel or configured for use as a standalone power supply.

For fire protection contractors, electrical engineers, system integrators, consultants, installers, building owners, and facility managers, the Honeywell HPF-PS6 provides a practical way to expand system power capacity while supporting organized installation, configuration, testing, and maintenance.


Honeywell HPF-PS6 6-Amp Remote Fire Alarm Power Supply with 24V DC output and integrated battery charger

What Is the Honeywell HPF-PS6?

The Honeywell HPF-PS6 is a remote fire alarm power supply and battery charger designed to provide regulated 24 VDC power for notification appliance circuits and compatible fire alarm peripherals.

It is particularly useful when the main fire alarm control panel does not have enough available power to operate all required horns, strobes, sounders, bells, door holders, detectors, annunciators, and other connected equipment.

The unit provides up to 6 amps of output capacity and includes five configurable output circuits, helping installers distribute power according to the requirements of the fire alarm system.

Key Features of the Honeywell HPF-PS6

6-Amp Power Capacity

The HPF-PS6 provides up to 6 amps of power for compatible notification appliances and auxiliary fire alarm devices.

This additional capacity can help reduce excessive loading on the main fire alarm control panel and support larger or more demanding notification circuits.

Five Configurable Output Circuits

The power supply includes five configurable outputs that can be assigned according to the system design.

Depending on the application and configuration, the outputs may support:

  • Notification appliance circuits

  • Resettable auxiliary power

  • Non-resettable auxiliary power

  • Door-holder power

  • Compatible fire alarm peripherals

The configurable circuit design gives engineers and installers greater flexibility when planning system power distribution.

Class B and Optional Class A NAC Configuration

The HPF-PS6 can provide 24 VDC power for notification appliance circuits configured as Class B.

Class A circuit operation may also be supported through the use of the optional ZNAC-PS module, subject to the approved system design and manufacturer requirements.

Integrated Battery Charger

The unit includes an integral battery charger to support secondary standby power during an AC power interruption.

The cabinet can accommodate two 7 Ah or two 18 Ah batteries. The charger can support battery capacities of up to 33 Ah when the batteries are installed in a suitable external battery cabinet.

Battery selection must be based on the required standby period, alarm duration, connected load, applicable fire codes, and the manufacturer’s battery-calculation requirements.

Compatible With 12-Volt or 24-Volt Fire Alarm Panels

The HPF-PS6 may be connected to compatible 12 VDC or 24 VDC fire alarm control panels.

This allows it to support various new installations, system upgrades, expansions, and replacement projects, provided that all electrical and compatibility requirements are verified before installation.

Standalone Power-Supply Capability

In addition to operating with a fire alarm control panel, the HPF-PS6 may be used as a standalone 24 VDC power supply for suitable fire alarm and life-safety applications.

The required supervision, activation method, fault monitoring, circuit classification, and battery capacity must be determined by the system designer.

Configurable Through Onboard DIP Switches

The HPF-PS Series can be configured through onboard DIP switches without requiring separate programming software.

This can help simplify setup, commissioning, servicing, and future maintenance when performed by trained and authorized personnel.

Durable Metal Enclosure

The HPF-PS6 is housed in a compact locking steel cabinet with a corrosion-resistant finish.

The enclosure is designed with wiring knockouts and a removable door to support easier mounting, cable entry, termination, inspection, and maintenance.

How the Honeywell HPF-PS6 Works

The HPF-PS6 receives AC mains power and converts it into regulated 24 VDC power for connected fire alarm circuits and devices.

Under normal conditions, the power supply operates the connected load and maintains the standby batteries at the proper charging level.

When the fire alarm control panel activates, the HPF-PS6 can energize the programmed notification appliance circuits. These circuits may operate horns, strobes, sounders, bells, or other compatible alarm-notification devices.

If normal AC power is interrupted, the connected standby batteries can provide temporary operating power based on the calculated system load and selected battery capacity.

The unit also supervises important operating conditions and can report trouble conditions associated with power failure, battery problems, wiring faults, or other monitored conditions, depending on the system configuration.

Common Applications

The Honeywell HPF-PS6 can be used in fire alarm installations requiring additional 24 VDC power for:

  • Horns and audible notification appliances

  • Strobes and visual notification appliances

  • Combination horn-strobe devices

  • Fire alarm bells and sounders

  • Four-wire smoke detectors

  • Remote annunciators

  • Door holders and releasing accessories

  • Resettable auxiliary devices

  • Non-resettable auxiliary devices

  • Additional notification appliance circuits

  • Fire alarm system expansion projects

  • Retrofit and modernization projects

Suitable Building Applications

The HPF-PS6 is suitable for properly engineered fire alarm installations in:

  • Commercial buildings

  • Office buildings

  • Hospitals and healthcare facilities

  • Hotels and accommodation facilities

  • Schools and universities

  • Shopping centers

  • Warehouses

  • Manufacturing facilities

  • Industrial plants

  • Government buildings

  • Residential developments

  • Mixed-use buildings

  • Data centers

  • Parking facilities

  • Transportation terminals

Benefits of Using a Remote Fire Alarm Power Supply

Expands Available System Power

A remote power supply provides additional current when the fire alarm control panel’s internal power capacity is insufficient for all required devices.

Supports Distributed Power Installation

Installing the power supply closer to the notification appliances may help reduce long cable runs, excessive voltage drop, and unnecessary conductor-size increases.

Actual wire sizing must still be determined through proper voltage-drop and load calculations.

Improves Installation Flexibility

Configurable output circuits allow the system designer to assign power based on the building layout, notification zones, equipment requirements, and cause-and-effect sequence.

Supports Future System Expansion

Providing properly calculated spare power capacity may make it easier to add compatible notification appliances or auxiliary devices in the future.

Provides Standby Battery Support

The integrated charger and battery connections help maintain operation during an interruption of normal AC power, subject to the installed battery capacity and applicable standby requirements.

Important Design Considerations

Before selecting or installing the Honeywell HPF-PS6, verify the following:

Total Connected Load

Calculate the standby and alarm current of every device connected to the power supply.

The total load must remain within the permitted capacity of the unit and each individual output circuit.

Voltage-Drop Calculation

Calculate the voltage drop from the power supply to the farthest device on every notification circuit.

Consider:

  • Cable length

  • Conductor size

  • Device current

  • Circuit arrangement

  • Minimum operating voltage

  • Number of connected appliances

Device Compatibility

Confirm that all connected horns, strobes, sounders, relays, detectors, and accessories are electrically and functionally compatible with the HPF-PS6.

Synchronization Requirements

Where synchronized notification appliances are required, verify that the selected appliances, protocol, wiring arrangement, and power-supply configuration are compatible.

Battery Capacity

Select batteries based on the complete standby and alarm load calculation.

Do not select batteries based only on available cabinet space.

Class A or Class B Wiring

Confirm whether the project requires Class A or Class B notification circuits.

The optional ZNAC-PS module may be required for Class A circuit configuration.

AC Power Requirements

Provide a dedicated and properly protected AC branch circuit according to the approved plans, manufacturer instructions, and applicable electrical and fire codes.

System Supervision

All required trouble contacts, input circuits, battery connections, and notification circuits must be correctly wired and tested.

Installation Guidelines

The Honeywell HPF-PS6 should be installed only by qualified fire alarm technicians and authorized electrical personnel.

Recommended installation practices include:

  1. Mount the enclosure securely in an accessible indoor location.

  2. Maintain the required working clearance around the cabinet.

  3. Separate power-limited wiring from non-power-limited wiring.

  4. Use the correct cable size and insulation rating.

  5. Observe the correct polarity for all DC circuits.

  6. Install the specified end-of-line devices where required.

  7. Connect the AC power and grounding correctly.

  8. Install properly sized and compatible standby batteries.

  9. Configure the DIP switches according to the approved system design.

  10. Label all circuits, cables, batteries, and terminals clearly.

  11. Test every output circuit and connected device.

  12. Record the final configuration for future servicing.

Always follow the latest manufacturer instructions, approved shop drawings, local fire codes, electrical regulations, and the requirements of the authority having jurisdiction.

Common Installation Mistakes to Avoid

Avoid the following:

  • Exceeding the 6-amp total power capacity

  • Overloading an individual output circuit

  • Skipping voltage-drop calculations

  • Using undersized conductors

  • Installing incompatible notification appliances

  • Reversing circuit polarity

  • Using incorrect end-of-line resistors

  • Mixing power-limited and non-power-limited wiring

  • Selecting batteries without a proper calculation

  • Installing batteries with the wrong voltage or capacity

  • Incorrect DIP-switch configuration

  • Leaving trouble contacts disconnected

  • Failing to supervise the power supply

  • Installing the cabinet in a wet or unsuitable environment

  • Blocking access to the enclosure

  • Failing to conduct an acceptance test

  • Modifying the enclosure without approval

  • Using unauthorized replacement parts

Maintenance and Inspection

The HPF-PS6 should be inspected and tested as part of the building’s scheduled fire alarm maintenance program.

Check the unit for:

  • Normal AC power indication

  • Battery trouble indication

  • Output-circuit trouble

  • Ground-fault conditions

  • Loose terminal connections

  • Damaged conductors

  • Corrosion

  • Moisture exposure

  • Dust accumulation

  • Damaged enclosure or lock

  • Missing circuit labels

  • Swollen or leaking batteries

  • Expired batteries

  • Incorrect charging voltage

  • Obstructed access

  • Unauthorized modifications

The connected notification appliances should also be activated and tested according to the approved testing procedure and applicable fire alarm standards.

Why Choose the Honeywell HPF-PS6?

The Honeywell HPF-PS6 provides a dependable way to increase the available power of a fire alarm system while supporting configurable output circuits, standby batteries, auxiliary devices, and expanded notification requirements.

Its combination of 6-amp capacity, five configurable outputs, integrated battery charging, flexible panel connectivity, DIP-switch configuration, and optional Class A capability makes it suitable for various commercial, institutional, residential, and industrial fire alarm projects.

When properly selected, calculated, installed, programmed, and tested, the HPF-PS6 can help deliver organized power distribution and reliable emergency-notification performance.

Order the Honeywell HPF-PS6 in the Philippines

Looking for a Honeywell HPF-PS6 supplier in the Philippines?

Contact Pinoleakpes Corporation for product availability, technical assistance, quotation requests, and fire alarm system requirements.

Our team can assist contractors, engineers, system integrators, building owners, facility managers, and purchasing departments in selecting suitable fire alarm power supplies and compatible system components.

Request a quotation today for the Honeywell HPF-PS6 6-Amp Remote Power Supply.

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