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General| Category | Extender |
|---|---|
| Brand | Honeywell NOTIFIER |
| Model | PSE-6 |
| Description | Power Supply Extender |
| Power Supply | 24 VDC |
| Compatibility | NOTIFIER Fire Alarm Control Panels |
| Output Voltage | 24 VDC |
| Humidity Range | 10% to 93% non-condensing |
| Enclosure Type | Metal |
| Output Current | 6 A |
| Operating Temperature | 0°C to 49°C (32°F to 120°F) |
| Certifications | UL |
Manufacturer's guidance on optimal detector placement for fire alarm systems.
Factors contributing to the failure or inadequacy of fire alarm systems.
Limitations of audible devices, strobes, and communication systems.
How poor maintenance affects system reliability and performance.
Important safety warnings and cautions for installers and users.
Guidelines for environmental conditions and component handling during installation.
Best practices for wiring, static handling, and terminal tightening.
FCC and Canadian requirements for system compliance.
Overview of PSE functions, features, and general system information.
Details technical specs and fault detection resistance values.
Explains SW1 for ground fault detection and system use cases.
Step-by-step guide for powering up the system.
Instructions for backbox, NAC, module mounting, and NEC wiring.
Connecting PSE to FACP in slave and master modes.
Procedures for external chargers and cascading multiple PSEs.
Specific installation guidelines for Canadian systems.
Settings for global options using the S1 DIP switch.
Explanation of features like input debounce and jitter.
Configures command inputs, charger, and AC fail delays.
Enables modes for configuration changes or history viewing.
Details output features and command input assignments.
Settings for unused, auxiliary power, and door holder outputs.
Configures sync modes, selective silence, and Class A wiring.
Specifies the maximum number of strobes for synchronized NACs.
Explains the meaning of Power, Battery, and Ground Fault LEDs.
Explains status and trouble LEDs for individual output circuits.
Monitoring PSE faults via FACP inputs.
Using the trouble relay for fault reporting.
Monitoring AC failure using the AC trouble relay.
Monitoring ground faults specific to Canadian installations.
Introduction to power needs and calculating AC branch circuits.
Step-by-step guide to calculating system current draw.
Guidance on battery selection and standby load calculations.
Schedules and procedures for system testing.
Steps for inspecting and maintaining batteries.
Examples of NAC control using modules for silence, sync, and multiple outputs.
Example of controlling outputs using NAC sync and an FDRM-1 module.
Examples for AC trouble reporting and Canadian two-stage wiring.
Example of Canadian two-stage system using an XP6-C module.
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