The KIR-PHCD puts three detection technologies into one head - photoelectric smoke sensing, rate-of-rise and fixed-temperature heat detection, and electrochemical CO monitoring - so you cover smoke, heat, and carbon monoxide from a single SLC address on the loop. Rotary switches on the detector set the address (1-250), no programming tool needed at the head.
Built for the commercial installer
Designed for Kidde FX Series intelligent fire alarm control panels, the KIR-PHCD draws just 32 µA in standby and runs on standard SLC loop power (15.20-19.95 VDC). Multi-criteria sensing from a single point reduces false alarms while maintaining broad coverage across smoke, thermal, and CO events. Automatic environmental compensation adjusts sensitivity over time, so drift from dust accumulation or environmental changes won't trigger nuisance alarms or require manual recalibration.
Listed to UL 268, UL 521, and UL 2075, with CO alarm sensitivity evaluated to UL 2034 limits. Mounts on standard electrical boxes with any compatible Kidde intelligent base, including sounder bases for local CO and fire notification.
Key features
- Three sensors, one address: photoelectric smoke, thermal heat (rate-of-rise at 15°F/min plus fixed at 135°F), and electrochemical CO detection
- Rotary addressing (1-250): set the SLC address at the detector head with no programming tool required
- Automatic environmental compensation: drift correction keeps sensitivity calibrated over the life of the detector
- Mounts to standard electrical boxes: 1-gang, 3.5" or 4" octagon, and 4" square with compatible Kidde bases
- Multiple base options: standard, relay, fault isolator, and audible sounder bases available for flexible system design
- Testifire compatible: field-testable with Testifire 1000 and 2000 multi-stimulus test tools
System requirements
Requires a Kidde FX Series intelligent fire alarm control panel and a compatible detector mounting base (KI-SB standard base or equivalent). Each detector occupies one SLC address, with up to 250 addressable devices per loop.
What panels is the KIR-PHCD compatible with?
What types of detection does the KIR-PHCD provide?
What mounting bases are compatible?
How do you set the address on the detector?
How do you field-test this detector?
Does the detector compensate for environmental drift?
Spec Sheet