Edwards Signaling E-FSC502RD

Name: Edwards Signaling E-FSC502RD
Brand: Edwards Signaling
SKU: EDWARDS-SIGNALING-E-FSC502RD
Price: 771 USD
Availability: InStock
Rating: 5 (2 reviews)

MPN: E-FSC502RD
JMAC ID: 200086302

$771.00

JMAC_ID:: 200086302
df_manual_boost:: 1.75

Product Resources

We're here to help

Request a Quote

Low Price Guarantee

The EDWARDS-SIGNALING-E-FSC502RD is a red, 5-Zone, Conventional Fire Alarm Panel outfitted with a dialer.

The panel utilizes features that simplify installations for both new and retrofit applications. Front panel programming and walk-test mode make for quick and easy panel setup. CleanMe technology uses remote annunciation to avoid false alarms caused by detectors that drift out of UL/ULC limits. A trim ring is available for users looking to semi-flush mount the panel.

UPC: 782640002872
Also known as: ED-EFSC502RD, EFSC502RD

Technical Specifications:

Auxiliary Output: 21.2 to 25.7 VDC
Auxiliary Current: 0.5 amps max. May be programmed as resettable
AC Input: 120V AC 50/60 Hz: 1.25 amps
Maximum NAC current: 2.0 amps each, 3.5 amps total
NAC Voltage Rating: 24V FWR
Power Supply: 4.25 amps total

For more information about the Edwards Signaling E-FSC502RD, please contact us.

Combination Waterflow and Supervisory IDCs reduce wire and zone counts
Supports 2M, “SC", 2400, 500, and 700 series detectors
Trim ring available for semi-flush mounting
One person walk-test (audible or silent)
Optional serial bus remote annunciator family
Optional serial bus relay modules are programmable for common or zone activation
On-board relays for Alarm, Supervisory and Trouble
Genesis option allows precision synchronization and audible silence over two wires without additional modules
Optional fully integrated DACT/Dialer for remote PC programming
Front panel programmable simplifies installation and servicing
NACs programmable by zone and individually selectable for Genesis, continuous, temporal outputs, or coded
CleanMe provides remote annunciation if a detector drifts out of UL/ULC limits reducing the chance of a false alarm