Alula RE508XC 8-Zone Hardwired to Wireless Translator
$129.99
Alula 8-Zone Commercial Hardwired to Wireless Translator *Special Order Item
Description
The Alula RE508XC 8-Zone Hardwired to Wireless Translator Converts hardwired intrusion zones to wireless sensors, enabling enrollment to a wireless panel. Universally configurable for multiple sensor-panel combinations. The UL-compliant translators include a 12VDC wall transformer and back-up battery. Also functions as a repeater to increase sensor range and reliability.
Field configurable RF. Just set the dial to the brand of sensor and the brand of panel being installed. You no longer need a specific model set to the specific manufacturers frequency.
FEATURES:
• Compatible with most sensor brands
• 8 Hardwire loops, with end-of-line resistor auto-detect
• Unique wireless ID (or loop) for each zone
• Unique wireless ID for the device itself
• 12VDC available to back-up PIRs, glassbreaks and other 150mA (80 mA for UL) sensors
• Dual antennas increase sensor range and reliability
• Separate ID’s supervise tamper, power, and low battery
TECHNICAL SPECIFICATIONS:
Physical |
|
8.5 x 5.0 x 1.3 inches |
 |
16.0 oz |
 |
Cover Opening, Wall Removal |
 |
#4 or #6 screws (not included) |
 |
32º to 120ºF (0º to 49ºC) |
 |
-4º to 86ºF (-20º to 30ºC), Long-Term |
 |
85% relative humidity, non-condensing |
 |
10.2VDC to 13VDC, 150mA Max (80mA Max for UL installations) |
 |
 |
 |
100-240VAC 50/60Hz 0.5A |
 |
12VDC 1A |
 |
RE012-6 |
 |
 |
 |
N/A |
 |
6VDC 800mAh NiMH |
 |
RE030 |
 |
8mA |
 |
32mA |
 |
319.5MHz, 345MHz, 433.92MHz |
 |
Cryptix® (Connect+), Interlogix® (formerly GE®), Honeywell®, DSC®, 2GIG®, Qolsys® |
 |
N/A |
 |
 4-wire devices only NC (Normal Closed) or NO (Normal Open) |
 |
 4 hours minimum at 80mA 24 hours minimum |
 |
 |
 |
None (short) |
 |
750 ohm to 15k ohm |
 |
None (open) |
 |
750 ohm to 15k ohm |
 |
1000 feet max |
 |
22 AWG min |
 |
RE508X: UL1023, ULC1023 |
 |
RE508XC: |
 |
UL1023, ULC1023, UL1610, ULC S304 |
 |
FCC, IC |
 |
For more Alula products Click Here