Elk Wireless Door/Window Mini Sensor Description:

The Elk Wireless Door/Window Mini Sensor is a Supervised, Wireless Door Sensor that detects the opening and closing of doors or windows. The small and low profile sensor and magnet are mounted using screws (included) or double-sided adhesive tape (included). As the door is opened or closed, the sensor transmits an open (trip) or close (restore) signal to the panel. Additionally transmitted signals include: tamper, hourly supervisory, and low battery (as needed). The sensor is powered by two (2) replaceable 3VDC, lithium coin-cell batteries. This sensor is compatible with Elk’s 319MHz Receivers/Panels as well as many other panels that operate on the 319.5MHz Frequency and adhere to the ITI/Interlogix protocol.

 

Specifications

• RF frequency: 319.5 MHz
• Compatibility: ELK-319 Receivers/Panels & other panels that operate on the 319.5MHz Freq. and adhere to the ITI/Interlogix protocol
• Battery type: Two (2) 3VDC lithium coin-cell (2032)
• Operating Temp Range: 32 to 120°F (0 to 49°C)
• Storage Temp Range: -30 to 140°F (-34 to 60°C)
• Relative Humidity: 95% non-condensing
• Dimensions 2.25” L x .1.0 x 0.50” in. (L x W x D)

Programming (Enrollment)

The following is a general guideline for programming (enrolling) a sensor into the receiver or panel. For additional extensive instructions please refer to the receiver or panel instructions.

1. Place the panel into the Program mode.
2. Proceed to the WIRELESS SETUP menu.
3. Select the appropriate zone/sensor location number.
4. When prompted by the panel to trip the sensor for learning:
   • Remove the sensor cover
   • If present pull the battery pull tab out to power the sensor
   – The panel should acknowledge learning the sensor by the keypad display and/or audio alert (depending on the panel). If enrollment fails to occur repeat the process but remove and reinstall the battery OR try pressing and releasing the tamper plunger.
5. Repeat the above process for any additional wireless sensors. Proceed to the zone programming to assign each sensor’s zone definition.
6. Lastly, exit programming mode when your finished