What battery does the Simon XT use?

The GE Security Simon XT alarm battery set includes 1 battery – SP6-1.2 (6 V 1.4 AH).

How long does a Simon XT battery last?

about two to three years
The Interlogix Simon XT backup battery lasts about two to three years. After that period of time, the backup battery for the system will need to be replaced. This is done by opening up the panel, disconnecting the old battery, connecting the new battery and then closing the panel.

Why is my Simon XT beeping?

What can I do? The system needs to be disarmed. o Use your 4 digit master code or keychain remote. If you still cannot disarm using a 4 digit code, and do not have a keychain remote, then to stop the beeping you must power down the system (see Powering down your Simon XT Panel, page 3).

What is Simon battery?

Product details. This GE Simon XT 6V 1.3 AH Alarm Battery is a rechargeable and maintenance-free battery for use in your device. This alarm replacement battery has a high discharge rate, wide operating temperatures, long service life and deep discharge recover.

How do I silence low battery alarm Simon XT?

To turn off the trouble beeps at your key pad:

  1. Scroll down on the Simon XT until you see “System Programming”
  2. Immediately press “OK”
  3. Enter your Master Code and press “OK”
  4. It will display “Access Codes”
  5. Press OK (it will start Flashing “ON”)
  6. Press Status 5 times.

What does Panel low battery mean?

When a battery is getting too weak and needs replacing, your system may send you an alert or show ‘Lo Bat’ on the keypad display. The Alarm Panel requires (1) 12 volt, 4, 5, 7 or 8 Amp Hours Sealed Lead Acid battery.

How do you test a GE Simon XT?

Simon XT – Communication Test

  1. Press DOWN ARROW until SYSTEM TESTS.
  2. Enter Master Code then press OK.
  3. Press DOWN ARROW until COMM TEST then press OK.
  4. A test signal is sent to Brinks Home Security®
  5. Test Signal Sent OK displays if successful or Com Failure if fail.

What is CMOS battery for?

CMOS stands for “Complementary Metal Oxide Semiconductor.” The CMOS battery powers the BIOS firmware in your laptop [2]. BIOS needs to remain operational even when your computer isn’t plugged into a power source. When your computer gets unplugged, BIOS relies on the CMOS battery for power.