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Legacy G series panels using firmware version 6.30 and 6.40 may generate RF Low Battery reports even though there are no RF devices attached to the system. D7212 / D7212G D7412 / D7412G D9412 / D9412G This may occur when devices connected to on-board points 1-8 change from normal to off-normal very quickly. This was corrected in firmware to version 6.50 however, current firmware for these panel types is no longer available. These type panels should be upgraded to current types such as B8512G, B9512G.   ... View more

 Programming Area Wide or Panel Wide Relays will only allow a single relay entry.  Use an auxiliary relay such as the D130, D133 or D134 when multiple relays are needed to energize on a panel event. Use auxiliary relays to activate multiple relays on panel wide or area wide events.  How to use the panel’s onboard A or B relay to activate an auxiliary relay. Program the panel wide or area wide event to activate onboard relay A (terminal 6) or relay B (terminal 7). Use the +12Vdc provided upon activation to energize the auxiliary relay(s) when the panel wide or area wide event occurs. The aux relay N/O and N/C contacts will follow the event. Note; the onboard relay C (terminal 😎 provides a constant 12Vdc until activation and can also be used to energize the auxiliary relay. While normally energized, its N/O and N/C contacts will follow the event, closing the N/O contacts, or opening N/C contacts when the event occurs. How to use an expanded panel relay such as a B308 or D8129 to activate an auxiliary relay. Program the area wide or panel wide event to activate an expanded panel relay such as a B308 or D8129. Use the B308 or D8129 Form ‘C’ contacts to switch voltage to the auxiliary relay, triggering its form ‘C’ contacts to follow the panel area wide or panel wide event. The aux relay N/O and N/C contacts will follow the event. ** Note - this cannot be used for UL Fire Applications to trip NAC circuits ** ... View more

The interface module rotary switches provide a TENS and ONES setting for the module’s address. When there is a loss of SDI data to the B901 or D9210C, the relay used to lock or unlock the door will behave according to the setting of the TENS switch.  The ONES switch sets the literal address of the door. Set the address by setting the rotary switches based on the table below. Serial Device fail mode SDI BUS Address TENS ONES Control Center Display UNLOCKED SDI#33 8 1 D9210 #1 UNLOCKED SDI#34 8 2 D9210 #2 UNLOCKED SDI#35 8 3 D9210 #3 UNLOCKED SDI#36 8 4 D9210 #4 UNLOCKED SDI#37 8 5 D9210 #5 UNLOCKED SDI#38 8 6 D9210 #6 UNLOCKED SDI#39 8 7 D9210 #7 UNLOCKED SDI#40 8 8 D9210 #8  ************************** ******************* ****** ****** ************************** LOCKED SDI#33 9 1 D9210 #1 LOCKED SDI#34 9 2 D9210 #2 LOCKED SDI#35 9 3 D9210 #3 LOCKED SDI#36 9 4 D9210 #4 LOCKED SDI#37 9 5 D9210 #5 LOCKED SDI#38 9 6 D9210 #6 LOCKED SDI#39 9 7 D9210 #7 LOCKED SDI#40 9 8 D9210 #8 ... View more

Check System Troubles If system troubles are present, the keypad will respond with System Trouble Press 4 to View. Press 4 and the Call For Service text will appear.  Press and hold the 5 key and one or more of the following will appear: 1)       Low or Missing Battery 2)       Stand-By Switch Locked 3)       Aux Power Trouble 4)       Bell power Trouble 5)       Receiver # Tamper 6)       Receiver # Trouble (No Signals) 7)       Receiver # Trouble (Jammed) ... View more

SDI2 devices that are of the same type must use different addresses. SDI2 devices that are different types can the same address.   For example, a B820 and B426 can both be set to address 1 because they are different device 'types'.  However if B426 and B450 are connected to the same panel they must be addressed differently because they are both the same 'type' of device. Also a B208 and B308 could be set to the same address because they are diferent types of devices. ... View more