GE ATS1340, Manual

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4. Secure the unit to the mounting surface with screws.
5. If back tamper is required, secure the magnet close to the reed
switch.
Connecting the ATS1340 (see the tables below).
6. Connect the incoming four BUS cable wires to the terminal strip J1
on the ATS1340.
Table 2. J1 connections – databus in.
Connection sequence
and label Description
1 D+ Databus "+" from panel or DGP
2 D- Databus "-" from panel or DGP
3 +12V +12 V from aux power of panel or nearest
230 V powered DGP
4 0V 0 V from panel or nearest 230 V powered DGP
5 CWG Common shield connection
6 CWG Common shield connection
7. Connect the outgoing four BUS cable wires to terminal strip J12 on
the ATS1340 for the next bus device, if necessary.
Table 3. J12 connections – databus out.
Connection sequence
and label Description
1 D+ Databus "+" to DGP
2 D- Databus "-" to DGP
3 +12V +12 V
4 0V 0 V
5 CWG Common shield connection
6 CWG Common shield connection
8. If this ATS1340 door junction box is the last device on the bus, a
terminator can be installed by placing terminator jumper J15 (OFF
jumper placed on one pin).
9. Connect the Advisor MASTER reader to terminal strip J9 on the
ATS1340.
Table 4. J9 connections – smart card reader.
Connection sequence
and label Description
1 R/B LED Brown wire from the reader (not used)
2 BUZ. Blue wire from the reader (not used)
3 EXIT / B. LED Yellow wire: request to exit
4 OC DOOR REL Violet wire: OC output from the reader
5 0V Black wire: 0 V to the reader
6 +12V Red wire: +12 V to the reader
7 D- Green wire: databus "–" to the reader
8 D+ White wire: databus "+" to the reader
Connections 1 and 2 are not functional.
10. Connect the door lock and optional request to exit button to J6.
Table 5. J6 connections – door lock & exit.
Connection sequence and label Description
1 +12V/24V DOOR LOCK +12 V or 24 V output to door lock*
2 0V DOOR LOCK 0 V output to door lock
3 RTE BUTTON N/O request to exit button
* Depending on the setting of J17, the door strike will be energized
or de-energized
Table 6. J17 settings – N/O or N/C output
Jumper location
and label Description
1 1-2 Normaly open output
2 2-3 Normaly closed output
11. Connect the magnetic switch on the door and the optional switch in
the door lock to J4.
Table 7. J4 connections – door switches.
Connection sequence and
label Description
1 MAGN. SW ON DOOR Input to magnet contact on door
2 MAGN. SW ON DOOR Input to magnet contact on door
3 SW IN DOOR LOCK Input to switch in door lock
4 SW IN DOOR LOCK Input to switch in door lock
12. Set the jumpers J13 and 14 to the proper position to configure the
zone connections.
Table 8. J13 and J14 jumper configuration (1 to 2 zone configuration).
Jumper settings
J13 J14 Zone functionality
1 1-2 ON 1-2 ON No valid setting
2 1-2 ON 2-3 ON Default 2-zone connection
3 2-3 ON 1-2 ON Only one zone used.
Connect wire between J3-1 and J3-3
4 2-3 ON 2-3 ON No valid setting
13. Connect the Advisor Master (or DGP) inputs to the terminals of J3.
The external tamper (as used in the ATS1643) must be connected to
the terminals J3-5 and J3-6. This will bridge the internal tamper
switches SW1 and SW2. To use only 1 zone, a link should be
connected between J3-1 and J3-3.
Table 9. J3 connections – zones & ext. tamper connections.
Connection sequence
and label Description
1 Zn+1 Zone conn. if 2 zones are used
2 Zn+1 Zone conn. if 2 zones are used
3 Zn Zone 1 connection
4 Zn Zone 1 connection
5 EXT.TAMPER External tamper
6 EXT.TAMPER External tamper
14. To ensure the power supply for the door lock connected to J6-1 and
J6-2, an external power supply is needed. Depending on the voltage
needed for the door lock, a DC power supply of 12/24 V must be
connected to J2-1 (0 V) and J2-2 (+12/24 V).
Depending on the settings of jumper J6, the OC output connected at J8
will also use this external power. The connection is protected by FH2
(630 mA).
Table 10. J2 connections – ext. PSU & OC input.
Connection sequence
and label Description
1 0V 0 V connection
2 12/24V 12/24 V external power supply DC
3 OC IN OC Input (i.e. warning device)
4 SPARE Not used.
15. If the input is activated, relays RL3 will switch the voltage on J8-4
(voltage depending on setting J16, table 11) to J8-5.
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