Operation Manual
FT128 Rev 2.4
31
•
1211
– Quad Damper Display and Control module, is similar to the 1206 but with
different label and functionality, it is intended to control fire dampers. The 1211 is
programmed in EBLWin as an I/O Matrix board 4582 for “Fan / Damper Control”.
Require 2 x 10HB spaces on the ancillary rack. 1206 can connect to any COM
loop 0-3, refer to the limitation of 4582 in Table 3 page 14.
•
1207
– Generic
8 switches
and
8 LEDs
display and control module, programmed
as a normal type input (switch) and a normal type output (LED). The module
requires
two
COM loop addresses and one 10HB space each on the ancillary
rack. Can connect to any COM loop 0-3, the only limitation is the loop current
consumption. DIP switch provided to change the LED’s colour.
•
1208 -
Generic
4 switches
and
8 LEDs
display and control module, programmed
as a normal type input (switch) and a normal type output (LED). The module
requires
two
COM loop addresses and one 10HB space each on the ancillary
rack. Can connect to any COM loop 0-3, the only limitation is the loop current
consumption. DIP switch provided to change the LED’s colour.
•
1209 -
Generic
8 LEDs
display module, programmed as a normal type input
(switch) and a normal type output (LED). The module requires
one
COM loop
addresses and one 10HB space each on the ancillary rack. Can connect to any
COM loop 0-3, the only limitation is the loop current consumption. DIP switch
provided to change the LED’s colour.
•
1210
–
6 LEDs
Pump Status Monitor, specialised module to monitor the status of
pumps, requires
one
COM loop address and one 10HB space on the ancillary
rack. DIP switch settings can change the LED display colours.
Each display module can either be manually addressed with the address setting tool set
to Advanced Mode or using the new auto-addressing feature in EBLWin V2.4.x. These
Display Panel modules must also be configured with EBLWin V2.4.x for them to be
recognised by the FDCIE.
Notes:
1205, 1206 & 1211: Only addresses 0-5 can be assigned.
1207, 1208: Requires 2 consecutive addresses per module and will automatically take
on the next address. Example: if address 15 was assigned to 1207, address 16 will be
the second assigned address.
Please refer to The Technical Datasheet TDS059 for full details on DIP switch settings,
programming, and installation.
5.4
I/O Field Modules
Four new I/O COM loop field modules
are available in software ≥ V2.4.x.
The following are
some of the field modules features:
•
Built-in short circuit isolator with yellow LED indicator.
•
Flashing green polling LED on each module to indicate valid COM loop
communications.
•
Fully supervised input (N/O or N/C) via end of line resi
stor 10KΩ.
•
Outputs can be supervised 24V circuits via end of line resistor 10KΩ (1201) or
relay contacts N/O or N/C (1200, 1202 & 1203).
•
On board LED indicators for relays activation.
•
Pluggable terminals for easy field wiring terminations.
•
Low COM loop current consumption.
1201 and 1203 I/O Units require an external 24Vdc power supply, whilst the1200 and 1202
are powered from the COM Loop. Refer to Technical Datasheet TDS053 for full details on
programming and installation.
Summary of Contents for Firetracker FT128
Page 1: ...Operation Manual FT128 Rev 2 4 For Software V2 4 x FT128 FDCIE MA350 April 2018 ...
Page 2: ...2 This page has deliberately been left blank ...
Page 33: ...Operation Manual FT128 Rev 2 4 33 Figure 25 Field Module Enclosure BAFMES ...
Page 144: ...Operation Manual FT128 Rev 2 4 144 Figure 26 FT128 General Arrangement for 19 Rack System ...
Page 145: ...Operation Manual FT128 Rev 2 4 145 Figure 27 FT128 Standard Block Wiring Diagram ...
Page 146: ...Operation Manual FT128 Rev 2 4 146 Figure 28 NZFT128 Block Wiring Diagram for NZ ...
