GE 2000 Serie Installationshandbuch

GB
G
ENERAL DESCRIPTION
For the non-intrinsically safe application, the jumpers must be as
follows: J4 = ON, J5 = OFF.
Note: The total detector current load on the conventional zone
must not exceed 2mA (typically 20 Aritech 700 Series
detectors).
I
NSTALLATION
Figure 1. Class "B" wiring
1. Compatible analog addressable fire alarm control panel
2. COM2(+), positive communications input connection.
3. COM1(-), negative communications input connection.
Note: The communication lines are polarity sensitive
4. Analog addressable loop extension
5. IU2055 zone monitor unit
6. IND(-), negative remote LED output connection
7. IND(+), positive remote LED output connection
8. Jumper J5 (should be OFF for non-intrinsically safe
application)
9. Jumper J4 (should be ON for non-intrinsically safe application)
10. Address switch MS Digit
11. Address switch LS Digit
12. SEN(-), connection required to DET(-)
13. DET(-), negative conventional zone output connection
14. DET(+), positive conventional zone output connection
15. SEN(+),connection required to DET(+)
16. Remote LED
17. Two-wire conventional detector
18. (+), positive detector supply voltage connection
V1.0
2000 Series IU2055 Two-Wire Zone Monitor Unit
Installation Manual
© 2003 GE Interlogix BV
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WWW.UKPANELS.COM
(Non-intrinsically Safe)
19. (-), negative detector supply voltage connection
20. End-of-line (EOL) resistor
21. Yellow fault LED
Note:
1. The yellow LED indicates an open circuit fault on
the conventional loop.
2. IND +/- connection: An LED may be connected to
indicate a fire alarm condition in the conventional
zone.
3. The IU2055 is shipped as for non-intrinsically safe
applications, i.e. jumper J4 = ON and jumper J5 =
OFF.
T
ECHNICAL DATA
At communication loop terminals:
Maximum operating voltage ................. 17 VDC – 39 VDC
Maximum standby current ....................................< 15 mA
Maximum alarm current........................................< 35 mA
Fire alarm LED current (4.5mA max. excluded)
Conventional loop:
Loop voltage under normal conditions............... 14 VDC – 18.5 VDC
Maximum loop capacitance..................................................... < 1mF
Maximum line resistance......................................................< 100 W
End-of-line resistor ................................................3.9k W, 5%, ¼ W
Table 1. Conventional loop impedance/loads:
Short circuit Vdet+- < 2.5 VDC
Fire
> 19.5 mA and
Vdet+- > 4.0 VDC
Fault 9.0 mA - 15.0 mA
Normal 3.36 mA - 7.0 mA
Open circuit
< 2.6 mA
Note:
1. Vdet +/- refers to the voltage between Det(+) and
Det(-).
2. Current and resistive loads are measured between Det(+)
and Det(-).
3. Resistive loads refer to the total conventional loop
resistance.
4. The "Normal" condition refers to the conventional loop's
standby condition. This includes all devices, line resistance
and end-of-line resistor.
A D
DDRESS IALS
Figure 2. Address dial setting
Setting the address:
To set the address use a screwdriver to adjust the two rotary
switches on the unit. Set the MS digit rotary switch (0-12) for the
10's digit. Set the LS digit rotary switch for the 0-9 digit.
Installation Manual
< 100 W
240 W - 620 W
1.2 kW - 1.4 kW
2.7 kW - 4.2 kW
> 15.0 kW