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Smart Connect Multi-loop Installation Manual
Wiring Recommendations for Loop Card Modules
The SCM-LCM's are rated for 450mA each, but it is recommended that you leave an allowance ~100mA for any future loop expansion.
RECOMMENDED CABLE: The general recommendation would be to use a standard fire resistant cable, such as
Firetuf™, FP200 or an equivalent, 1.0mm
shielding when properly grounded at the panel.
Loop Device Wiring and Device Information
Loop device configuration for addressable devices
MKII-AOP
MKII-AHR, MKII-AHFand MKII-AHF/CS90
MKII-AOH
www.zetaalarmsystems.com
Wire Gauge (AWG)
18
16
14
NOTE:
• Line capacitance shall not exceed 0.1µf (100nF)
• Inductance shall not exceed 1mH
• Resistance shall not exceed 50 Ohms.
2
to 2.5mm
MKII-AOP - The Fyreye MKII optical smoke detector (MKII-AOP) uses a pulsing IR LED &
photodiode to detect IR scatter caused by smoke entering the chamber.
The detector is particularly suitable for detecting optically dense smoke, involving
materials such as soft furnishings, PVC, plastic, foam and all similar materials which
produce small visible particles (0.5 to 10μm).
MKII-AHR, MKII-AHF and MKII-AHF/CS90 - The Fyreye MKII Rate of Rise heat detector
(MKII-AHR) uses a thermistor arrangement to sense a quick rise in temperature and also a
final threshold temperature of 57°C. The Fyreye fixed heat detector (MKII-AHF) has a
single thermistor arrangement that gives an alarm at a temperature of 57°C, where the
MKII-AHF/ CS90 give an alarm above 86°C.
(SCM-LCM)
Maximum Wiring Run (Metres)
861
1290
2000
2
. These cables are screened, and will provide good EMC
31
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Questions and answers
How to identify double address detector
To identify a double address detector in the Zeta Alarm Systems SMARTCONNECT SMART6, check the DIP switch address settings. A double address detector will respond to two consecutive addresses. If two detectors are configured with the same DIP switch settings or respond to the same address, this indicates a double address condition. Use the DIP switch table to verify that each detector has a unique address.
This answer is automatically generated