N93-572-88 Issue 12 NH Page 45 of 52 © Protec Fire Detection plc 2020
10.0 6100 Technical Specification
General System Specification
Ambient Temperature Range
95% RH (no condensation, or icing)
Meets IP30 if mounted in a dry position that does not exceed the temperature
and humidity limits given. DO NOT position in areas subject to direct sunlight.
3 points surface mount or flush ( no bezel required when flush mounting )
24 Hours, assuming 100mA quiescent current then 700mA in-alarm current for
30 minutes. ( Note that currents are additions of panel, alarm, loop, auxiliary
24V and fire link ). The exact standby time must be calculated and then verified
by measurement
Power Supply Specification
Maximum Quiescent Load, Imax_a
647mA ( 22mA panel, 200mA loop, 150mA aux. 24V, 275mA battery charge )
372mA ( 22mA panel, 200mA loop, 150mA aux. 24V )
Maximum Alarm Load, Imax_b
1026mA ( 56mA panel, 600mA loop, 200mA alarm, 150mA aux. 24V, 20mA
fire-link ). Batteries are not charged during an alarm condition
Minimum Load, Imin, panel only
22mA ( panel normal, 30 seconds after a mains failure )
56mA ( panel in alarm, 30 seconds after a mains failure )
Current Consumption from Batteries
( low battery cut-off condition)
Less than 150μA ( 6100 is turned off )
1.6A time delay ( not user or engineer replaceable )
2 x 12V 3.3Ah Sealed Lead Acid ( connected in series )
Only use batteries recommended by Protec ( see appendix 1 )
24 – 29V dc with mains present , 17 – 29V dc on batteries
400mV maximum ( peak to peak ) at full output load
27.3V at 20 degrees C. Temperature compensated at
– 40mV / deg C. Protected by 1.6A self resetting thermal fuse
47Ω ( internal to the 6100 )
Battery Over Voltage Fault Level
Battery Under Voltage Fault Level
Battery Low Voltage Cut-off Level
18.5V dc Battery Voltage ( 6100 turns off )
Charger dip, battery load and internal impedance
Maximum Battery Resistance ( Ri )
2Ω ( battery internal resistance + lead and connection resistances )
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