Battery Level Measurements

Conductance Range:
2V: 100-15K (Mhos)
12V: 100-4.2K (Cell-Mhos)

Test Current: 
2V: 1.5 AMPS RMS @ 2.25V Typical
12V: .7 AMPS RMS @ 13.5V Typical

2V/12V Battery Accuracy: +/-10mv

Temperature (negative post): 
Range: 0° C to +65°C
Accuracy: +/- 2°C

Communication Interfaces:
Ethernet-TCP/IP @ 100 Mbps
4c USB-A
USB-B virtual comport (57.6 kps) w/ cable adapter

Alarm Outputs:
Major Alarm Output: Form C Binary/Dry Contact
Minor Alarm Output: Form C Binary/Dry Contact

Alarm Inputs:
2 Binary Alarm Inputs (Dry Contact)
2 Analog Alarm Inputs (0 to +10V Range)

Wireless Architecture:
Communication between BCU and Sensors is IEEE 802.15.4
Compliant RF transport @ 2.4 Ghz

Sensor Transmit Power: 8mW (6.3 dBm)

BCU Transmit Power: 8mW (6.3 dBm)

Power Requirements:
Base Coordinator Module: 
Powered by battery string voltage converter, or 9V DC wall plug adapter (optional)

Base Coordinator Module: 
Powered from the battery (CGBC-DC 60)

Sensor Power: 
Powered from the monitored mono-block/cell/jar

Sensor Voltage:
2V Sensor: 1.75V to 2.5V
12V: 10.5V to 15.0V

String/Sensor Configuration:
Max number of strings: 10
Max number of sensors per string: 240
Max number of total sensors: 2400

Sensor (2V & 12V): Test load and power paths are fused
Battery String Voltage Converter: Power leads fuse protected

Redgulatory Compliance: FCC, CE, RoHS, WEEE compliant

Operating: 0C to +65C
Storage: -10C to +80C

Physical Dimensions:
Base Coordinator Unit: 
7.802 in L, 4.472 in W, 1.443 in H
191.18 mm L, 113.6 mm W, 36.65 mm H