Omega OM-CP-RFCURRENT2000A User Manual page 8

OM-CP-RFCURRENT2000A
Measurement
Sensor Type Current Sensing Circuitry
Nominal Range
Measurement Range
Maximum Voltage
Between Inputs to Ground
Measurement Resolution
Calibrated Accuracy
Input Impedance
Absolute Maximum Current
Input Connection Terminal Ports: one positive, one negative and a ground terminal port.
Analog Conversion Time 150 mS
Frequency Rejection 50+60 Hz
Temperature Coefficient < ± 50 ppm/°C typical
Response Time 0.15 Seconds at Sensor
Wireless
RF Frequency
Maximum Output Power +0dBm typical
Receiver Sensitivity
(OM-CP-RFC1000-EXT)
Transmission Distance
(to other OM-CP-RFC1000's)
Transmission Distance
(to data loggers)
WARNING: MAY LEAK, FLAME OR EXPLODE IF DISASSEMBLED, SHORTED, CHARGED, CONNECTED TOGETHER, MIXED WITH USED OR OTHER
BATTERIES, AND/OR EXPOSED TO FIRE/HIGH TEMPERATURE. DISCARD USED BATTERY PROMPTLY, KEEP OUT OF REACH OF CHILDREN.
20 mA
-2 mA to +30 mA
2.5 V
0.0005 mA for 20 mA
±0.0025 mA
10 Ω
±232 mA for 2 Seconds
2.45GHz IEEE 802.15.4 ultra-low power wireless transceiver with fully
bi-directional communication
Band ISM band 2.405-2.475 GHz, Operation (channels 11 through 25) @ 250 kbps
-95dBm typical
2000' max. outdoors (line of sight unobstructed)
Range
500' max. indoors (typical urban)
• OM-CP-RFC1000-EXT
4,000' max. outdoors - line of sight unobstructed
1,000' max. indoors - typical urban environment
• OM-CP-RFC1000-EUR
2,500' max. outdoors - line of sight unobstructed
700' max. indoors - typical urban environment
• OM-CP-RFC1000-IP69K
4,000' max. outdoors - line of sight unobstructed
1,000' max. indoors - typical urban environment
• OM-CP-RFC1000-EXT, OM-CP-RFC1000-EUR & OM-CP-RFC1000-IP69K
2,000' max. outdoors - line of sight unobstructed
500' max. indoors - typical urban environment
Specifications subject to change.
See Omega's terms and conditions at www.omega.com
160 mA
-160 mA to +160 mA
2.5 V
0.01 mA for 160 mA
±0.01 mA
1 Ω
±707 mA for 2 Seconds
Battery Warning
3 A
-3 A to +3 A
2.5 V
0.0001 A for 3A
±0.0001 A
0.02 Ω
±5 A for 2 Seconds