CR9000(C) Specifications
Page 1
... specific values. INTERNAL BATTERIES: Sealed rechargeable with auto baud detection. Photo credit: NASA. Measurements, timing, and setup done by shutting off power to 18 Vdc TYPICAL CURRENT DRAIN: Base system with Campbell Scientific before purchase. 7 Refer to 2 A rate. DC CHARGING: 9.6 to 18 Vdc input charges internal batteries at up to specifications for each (0.5 kg) WARRANTY Three years against high-voltage transients. EXTERNAL BATTERIES: External...
... specific values. INTERNAL BATTERIES: Sealed rechargeable with auto baud detection. Photo credit: NASA. Measurements, timing, and setup done by shutting off power to 18 Vdc TYPICAL CURRENT DRAIN: Base system with Campbell Scientific before purchase. 7 Refer to 2 A rate. DC CHARGING: 9.6 to 18 Vdc input charges internal batteries at up to specifications for each (0.5 kg) WARRANTY Three years against high-voltage transients. EXTERNAL BATTERIES: External...
CR9000(C) Specifications
Page 2
...;0.02% of Full Scale Range over . Copyright © 1994, 2003 Campbell Scientific, Inc. Uses excitation reversal to +70°C MINIMUM SCAN TIME PER MODULE: VoltDiff: 1285 µs (778 samples per second) + integration time for no input reversal (RevDiff=0); each channel has its own isolation ground for a complete listing of external bridge resistors. CR9000 & CR9000C I /O MODULE Counter Channels COUNTER CHANNELS PER MODULE: 12 MAXIMUM COUNTS...
...;0.02% of Full Scale Range over . Copyright © 1994, 2003 Campbell Scientific, Inc. Uses excitation reversal to +70°C MINIMUM SCAN TIME PER MODULE: VoltDiff: 1285 µs (778 samples per second) + integration time for no input reversal (RevDiff=0); each channel has its own isolation ground for a complete listing of external bridge resistors. CR9000 & CR9000C I /O MODULE Counter Channels COUNTER CHANNELS PER MODULE: 12 MAXIMUM COUNTS...