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D
OCUMENT
301900,
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EVISION
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48
E
PI
S
ENSOR
U
SER
G
UIDE
Use with Non-Kinemetrics
Data Loggers
If you are using the EpiSensor with a non-Kinemetrics data logger you must
match the power, calibration and output of the EpiSensor with that of the
recorder. Kinemetrics Services Group can provide help with this and can
also supply conversion boxes to interface to some commonly used seismic
instrumentation.
Power Supply
The standard EpiSensor requires a well-regulated, low-noise
"
12V (
"
5%)
or
"
15V (
"
5%) supply that can provide adequate current for the
configuration you are using. The supply should be low-noise – less than 50
mV of ripple.
The single supply option can tolerate a relatively wide input range from
10 to 18 VDC. The supply should be low-noise and have less than 100 mV
of ripple to ensure low-noise performance of the sensor.
Caution:
Incorrect power to the EpiSensor can cause incorrect readings
and may damage the sensor. If the voltage is too low the EpiSensor will
not attain its full-scale output and the data will be corrupted. Never
supply more than +/-15.75V to the unit and be sure the connections are
the correct polarity. The EpiSensor has no protection against reversed
polarity connections. Reversed power connections will severely
damage the instrument!
The
single supply
option requires 10-18V DC supplied to the positive
power connection. Exceeding 18 VDC will damage the instrument as will
reversing the connections. Do not connect anything to the negative power
connection terminal when using the single supply option – damage to the
power supply or instrument could result. If less than 10V is applied the
EpiSensor will not attain its full-scale output and the data will be corrupted.
The current required for the EpiSensor can be calculated using the table
below. The supply should be capable of supplying the maximum load for
the sensor under operating conditions. The quiescent current is the best
figure to use for sizing batteries or solar charging systems.
!