Page 4
SPECIFICATIONS
POWER OUTPUT
Regulated Power Output ............ 20 Vdc ± 10% @ 30 mA maximum (use to power an external sensor)
INPUT SIGNAL
Voltage Range ................................ 0 to 17.5 Vdc
Voltage Impedance ...................... >100 KΩ
Current Range................................. 0 to 30 mA
Current Impedance ....................... 250 Ω
OUTPUT SIGNAL
Voltage Range ................................ 0 to 17.5 Vdc
Voltage Impedance ...................... 3K Ω @ 17.5 Vdc
Current Range................................. 0 to 30 mA
Current Impedance ....................... 650 Ω at 20 mA
Accuracy ........................................... ±1%
GENERAL
Power Supply .................................. 23 to 28 Vdc, 22 to 26 Vac (half-wave rectified)
Consumption .................................. 100 mA maximum
Protection Circuitry ....................... Reverse voltage protected, overvoltage protected
Operating Conditions .................. 0 to 50°C (32 to 122°F), 5 to 95 %RH non-condensing
Storage Conditions ....................... -30 to 70°C (-22 to 158°F), 5 to 95 %RH non-condensing
Wiring Connections ...................... Screw terminal block (14 to 2 2AWG)
Enclosure .......................................... Snap track mounting standard, 59.7mm L x 82.5mm W (2.35" x 3.25")
Country of Origin ..............................Canada
Apply the minimum input voltage signal and note the output signal on the meter. If the output reading is
correct, leave the OFFSET jumper in the 0 position and continue to the next step.
If the output reading must be increased to the desired value, then move the OFFSET jumper to the +
position and adjust the OFF pot to obtain the correct minimum output on the meter.
If the output reading must be decreased to the desired value, then move the OFFSET jumper to the -
position and adjust the OFF pot to obtain the correct minimum output on the meter.
Remember that increasing or decreasing the offset value will also increase or decrease the maximum
output by the same amount.
STEP 8
Reverse action adjustment
If a reverse acting output signal is required (5-1 V for example), then move the REV/NORM jumper to the
REV position. If this is not required then proceed to the next step.
Apply the minimum voltage input signal and adjust the REV pot for the maximum required output signal.
STEP 9
Make final jumper settings
If jumper settings are to be changed, first disconnect the power and input/output connections.
If a current input signal is required, then move the IN jumper to the mA position.
If a current output signal is required, then move the OUT jumper to the mA position.
Check the operation of the device with the correct signal types for proper signal rescaling and operation.
IN-GE-GTASMXXX-01 03/20
Copyright © Greystone Energy Systems, Inc. All Rights Reserved Phone: +1 506 853 3057 Web: www.greystoneenergy.com
