Cooper-instruments-systems DCM 470 Voltage/Current In-Line Amplifier Bedienungsanleitung

CF138  DCM470Rev.EM1000‐C User Guide DCM 470 Cooper Instruments & Systems PO Box 3048 Warrenton, VA 20188 800-

CF138  DCM470Rev.EM1000‐C Table of Contents Default Settings...

CF138  DCM470Rev.EM1000‐C Default Settings • Input Range: 0 to +/-2 mV/V • Excitation Voltage: 10 VDC • Output Range: +/-10 VDC, 4-20 mA

CF138  DCM470Rev.EM1000‐C Standard Span & Zero Adjustment Once all of the connections are complete, you can begin to set up the sensor/am

CF138  DCM470Rev.EM1000‐C1. Determine the value of the shunt resistor needed 2. Connect the shunt resistor in the spot labeled ‘RSH’. 3. Pres

CF138  DCM470Rev.EM1000‐CEx. If your application requires a lower output voltage than 10 VDC, then the 5 VDC option is available to use. All

CF138  DCM470Rev.EM1000‐CEx. If your application requires a higher bandwidth in order to account for the higher frequency signals, such as th

CF138  DCM470Rev.EM1000‐CWarranty Limited Warranty on Products Any Cooper Instruments product which, under normal operating conditions, pro