DCM 433/437 - CURRENT BRIDGE AMPLIFIERS
he DCM series provides adjustable excitation voltage and
signal amplification for any strain gage transducer. The
T
DCM 433/437 provide on-board low pass filtering to eliminate noise
problems commonly associated with strain gage load cell signal
conditioners. The DCM 433/437 provides a 4-20 mA output.
GENERAL
• CHANNELS:
• TEMPERATURE:
• MATERIAL:
• POWER REQUIRED:
• TARE RANGE:
1
0˚ to 70˚ C
Hi Impact Plastic
115 Vac - 433
10 to 36 Vdc - 437
80% F.S. - 433
68% F.S. - 437
TRANSDUCER
• EXCITATION:
• INPUTS ACCEPTED:
• CALIBRATION METHOD:
• BRIDGE RESISTANCE:
5 to 15 Vdc Adjustable
5 to 50 mv - 433
2.5 to 50 mv - 437
Potentiometer
120 ohm min.
AMPLIFIER
• ACCURACY:
• ANALOG OUTPUT:
• BANDWIDTH:
±0.05%
4-20mA or 0-20 (437)
10 Hz - 433
10 Hz - 437
PHYSICAL
• DIMENSIONS:
3.75"L x 2.0"W x 3.0"H
• 4-20 MA OUTPUT
•LOW COST/IN STOCK
• AC OR DC OPERATION
DCM 433/437
BRIDGE AMPLIFIER
DCM 460/465 - VOLTAGE BRIDGE AMPLIFIERS
he DCM series provides adjustable excitation voltage and
signal amplification for any strain gage transducer. The sig-
T
nal gain may be adjusted from 40 to 1000 making it the ideal unit for
application where a digital readout or serial link is not required. The DCM
460 and 465 both provide up to a 0-10 Vdc output, while the DCM 460
offers greater bandwidth for faster settling time.
GENERAL
• CHANNELS:
• TEMPERATURE:
• MATERIAL:
• POWER REQUIRED:
TRANSDUCER
• EXCITATION:
• INPUTS ACCEPTED:
• CALIBRATION METHOD:
• BRIDGE RESISTANCE:
AMPLIFIER
• ACCURACY:
• ANALOG OUTPUT:
• GAIN RANGE:
• RESPONSE TIME:
PHYSICAL
• DIMENSIONS:
1
0˚ to 70˚ C
Hi Impact Plastic, Epoxy Potting
115 Vac
4 to 15 Vdc Adjustable
±250 mV Max
Potentiometer
120 ohm min.
±0.05%
Adjustable to 10 Vdc depending on gain
40 to 1000 w/ Ext. Resistor - 465
40-250 - DCM 460
3 Hz - 465
2 KHz - 460
3.75"L x 2.0"W x 3.0"H
COOPER INSTRUMENTS & SYSTEMS
• 0-5 VDC OR 0-10 VDC OUTPUT
•LOW COST/IN STOCK
•EASY TO CALIBRATE
• COMPACT SIZE
DCM 460/465
www.cooperinstruments.com sales@cooperinstruments.com
1-800-344-3921
10/22/03