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G122-824-002   P-I Servoamplifier

G122-824-002   P-I Servoamplifier

The G122-824 P-I Servoamplifier is used in closed loop applications where a proportional and/or integral amplifier is needed. Selector switches inside the amplifier enable proportional, integral or both to be selected. Many aspects of the amplifier’s characteristics can be selected with internal switches. This enables one amplifier to be used in many different applications. The configuration options provided are the result of many years of experience in designing and commissioning closed loop systems.

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Essential details:G122-824-002   P-I Servoamplifier

The G122-824 P-I Servoamplifier is used in closed loop applications where a proportional and/or integral amplifier is needed. Selector switches inside the amplifier enable proportional, integral or both to be selected. Many aspects of the amplifier’s characteristics can be selected with internal switches. This enables one amplifier to be used in many different applications. The configuration options provided are the result of many years of experience in designing and commissioning closed loop systems.
The Servoamplifier employs analog electronics. It accepts three input signals, two single ended and one differential.
These are summed to produce an error signal which is then amplified proportionally and also integrated. The proportional and integral signals are switched together and output as a current or voltage to drive a servovalve.
Front panel trim pots, LED indicators and test points allow fast and easy setup and aid in trouble shooting. The servoamplifier is housed in a compact DIN rail mounting enclosure and requires a +24V supply

G122-824-002

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G122-824-002   P-I Servoamplifier

Switch selections
Input 1 lag on or off
Feedback input 4-20 mA or ±10 V
Input 2 4-20 mA or ±10 V
Proportional control, integral control or both
Integrator input from unity gain or amplified error signal
Integrator limit
Output current or voltage
Output current level
Dither on or off
Plug-in resistors
Input 2 = 100k for ±10 V
Feedback derivative term = not loaded
Proportional gain range = 100k for 1 to 20 range
Input 2 direct to output amp = not loaded