EEA-PAM-581-D-33 Vickers
Wake Industrial LLC is not an authorized distributor of this product.
The Vickers EEA-PAM-581-D-33 is part of the EEA-PAM Power Amplifiers series and operates with a 24 VDC supply voltage. It features a maximum solenoid current of 3.2 A and has a reference voltage output of +10 VDC at 5 mA. This amplifier includes a DIN 41612 F48 male edge connector and multiple input impedances, including 100 ohms for current command input and 47 kOhm for voltage command input.
Internal Product Review
The EEA-PAM-581-D-33 from Vickers is a power amplifier designed for precise electrohydraulic control, featuring a supply voltage of 24 VDC and a maximum solenoid current of 3.2 A. Its voltage command input impedance of 47 kΩ and deadband compensation factory setting of 10% contribute to stable and responsive performance. This model is well-suited for demanding automation applications requiring reliable signal processing.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The EEA-PAM-581-D-33 is a plug-in power amplifier card from Vickers in the EEA-PAM Power Amplifiers series. The board conditions command and feedback signals so a proportional solenoid valve receives the correct current for precise hydraulic flow or pressure control in automated machinery.
It draws logic and drive power from a 24 VDC supply, and the internal reference generator provides +10 VDC so external controllers can scale command voltages without an additional source. When a current command signal is used, the board presents 100 Ω of input impedance, minimizing burden on PLC analog outputs, while the feed-forward input is higher at 6 kΩ, promoting sensitivity to dynamic changes. The output stage can deliver up to 3.2 A of solenoid current, allowing operation of high-force proportional valves. At zero-volt command the amplifier still supplies 1.7 A, a residual bias that helps overcome mechanical friction. A factory deadband compensation of 10 % is preset to linearize the valve around null.
System integration is through a DIN 41612 F48 male connector, which routes command, feedback, and power lines to the cabinet backplane. A dedicated +15 VDC LVDT supply supports position feedback transducers, and sensor current loops encounter 100 Ω of input impedance, while voltage feedback paths face 1 MΩ, preventing loading errors. The voltage command path is buffered by 47 kΩ, so noise picked up on long cables is attenuated. For ramped set-point changes the generator input also sees 10 kΩ, producing predictable RC time constants when external capacitors are added. The reference source can source up to 5 mA, adequate for multiple parallel loads. A 10 kΩ monitor point permits direct oscilloscope connection without affecting the control loop. These remaining attributes complete the card’s signal conditioning and diagnostic functions.
