EEA-PAM-571-B-32
Wake Industrial LLC is not an authorized distributor of this product.
- Straightforward Pricing: No Rush Fees, No Credit Card Fees
EEA-PAM-5**-B-32 Power Amplifier Card Series for Proportional Control Valves manufactured by Vickers. The EEA-PAM-571-B-32 Card is For Proportional Valve CVU-**-EFP1 and has a Power Supply Nominal Voltage of 24V DC x 50W.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Motion control is an investment that requires you to find reliable and safe products that will last longer and offer matchless performance. And that is what Vickers’s commitment has remained over the years, prioritizing the machine needs of its customers. Whether you are considering supply modules, servo motors, drive controllers, servo drives, gearing, power cables or even gearing, you can conveniently find at Vickers. All these will exhibit extreme ruggedness, innovation, power, and safety. Also, these products are configurable to suit specific application requirements and can accommodate various appliances.
The EEA-PAM-571-B-32 is one of the high-quality amplifiers designed by Vickers to remain powerful and future proof for machine users and designers. The ideal temperature to transport or store the unit is -12 to +185F (-25 to +850C) while the ambient operating temperature is 0 to 500C (32 to 122 F). The unit’s estimated weight is 0.4 kgs and you should strive to prevent signal loss at d2 pin as this occurrence leads to polarity and can cause erratic motion. This will have an adverse effect on performance.
The EEA-PAM-571-B-32 amplifier’s pin z22 for control output has a supply voltage of 15 V but for the LVDTs, while the output voltage for control output at pin z2 is estimated to be 10 V +/- 1% X 5 mA. The voltage at b2 stands at 10V (+/- 1%) x 5 mA. The unit’s voltage control is less than 20 mV.
The EEA-PAM-571-B-32 amplifier’s command signal input’s direct voltage pins include b8, b6, z8, as well as b10. The inverting voltage pin is the z10. This signal input’s voltage is +/-10V while the input voltage (impedance) stands at 47 kΩ.
