The EATON EEA-PAM-535-A-32 is a precision electronic amplifier from the Vickers series, designed specifically for controlling KFTG4V-5 and KFDG4V-5 series proportional valves. This amplifier module converts low-power command signals into controlled current outputs to precisely position proportional valve spools, enabling accurate control of hydraulic flow and pressure in industrial systems.
Optimized for KFTG4V-5,2 and KFDG4V-5,2 series proportional valves, ensuring perfect compatibility and control performance
Fully adjustable parameters to match specific valve characteristics and application requirements
24VDC nominal power supply with undervoltage lockout below 18VDC for reliable operation
Reverse polarity protection prevents damage from incorrect wiring
Overload detection with automatic reset for enhanced system protection
Maximum solenoid current: 2.7A, sufficient for most industrial proportional valves
Compact design weighing 330g for easy panel mounting
Power Supply: 24VDC nominal, 50W maximum power consumption
Undervoltage Shutdown:
Output Resistance: 50 ohms
Maximum Coil Current: 2.7A
Input Current at 0V Command Signal: 0.3A
Weight: 330g
Protection Features: Reverse polarity, overload detection with auto-reset

This amplifier is widely used in industrial hydraulic systems requiring precise proportional control, including injection molding machines, metal forming equipment, test rigs, and mobile hydraulics. It enables accurate regulation of actuator speed, force, and position through proportional valve control
The EEA-PAM-535-A-32 features onboard adjustments for ramp times, gain, and bias, allowing fine-tuning of valve response for specific applications. The amplifier accepts various command signal types including 0-10V and 4-20mA, making it compatible with PLCs, motion controllers, and manual potentiometers. Proper shielding and grounding practices are recommended for optimal performance in electrically noisy environments.
Manufactured under Eaton's Vickers brand quality standards, this amplifier meets industrial requirements for reliability and performance in demanding hydraulic applications.



