HYDRAFORCE
4204820

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Hydraforce directly.***
The Hydraforce ECDR-0101A (4204820) is a compact, plugin-style valve driver tailored for hydraulic proportional valve applications. This microprocessor-based device is specifically designed to control a single coil with a user-defined metering profile, making it highly suitable for precise hydraulic control systems. It incorporates the HFImpulse configuration tool, which facilitates easy setup via a web-accessible interface. The tool allows users to adjust settings and configurations to meet specific application requirements efficiently. The ECDR-0101A operates by receiving input from common analog interface devices such as joysticks, potentiometers, and sensors. This input then proportionally drives the output current to the hydraulic valve. For operational convenience and monitoring, the device features an LED output indicator on its front panel. Diagnostic capabilities of the ECDR-0101A include automatic detection of supply voltage inadequacies or wiring issues. If supply voltage falls below acceptable levels or in cases of short or open circuit conditions, the controller defaults to a valve-off mode, thereby ensuring safety and preventing damage by holding the output in an inactive standby state. Additionally, this model is part of a broader range that includes multiple configurations or "personalities" such as EVDRA for general purposes, ETDRA for transmission applications, and EGDRA for generator control. These options allow users to select a variant that best fits their specific needs within different specialized applications. This flexibility combined with its advanced diagnostic and configurable features makes the Hydraforce ECDR-0101A an essential component for enhancing performance in various hydraulic system setups.