About WOODWARD 8440-1799 Part Number For The EasYgen-350 Genset Controller
WOODWARD 8440-1799 Part Number For The EasYgen-350 Genset Controller
Technical Specifications
- Power Input: 12/24V DC (Operational range generally supports standard industrial DC power)
- Measuring Voltage: 277/480V AC (IEC compliance)
- Frequency: 50/60 Hz compatibility
- Weight: Approximately 450 grams
- Mounting: Panel mounted design
Core Capabilities
- Generator Control: Provides complete control and protection management for standalone diesel/gas generator sets.
- Automation: Supports automated engine start/stop sequences, transfer switch operations, and mains/generator voltage monitoring.
- Industry Applications: Commonly deployed across the power industry, commercial backup power systems, and petrochemical sectors.
Advanced Generator Control and SynchronizationThe EasYgen-350 offers automatic control and precise synchronization for single or multiple gensets, making it suitable for diverse applications. Its microprocessor-based design facilitates efficient load sharing and system stability, while the integrated LCD provides real-time monitoring of key electrical parameters such as voltage, current, frequency, power, and power factor.
Rugged, User-Friendly DesignBuilt for durability, the EasYgen-350 comes with a polycarbonate front panel, metal housing, and an IP54-rated front, ensuring reliable operation in industrial and outdoor settings. User interaction is simplified with a multifunction backlit LCD and an integrated audible alarm for immediate alerts.
Flexible Communication and Firmware UpgradeabilitySeamless integration into modern automation systems is achieved through the RS-485 (Modbus RTU) interface. Field firmware can be upgraded via the communication port, maximizing longevity and adaptability to changing requirements without removing the controller from service.
FAQ's of WOODWARD 8440-1799 Part Number For The EasYgen-350 Genset Controller:
Q: How do I upgrade the firmware on the WOODWARD EasYgen-350 controller?
A: Firmware updates for the EasYgen-350 can be performed in the field through the RS-485 (Modbus RTU) communication port. Follow the manufacturer's instructions to connect to the controller and safely load the latest firmware, ensuring minimal downtime.
Q: What applications is the EasYgen-350 controller best suited for?
A: The EasYgen-350 is ideal for generator control, synchronization, protection, and monitoring. It supports both single and multi-genset systems in industrial, commercial, and utility environments where automatic power management is critical.
Q: When should I use the configurable output relays in this controller?
A: The configurable output relays should be assigned based on your operational requirements, such as signaling faults, start/stop commands, or to activate auxiliary equipment. Programming is straightforward through the device's setup menu.
Q: Where can I mount the EasYgen-350 controller and what is included for installation?
A: The EasYgen-350 is panel-mounted and includes a standard mounting kit for convenient installation in control panels. The controller's design meets industrial panel standards and provides IP54 protection at the front.
Q: What is the process for integrating the EasYgen-350 with an existing automation system?
A: Integration is accomplished via the RS-485 (Modbus RTU) communication interface. Configure the communication parameters to match your system and follow the communication protocol for real-time data exchange and remote control.
Q: How does the controller ensure data retention during power loss?
A: The EasYgen-350 utilizes non-volatile EEPROM memory, which safely retains configuration and operational data even during power outages, eliminating the need for an internal battery and ensuring long-term reliability.
Q: What benefits does the EasYgen-350 offer over traditional genset controllers?
A: The EasYgen-350 delivers high efficiency, flexible communication, robust protection, and easy field upgrades. Its user-friendly interface, wide voltage input, and advanced synchronization capabilities offer significant advantages in modern generator management.