Description
WOODWARD EASYGEN-3500-5 P2 8440-2145 Industrial Control Module
The WOODWARD EASYGEN-3500-5 P2 8440-2145 serves as a critical component for managing complex power generation systems, particularly in environments requiring precise genset automation. This module excels at handling synchronization, load sharing, and system monitoring tasks across multiple generator setups, making it a go-to solution for industrial power management where reliability can’t be compromised.
| Parameter | Specification |
|---|---|
| Manufacturer | WOODWARD |
| Model Number | EASYGEN-3500-5 P2 8440-2145 |
| Series | easYgen-3000 |
| Operating Voltage | 220 V |
| Power Supply | 12/24 Vdc (8-40 Vdc range) |
| Operating Temperature | -30°C to 80°C (-22°F to 176°F) |
| Physical Dimensions | 282W x 217H x 99D mm |
| Certification | Industry Standard Compliance |

Field engineers frequently deploy this module in power plants with multiple generator banks, offshore energy platforms requiring redundant systems, and large-scale manufacturing facilities where power fluctuations could disrupt production. Its ability to manage up to 32 generators across different bus segments proves particularly valuable in expanding industrial complexes. Our inventory includes complementary models like the 8440-1713/D and 9907-149 controllers, allowing for seamless system expansions or retrofits.

What sets this module apart is its dual-channel CANopen interface for connecting up to 16 LS-5 circuit breakers, combined with adaptive control algorithms that optimize generator performance under varying loads. The front panel’s intuitive interface reduces configuration time by 40% compared to older models, according to field reports from technicians. While its 11-bit analog resolution might seem modest on paper, real-world testing in 2023 showed superior noise immunity in high-vibration environments compared to similar units from competitors like GE and Schneider. The modular design simplifies component replacement during unplanned outages, with users noting 75% faster recovery times in critical infrastructure applications.




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