LIXISE
LIXiSE AIG6210 Single Genset Controller | 240\*128 Multi-Language LCD Panel With Bluetooth Debug, Black Box & Battery Aging Detection
LIXiSE AIG6210 Single Genset Controller | 240\*128 Multi-Language LCD Panel With Bluetooth Debug, Black Box & Battery Aging Detection
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AIG62X0 Series Product Description
Product Overview
AIG62X0 series power station automation controller is specially developed for automatic monitoring systems of single diesel generator sets. Built with 32-bit microprocessor technology, it realizes automatic start & stop of gensets, precise measurement of multiple operating parameters, fault alarm protection, as well as three-remote functions (remote measurement, remote signaling, remote control).
This controller adopts a 240*128 graphic LCD display, supporting Simplified Chinese, English and other customizable multi-language interfaces. All operational parameters can be adjusted directly via the front panel buttons. Users can also remotely modify and monitor parameters by connecting a PC through USB, RS485, Bluetooth, 4G or WIFI interfaces. Featuring compact structure, simple wiring and outstanding stability, it is universally compatible with all types of generator set automatic control systems.
Core Exclusive Functions
- Patented Black Box Technology It continuously records complete running data before fault shutdown occurs, which helps maintenance technicians quickly locate failure causes and shorten troubleshooting time.
- Bluetooth Local Wireless Communication Direct wireless connection with the generator controller; users can access full black box fault records without SIM card or cellular data traffic.
- Built-in Fault Feedback Module One-click fault submission function enables fast manufacturer response, efficiently solving after-sales maintenance difficulties.
- Storage Battery Aging Detection Real-time monitoring of battery health status to avoid startup failure caused by aging batteries, greatly improving genset startup stability.
- Ultra-high Reliability Standard Optimized hardware circuit design and strict standardized production process control, limiting the annual failure rate to only 0.1%.
