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Yileide E8-JFBU-30V25A Lithium Battery Charger User Manual User manual for the Yileide E8-JFBU-30V25A Lithium Battery Charger. This intelligent 100-240Vac input balance charger is designed for 8S LiFePO4 batteries and features CAN BUS communication. It includes detailed specifications, operating instructions, LED indicator guide, and essential safety warnings. |
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Yileide E8-JFBM-24V25A Lead Acid Battery Charger User Manual User manual for the Yileide E8-JFBM-24V25A Lead Acid Battery Charger, detailing features, specifications, instructions, LED indicators, and safety warnings. |
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YILEIDE E1500W Series Battery Charger User Manual for Golf Carts Comprehensive user manual for the YILEIDE E1500W Series 48V 15A / 36V 18A Battery Charger, designed for golf carts. Includes specifications, LED status explanations, and safety instructions. |
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Yileide 29.4V15A Lead Acid Battery Charger User Manual User manual for the Yileide 29.4V15A Lead Acid Battery Charger. Provides instructions, specifications, LED status indicators, and essential safety warnings for operating the charger. |
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YILEIDE-E800W Seris Battery Charger User Manual User manual for the YILEIDE-E800W Seris Battery Charger, designed for charging golf cart lead-acid batteries. Provides detailed specifications, LED status explanations, and essential safety warnings. |
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Yileide 29.2V25A LiFePO4 Battery Charger User Manual | Specifications & Safety Comprehensive user manual for the Yileide 29.2V25A LiFePO4 Battery Charger. Includes detailed specifications, LED status indicators, and essential safety warnings for proper operation. |
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Yileide Battery Charger CAN Bus Communication Specification This document details the CAN bus communication protocol, message formats, and operational logic for Yileide battery chargers, including specifications for the Battery Management System (BMS), Motor Controller (MCU), and Charger Control System (CCS) based on CAN2.0b and J1939 standards. |
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充电机与 BMS 管理系统 Modbus 通讯规约及点表 本文件详细阐述了充电机与 BMS 管理系统之间的 Modbus RTU 通讯规约,涵盖了通讯协议的基本原理、报文格式、功能码、数据域、校验码计算方法,以及关键寄存器的定义。提供实际通讯示例,是集成和开发 BMS 充电系统的重要技术参考。 |