DALY BMS S-type Smart LiFePO4 Battery Protection Board with bluetooth RS485 CAN Built-in Parallel Module High Current Resistance Waterproof Efficient Temperature Control

Features:

1.Advanced Waterproofing: IP-rated waterproofing ensures that the BMS performs reliably in various environmental conditions, providing optimal battery protection in harsh and wet environments.

2.Integrated Parallel Connection Module: The built-in parallel connection module allows for seamless integration with numerous types of battery packs, optimizing power output and enhancing overall system efficiency for complex setups.

3.Compact and High-Efficiency Design: The compact form factor of the BMS facilitates easy integration into various applications without compromising performance, ensuring efficient space utilization and consistent energy management.

4.Comprehensive Temperature Control: The advanced thermal design ensures low temperature rise during operation, maintaining optimal performance and extending battery life by effectively managing heat dissipation.

5.Intelligent Monitoring and Communication: Featuring built-in bluetooth, RS485, and CAN communication interfaces, this BMS provides real-time monitoring and control through your smart device, enhancing user convenience and operational flexibility.

Package Included:

1 x S-type Smart BMS

2 x B-P- Output Line (gift)

1 x bluetooth Module (gift)

1 x Cables

1 x NTC

1 x CAN/485 5-pin

Installation and wiring in 3 easy steps:

Step 1: Solder the sampling cables: The first cable in black in the sampling cable set is connected to the negative terminal of the battery, the second cable (red) is connected to the positive terminal of the first string of batteries, and the third cable (red) is connected to the positive terminal of the second string of batteries. And so on, until all cables are connected.
Step 2: Check the cables: After connecting the cables, measure the voltage between two adjacent cables starting from the header to make sure there are no wrong connections or missing connections.
Step 3: Connect the output wires: Connect the B- wire of BMS to the total negative terminal of the battery pack, and then plug the sampling cable to BMS. After activating the BMS, make sure that the voltage (battery voltage) between B+ & B- and the voltage between P+ & P- are consistent.