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Charging control module PCBA contractor material SMT patch processing circuit board

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Charging control module PCBA contractor material SMT patch processing circuit board

Name: Charging control module PCBA contractor material SMT patch processing circuit board
Brand: Shenzhen Dasonghe Trading Co., Ltd.

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MOQ : 100 Pieces

Charging control module PCBA contractor material SMT patch processing circuit board Specification

IP Rating
IP20 (bare PCB)

Power Supply
External DC supply

Sensors Specification
Supports integration with Hall or current sensors (optional)

Power Source
External DC supply

Response Time
<1ms for relay actuation

Charging Voltage
12-24V DC

Thermal Conductivity
Standard FR4 PCB, 0.25 W/mK

Display Type
No onboard display

Operating Temperature
-20C to +70C

Input
Digital signal inputs, AC/DC voltage inputs

Components
Microcontroller, MOSFETs, diodes, resistors, connectors, relay driver

Processor Speed
Up to 72 MHz (based on MCU specification)

Output
Relay contacts, digital/analog output

Features
Over-current protection, short-circuit protection, contactor control, compact SMT design

Interface
Screw terminal, JST, or Molex connectors

Usage
Electric vehicle charging, smart power modules

Product Type
SMT patch processing PCBA circuit board

Application
EV charging stations, battery management, power electronics

Rated Voltage
12V / 24V DC (custom configurable)

Supply Voltage
DC 12-24V

Size
Custom as per design

Dimension (L*W*H)
Approx. 100mm x 64mm x 20mm

Function
Charging control, power management, and contractor relay control

Color
Green (PCB), multicolor components

Weight
~45g

Current Rating
Up to 40A relay control

Capacity
Up to 40A contractor relay control

Thickness
1.6mm (PCB)

Frequency
DC operation; compatible with 50/60Hz relay systems

Number of Layers
2-layer PCB

Customization
Circuit and firmware customizable as per project requirement

RoHS Compliance
Yes

Control Method
Microcontroller-based digital control

Firmware Upgradeability
Supported via ICSP or UART

Manufacturing Process
Automated SMT assembly with AOI inspection

Connector Types
Multi-pin terminal blocks, screw connectors

Storage Temperature
-40C to +85C

Mounting Type
Surface Mount Technology (SMT)

Test Points
Integrated for quality control and debugging

Isolation Voltage
Up to 1kV (between control and relay contacts)

PCB Material
FR4

PCB Finish
Lead-free HASL

Insulation Resistance
>100M at 500V DC

Charging control module PCBA contractor material SMT patch processing circuit board Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Charging control module PCBA contractor material SMT patch processing circuit board

Experience sizzling savings and flawless performance with our latest Charging Control Module PCBA, meticulously decorated for astonishing efficiency. Built on premium FR4 material, this 2-layer circuit board utilizes advanced SMT processing for compactness and precision. Seamlessly manage charging and contractor relay functions with microcontroller-based digital control. RoHS compliance ensures safety, while innovations like integrated test points and firmware upgradeability add value. Its robust design withstands wide temperature ranges and guarantees astonishing insulation resistance, making it the ideal solution for EV charging stations and smart power modules.

Versatile Surface Application & Adaptive Use Methods

Our Charging Control Module PCBA fits diverse environments, perfectly suited for integration into electric vehicle charging stations, battery management systems, and smart power modules. Its surface mount technology (SMT) ensures efficient application in automated assembly lines. Designed as a component for OEM manufacturing or custom project integration, it is ideal for use by dealers, distributors, and manufacturers seeking high-reliability power management and relay control solutions in both commercial and industrial sectors.

Packaging, Export Markets & Certifications

Each board is securely packaged for safe goods transport, ensuring product integrity from factory to destination. We cater to a global market, with main export regions including North America, Europe, and Asia. Offerings are customized based on purchase order and quotation specifics, providing flexibility for volume buyers. Certified for RoHS compliance and adhering to strict quality standards, our PCBA modules ensure exceptional reliability for international customers and partners.

FAQ's of Charging control module PCBA contractor material SMT patch processing circuit board:

Q: How is the Charging Control Module PCBA typically used?

A: The module is primarily used for charging control, power management, and contractor relay control in applications such as electric vehicle charging stations, battery management systems, and smart power modules.

Q: What certifications and safety features does this PCBA module have?

A: It is RoHS compliant, features over-current and short-circuit protection, and provides high insulation resistance and isolation voltage up to 1kV, ensuring a high degree of safety and reliability.

Q: When should I choose this SMT patch processing circuit board for my project?

A: This module is ideal for projects requiring digital charging control, robust relay actuation, firmware upgradeability, and integration flexibility, especially where compact form and regulatory compliance are needed.

Q: What is the process for ordering and exporting the PCBA modules?

A: Orders are processed based on purchase order and quotation. The modules are carefully packaged for export and shipped using trusted goods transport partners, ensuring on-time and safe delivery to international markets.

Q: Where can these modules be integrated or installed?

A: They can be integrated into electric vehicle charging infrastructure, power electronics products, or battery management systems across commercial, industrial, and utility-scale installations.

Q: How does the firmware upgrade feature benefit the end user?

A: Firmware upgradeability enables easy updates and customization, ensuring the board can adapt to evolving system requirements and extend its operational longevity without the need for hardware replacement.

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