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BMS energy storage power PCBA board foundry material vacuum reflow welding

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BMS energy storage power PCBA board foundry material vacuum reflow welding

Name: BMS energy storage power PCBA board foundry material vacuum reflow welding
Brand: Shenzhen Dasonghe Trading Co., Ltd.

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MOQ : 100 Pieces

BMS energy storage power PCBA board foundry material vacuum reflow welding Specification

Charging Voltage
Up to 60V DC (customized as per BMS type)

Output
Energy bus or pack terminals

Components
MOSFETs, MCU, Balancing Resistors, Connectors, SMT/Through-hole devices

IP Rating
Not rated for standalone PCBA (depends on enclosure)

Sensors Specification
Temperature sensors: NTC/Analog, built-in for pack monitoring

Response Time
<10ms (short-circuit/over-current protection)

Display Type
N/A (common PCBA type; external display optional)

Usage
Battery Pack / Energy Storage System

Processor Speed
Depends on built-in MCU (typically 8/32-bit, 16-72MHz)

Operating Temperature
-20C to 70C

Power Source
Connected Battery/External DC

Thermal Conductivity
Standard for FR4 PCB material (0.3~0.5 W/mK)

Features
Cell balancing, over-voltage/under-voltage/over-current/short-circuit protection, vacuum reflow process

Input
Battery cell group input; customizable cell series

Power Supply
DC Supply

Interface
Wire terminals, JST, Molex, or custom connectors

Product Type
PCBA (Printed Circuit Board Assembly)

Application
BMS, energy storage systems, industrial battery modules

Rated Voltage
12V/24V/48V (customizable as per application)

Supply Voltage
3.2V-60V (configurable per design)

Size
Varies by model; example: 120mm x 60mm

Dimension (L*W*H)
Example: 120 x 60 x 18 mm

Function
BMS energy storage power management and protection

Color
Green (PCB), mixed component colors

Weight
Approx. 80g (varies with dimension and BOM)

Current Rating
20A/50A/100A/200A (as built or designed)

Capacity
Up to 200A (customizable)

Thickness
1.6mm (standard PCB)

Frequency
Applicable for DC and low-frequency AC monitoring

Minimum Solder Mask Clearance
0.1mm

Manufacturing Process
Vacuum reflow soldering, SMT & through-hole components

Surface Finish
Lead-Free HASL/RoHS compliance (default)

Assembly Method
Automated SMT pick-and-place, vacuum reflow, AOI inspection

PCB Material
FR4 (standard flame retardant epoxy) core

Test Coverage
100% functional/electrical test; ICT on request

Trace Width/Spacing
0.15mm (standard industrial)

Component Mounting
Mixed SMT & PTH (through-hole)

Conformal Coating
Optional (acrylic/polyurethane conformal available)

Connection Type
Solder pads, plug-in connector headers

BMS energy storage power PCBA board foundry material vacuum reflow welding Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About BMS energy storage power PCBA board foundry material vacuum reflow welding

Buy Online the finest BMS energy storage power PCBA board, a trending choice among champion manufacturers and distributors. Fabricated with flame-retardant FR4 core, it utilizes advanced vacuum reflow welding, automated SMT pick-and-place, and inestimable AOI inspection for in-depth quality control. This limited stock item features mixed SMT and through-hole assembly, RoHS-compliant lead-free HASL finish, and supports up to 200A capacity with custom voltage options. Perfect for battery packs, energy storage systems, and industrial energy management modules-order now and experience industry-leading protection and performance.

Performance & Application in Energy Storage Systems

Our BMS energy storage power PCBA board is meticulously engineered using the finest FR4 epoxy material, ensuring outstanding flame-retardancy and mechanical toughness. Designed for multi-faceted usage, it serves as an inestimable asset in battery packs, energy storage installations, and industrial battery modules. With automated vacuum reflow soldering and superior assembly, each unit guarantees consistent power management and champion-level protection in every application.

Certification, Export Value & Shipping

Certified for RoHS compliance with robust lead-free HASL surface, every board meets top-tier industry standards. Our goods transport system ensures rapid FOB China port delivery, optimizing expenditure for retailers, importers, and exporters. Market value is reinforced by sample availability for trial and evaluation, confirming our standing as a reputable international supplier that emphasizes reliability, cost efficiency, and inestimable quality throughout the logistics process.

FAQ's of BMS energy storage power PCBA board foundry material vacuum reflow welding:

Q: How does the vacuum reflow soldering process benefit the BMS energy storage PCBA board?

A: Vacuum reflow soldering eliminates voids and ensures more reliable solder joints. This results in enhanced electrical performance and durability, making the PCBA ideal for demanding energy storage and battery management applications.

Q: What certifications does this BMS PCBA board carry?

A: This PCBA board is manufactured to RoHS standards and features a lead-free HASL surface finish, ensuring environmental compliance and safety for energy storage and industrial use.

Q: Where can the BMS energy storage power PCBA board be used?

A: It is suitable for battery packs, energy storage systems, and a variety of industrial battery modules. The board's voltage and current parameters can be customized for optimal integration into different applications.

Q: What is the usage process for installing this PCBA board?

A: Installation is straightforward with available solder pads, plug-in headers, and wire terminals. The board supports both SMT and through-hole mounting for a versatile assembly process suited to varied setups.

Q: When should sample evaluation be considered before bulk purchase?

A: Sample evaluation is recommended to verify technical compatibility and ensure the PCBA's features align with your application's requirements before committing to large-scale purchasing.

Q: How does the PCBA ensure safety and power management in battery systems?

A: It provides cell balancing, over-voltage, under-voltage, over-current, and short-circuit protection-ensuring comprehensive safety and effective energy management within any battery configuration.

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