Warranty: 1 YEARS ,Part name: Power battery bracket A 2120211-TE8A0
The Power Battery Bracket A (Part No.: 2120211-TE8A0) is exclusively engineered to match the original specifications of new energy power trucks, including Dongfeng Jinka EV, Sinotruk Howo EV, and FAW Jiefang EV series equipped with 60kWh-200kWh LFP (lithium iron phosphate) battery packs. Its key parameters—1300mm×900mm×150mm dimensions, 16 M12 threaded mounting holes (spaced 220mm horizontally, 180mm vertically), and left-oriented 5° tilt angle—align precisely with the truck’s chassis beam (OE part 2120210-TE8A0) and battery pack bottom interface. The bracket’s 1200mm×800mm supporting surface fits the battery pack’s footprint perfectly, while integrated positioning pins match the battery’s pre-drilled holes. As an OE-matching component, it requires no drilling or welding, directly replacing the original bracket while preserving the battery system’s structural balance and compliance with GB/T 31467.3-2015 standards
Product Attributes
Warranty: 1 YEARS ,Part name: Power battery bracket A 2120211-TE8A0
PRODUCT DESCRIPTION
Heavy-Duty Load-Bearing: Securing High-Capacity Battery Packs
Built to stably support heavy-duty battery packs (weight up to 800kg), the bracket delivers exceptional load-bearing performance. It is fabricated from high-strength low-alloy steel (Q550 grade) with a minimum yield strength of 550MPa and tensile strength of 670-830MPa—outperforming Q460 steel by 20% in load resistance. The 8mm-thick main frame integrates 10mm-thick triangular reinforcing ribs at stress points (mounting holes, bracket corners), distributing static and dynamic loads evenly across the chassis. Under dynamic road conditions (bumps, turns, emergency braking), the bracket maintains maximum deflection ≤1.5mm (at full load), preventing battery pack shifting that could damage electrical connectors or cell modules. In static load tests, it withstands 1200kg (150% of rated load) for 24 hours without permanent deformation
Multi-Layer Structural Protection: Safeguarding Battery Integrity
Engineered to protect the battery pack from external impacts and mechanical damage, the bracket features a comprehensive protective design. The front edge is equipped with a 12mm-thick steel bumper that absorbs impact energy (up to 50J) from road debris or minor collisions, preventing direct force transmission to the battery casing. The supporting surface integrates rubber cushioning pads (EPDM material, 5mm thickness) that reduce vibration transfer by 40% and prevent metal-to-metal contact between the bracket and battery. Side guardrails (height 80mm) limit lateral movement of the battery pack during sharp turns, while drainage holes (12mm diameter) at the bottom prevent water accumulation that could cause corrosion. The bracket’s open-frame design also facilitates heat dissipation from the battery pack, avoiding overheating risks
Extreme Environment Durability: Withstanding Harsh Operating Conditions
Designed for the rigorous operating environments of commercial NEVs, the bracket exhibits exceptional durability across diverse climates and road conditions. It undergoes a four-step anti-corrosion process: zinc phosphate pretreatment (12μm), electrophoretic primer (20μm), epoxy-polyester powder coating (90μm), and clear passivation layer—passing 2000-hour salt spray testing (ASTM B117) with no red rust, suitable for coastal and snowy regions. The steel structure maintains integrity at extreme temperatures from -40℃ (northeast China winters) to 120℃ (engine bay heat radiation), passing 500 thermal cycles (-30℃ to 100℃) without coating peeling. It also resists vibration (500,000 cycles, 5-2000Hz, ISO 16750-3) and mechanical abrasion, ensuring a service life of ≥8 years/400,000km—matching the battery pack’s lifespan
Precision Positioning & Easy Installation: Reducing Downtime
Optimized for efficient NEV fleet maintenance, the bracket combines precision positioning with user-friendly installation. Four conical locating pins (diameter 20mm, length 30mm) fit into the chassis’s pre-drilled holes, ensuring initial positioning accuracy within ±0.5mm. Slotted adjustment holes (20mm×12mm) allow ±6mm micro-adjustment, accommodating minor chassis deformation or battery dimensional variations. The package includes 16 M12×50 grade 10.9 high-strength bolts, lock washers, and flat washers—matching OE torque requirements (180-200N·m). Installation requires only a hydraulic torque wrench; two technicians can complete the process in 50 minutes or less. Clear labeling (“LEFT FRONT” and “BATTERY SIDE”) and part number engraving prevent reverse installation, while the modular design allows easy replacement of damaged guardrails without removing the entire bracket
TECHNICAL SUPPORT
1. Accessories selection consultation
- Provide ** intelligent selection tools ** (such as parts matching query system), input the vehicle model VIN code or engine model to match the corresponding parts number, reducing the selection error rate.
The technical team is available online 7×12 hours to answer technical questions about accessories (such as material compatibility and installation processes).
2. Customized development support
We offer specialized R&D services for special market demands (such as heat dissipation accessories for high-temperature regions in the Middle East and dedicated suspension components for road conditions in Africa), and complete sample delivery within six weeks.
3. Training and Technical materials
Provide remote/on-site training for the customer's after-sales team (such as diagnosis of electrical control accessories and DPF regeneration operation), along with multilingual versions of the "Accessories Installation Manual" and "Troubleshooting Guide".
4. Quality Traceability and Improvement
Through the QR code traceability system (one product, one code), track the production batch of accessories and the source of raw materials, respond quickly to quality complaints and initiate improvement processes.
AFTER-SALES AND LOGISTICS SUPPORT