Connecting Plate
Соединительная пластина
Placa de conexión
The 332113220 Connecting Plate is a precision‑engineered structural component designed to provide a strong, reliable interface between chassis members, hydraulic mounts, and suspension brackets on XCMG articulated dump trucks. As a non‑engine auxiliary part, this connecting plate ensures positive load transfer, accurate alignment, and enhanced structural rigidity, reducing stress concentrations and preventing premature fatigue failure. Manufactured from high‑strength carbon steel with a corrosion‑resistant zinc‑nickel plating and a durable black powder‑coat finish, the 332113220 connecting plate delivers exceptional tensile strength, impact resistance, and long‑term durability, making it an indispensable component for maintaining chassis integrity in the most demanding mining, quarrying, and heavy construction operations.
The 332113220 Connecting Plate is a precision‑engineered structural component designed to provide a strong, reliable interface between chassis members, hydraulic mounts, and suspension brackets on XCMG articulated dump trucks.
As a non‑engine auxiliary part, this connecting plate ensures positive load transfer, accurate alignment, and enhanced structural rigidity, reducing stress concentrations and preventing premature fatigue failure.
In heavy‑duty mining and construction applications, chassis components are subjected to immense dynamic loads and torsional stresses. A robust connection is essential to maintain vehicle stability and durability.
The 332113220 connecting plate is engineered to distribute loads evenly across its surface, preventing localized stress that could lead to cracking or deformation of surrounding structures.
Manufactured from high‑strength carbon steel with a corrosion‑resistant zinc‑nickel plating and a durable black powder‑coat finish, this plate delivers exceptional tensile strength, impact resistance, and long‑term durability.
This component is a direct OEM replacement, restoring original structural integrity after damage or wear, ensuring that the vehicle’s chassis remains strong and reliable throughout its service life.
The 332113220 Connecting Plate plays a vital role in maintaining the structural integrity of the vehicle by effectively transferring loads between connected components.
In suspension systems, it links the axle brackets to the chassis frame, ensuring that forces from the wheels and terrain are smoothly absorbed and distributed without causing undue stress on any single point.
This load‑spreading capability reduces the risk of fatigue cracking in the chassis, which is a common failure mode in heavy equipment operating under harsh conditions.
By providing a large, flat bearing surface and precisely located mounting holes, the plate ensures that bolts and fasteners are not subjected to bending or shear forces beyond their design limits.
Regular inspection of connecting plates is recommended to check for signs of distortion, corrosion, or loosening of fasteners. Any damaged plates should be replaced immediately.
The 332113220 Connecting Plate features a carefully engineered design that balances strength, weight, and ease of installation.
The plate is laser‑cut from high‑strength steel and then precision‑flattened to achieve a flatness of ≤ 0.10 mm, ensuring an even, gapless fit against mating surfaces.
Six precision‑located mounting holes (13.5 mm diameter) are arranged in a symmetric pattern, allowing the plate to be used on both left‑ and right‑hand applications without modification.
The hole positions are counterbored to accept M12 fasteners with heads that sit flush, providing a clean, snag‑free surface that does not interfere with adjacent components.
Reinforcing gussets are integrated into the plate’s edges to increase stiffness and resistance to bending, ensuring that the plate maintains its shape even under high loads.
All edges are deburred and radiused to prevent sharp edges that could damage hoses, wiring, or personnel during maintenance.
The 332113220 Connecting Plate is protected by a dual‑layer coating system that ensures exceptional resistance to corrosion and mechanical wear.
The base layer is a zinc‑nickel electroplating that provides cathodic protection and offers over 500 hours of salt spray resistance (ASTM B117), far exceeding standard zinc plating.
The top coat is a black powder coating that is baked on to form a tough, abrasion‑resistant finish. This coating provides excellent resistance to stone chipping, UV degradation, and chemical exposure.
The combination of these coatings ensures that the connecting plate retains its protective properties and appearance even after years of service in aggressive mining and construction environments.
The black finish also blends seamlessly with the vehicle’s chassis, maintaining a professional and uniform appearance.
The 332113220 Connecting Plate is fabricated from premium Q355D carbon steel (equivalent to S355J2), a material that offers an excellent balance of strength, toughness, and weldability.
Q355D provides a minimum yield strength of 355 MPa and excellent impact toughness at low temperatures, ensuring reliable performance in cold climates.
The material’s low carbon equivalent ensures good formability and weldability, making it suitable for the laser‑cutting and forming processes used in the plate’s manufacture.
Each plate is produced in ISO 9001 and ISO 14001 certified facilities, with strict process controls at every stage – from raw material verification to final inspection.
The chemical composition is verified using spectrometer analysis, ensuring it meets the specified requirements for carbon, manganese, silicon, and other alloying elements.
Dimensional accuracy is verified using precision measurement tools, with critical hole positions, hole diameters, and flatness checked against the engineering drawings to ensure a perfect fit.
The result is a connecting plate that delivers consistent, reliable performance, with a service life that matches or exceeds that of the original equipment.
The 332113220 Connecting Plate is a critical component for ensuring the long‑term reliability and safety of XCMG articulated dump trucks.
In heavy equipment, the chassis is the backbone of the vehicle, and any weakness in the connections between its members can lead to structural failure, costly downtime, and safety hazards.
A poorly designed or damaged connecting plate can allow movement between components, causing misalignment, accelerated wear of bushings and bearings, and eventual failure of the suspension or steering system.
The 332113220 plate eliminates these risks by providing a rigid, precisely engineered interface that maintains component alignment and load distribution.
Regular inspection of connecting plates is recommended during routine maintenance. Signs of corrosion, deformation, or loosening of fasteners should be addressed immediately.
Using a genuine XCMG 332113220 connecting plate ensures that the replacement part meets the original design specifications, providing the intended level of strength and reliability.
The 332113220 Connecting Plate is specifically designed for use in XCMG articulated dump trucks, including the XDA30, XDA40, XDA45, XDA45U, XDA60, and TA30 series models.
These vehicles are deployed in a wide range of demanding applications, including open‑pit mining, quarrying, heavy construction, water conservancy, harbour operations, and large‑scale earthmoving projects.
The connecting plate is commonly used to fasten suspension brackets, hydraulic cylinder mounts, and chassis cross‑members, ensuring a secure and robust connection.
Beyond articulated dump trucks, this plate can also be used in other XCMG equipment that employs similar mounting configurations, such as wheel loaders, crawler dozers, excavators, and motor graders.
The plate’s standard dimensions and bolt pattern make it a versatile replacement part for a wide range of heavy machinery, providing flexibility for maintenance and repair operations.
When replacing a worn or damaged connecting plate, using the genuine 332113220 part ensures correct fitment, material strength, and coating quality, safeguarding the equipment from structural failure.
It is always recommended to inspect the mounting bolts and surrounding structure when installing a new plate, and to use new fasteners to ensure a secure installation.
Installing the 332113220 Connecting Plate is a straightforward process that can be completed with basic hand tools, minimizing downtime and installation effort.
Before installation, thoroughly clean the mounting surfaces on both the chassis and the component to be attached, removing any dirt, rust, or debris that could affect the plate’s seating or alignment.
Position the connecting plate between the two components, aligning the six mounting holes with the corresponding threaded holes or studs.
Insert the M12 bolts and hand‑tighten them to engage the threads. Then, using a torque wrench, tighten the bolts to the recommended torque of 80–100 N·m, following a cross‑pattern sequence to ensure even clamping pressure.
Verify that the plate is correctly positioned and that there is no gap between the plate and the mating surfaces. The plate should be fully seated and parallel to both faces.
During routine maintenance, inspect the connecting plate for signs of corrosion, deformation, or loosening of fasteners. Re‑tighten bolts to the recommended torque as needed.
If any damage or significant wear is detected, replace the plate immediately. Keeping a spare 332113220 connecting plate on hand can help minimize downtime during unexpected repairs.
The 332113220 Connecting Plate is manufactured in ISO 9001 and ISO 14001 certified facilities, adhering to the highest quality and environmental management standards.
The raw material, Q355D steel, is sourced from approved mills and undergoes rigorous incoming inspection, including chemical analysis, tensile testing, and impact testing.
The laser‑cutting process is precisely controlled, with regular tooling maintenance and dimensional checks to ensure consistent part geometry and hole positioning.
The zinc‑nickel plating and powder coating processes are carefully monitored, with coating thickness and adhesion verified using non‑destructive testing methods.
Each connecting plate is 100% inspected for visual defects, dimensional accuracy, flatness, and coating integrity. A sample from each production batch is subjected to salt spray testing and load‑deflection testing.
These rigorous quality assurance measures guarantee that every 332113220 connecting plate delivers the reliability, strength, and durability expected from a genuine XCMG component.
Using genuine XCMG 332113220 connecting plates guarantees proper fit, optimal load transfer, and compatibility with the vehicle’s structural systems.
The 332113220 Connecting Plate is an essential component for maintaining the structural strength, alignment, and reliability of XCMG articulated dump trucks.
As a non‑engine structural part, this plate provides a robust, precision‑engineered interface that ensures positive load transfer and accurate positioning of chassis, suspension, and hydraulic components.
Its high‑strength carbon steel construction, advanced corrosion‑resistant coating, and precision‑machined hole patterns ensure exceptional durability, dimensional stability, and long‑term performance in the most demanding mining, quarrying, and construction environments.
With its precise OEM fitment and uncompromising quality, this connecting plate offers outstanding value and peace of mind for fleet operators, maintenance professionals, and equipment owners alike.
Choosing the genuine XCMG 332113220 connecting plate protects your equipment from structural failures, reduces maintenance costs, and ensures that your articulated dump truck remains productive, reliable, and safe.
Always source genuine XCMG parts from authorised distributors to guarantee authenticity, compliance with OEM specifications, and long‑term performance.
Whether for planned maintenance or emergency repairs, the 332113220 connecting plate is the trusted choice of professionals who demand the highest standards of quality and reliability in their heavy equipment.
