TRANFOVIA(NINGBO) EQUIPMENT TECHNOLOGY CO.,LTD

Transformer Radiator Assembly Turnover Table

Transformer Radiator Assembly Turnover Table lifts and rotates completed radiator assemblies for multi-position welding. Supports 4000 mm assemblies with hydraulic lifting and powered rotation.

Product Introduction

The Transformer Radiator Assembly Turnover Table is designed for lifting, rotating, and positioning completed transformer radiator assemblies during header pipe welding and final assembly.

After radiator panels and header pipes are assembled, the machine uses hydraulic lifting and powered rotation to change the working position of the radiator, allowing operators to access different welding sides safely and efficiently.

With a heavy-duty platform, geared rotation system, and handheld control station, the equipment helps reduce manual handling and improves positioning efficiency during radiator assembly.

It is especially suitable for large radiator assemblies up to 4000 mm in length.

Capacity

> 2,000 kg

Max assembly length

4,000 mm

Overall size

4,200 × 1,300 × 3,000 mm

Motion

Hydraulic lift + geared rotation

Position in Transformer Radiator Production Line

The Radiator Assembly Turnover Table is used after radiator panels have been stacked and assembled with the header pipes.

Typical downstream assembly process:

Automatic Panel Stacking → Transformer Radiator Assembly Fixture → Header Pipe Positioning & Welding → Radiator Assembly Turnover → Opposite-Side Welding → Final Inspection

After one side of the radiator assembly is positioned and welded, the turnover table lifts and rotates the complete assembly to provide a suitable working position for the remaining welding operations.

This reduces repeated crane handling and makes multi-position radiator welding and assembly more efficient.

Key Features

  • Hydraulic Lifting System

The radiator assembly is lifted by a hydraulic cylinder system, providing stable movement for large and heavy workpieces.

  •  Powered Assembly Rotation

A reduction gear motor drives the turnover movement, allowing the complete radiator assembly to be rotated into the required welding position.

  • Suitable for Large Radiator Assemblies

The machine is designed for radiator assemblies up to 4000 mm in length and heavy-duty applications involving assemblies weighing over 2000 kg.

  • Heavy-Duty Support Platform

The lifting platform uses a 25 mm steel fixed plate with a welded 40 × 80 × 3.75 mm square-tube structure, providing good rigidity during lifting and rotation.

  • Convenient Handheld Control

The centralized electrical system is equipped with a handheld pendant control, allowing the operator to adjust the radiator position close to the working area.

Technical Parameters

Overall Dimensions 4200 × 1300 × 3000 mm
Applicable Radiator Length Up to 4000 mm
Assembly Weight Over 2000 kg application
Lifting Method Hydraulic Cylinder
Rotation Method Reduction Gear Motor Drive
Base Structure No.16 Channel Steel Welded Frame
Fixed Platform Plate 25 mm Steel Plate
Platform Frame 40 × 80 × 3.75 mm Square Tube
Control System Central Electrical Control + Handheld Pendant

FAQ

  1. How is the radiator assembly rotated?

Rotation is driven by a reduction gear motor, providing controlled turnover of the complete assembly.

  1. Where is this machine used in the production process?

It is used after radiator panel assembly and header pipe positioning, mainly for multi-position welding of the completed radiator assembly.

  1. How is the machine controlled?

The machine uses centralized electrical control with a handheld pendant station for convenient operation.

  1. Is the machine suitable for heavy radiator assemblies?

Yes. The standard design is intended for large radiator assemblies, including applications with workpiece weights above 2000 kg.

  1. What is the machine frame made of?

The base uses No.16 channel steel, while the lifting platform incorporates a heavy-duty welded steel structure.

  1. Can the turnover table be customized?

Yes. The working dimensions and load configuration can be adapted according to radiator size and assembly requirements.

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