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| Code | SH-3T | SH-5T |
| Loading | 3T | 5T |
| Working Height | 850mm | |
| Working Stroke | 500mm | 600mm |
| Transformer Body Size | Length: 700–1600mm | Width: 200–900mm | Height: 200–900mm | |
| Lifting Speed (Adjustable) | V = 40mm/s | |
| Working Pressure | P = 14MPa | |
Features a positioning accuracy of ±0.05mm, ensuring precise alignment of amorphous core body components during assembly. This avoids misalignment-induced magnetic loss, directly guaranteeing the electromagnetic performance and energy efficiency of final amorphous transformers/inductors.
Comes with a scratch-resistant worktop and adjustable soft supports. It effectively prevents scratches, cracks, or deformation of fragile amorphous alloy sheets (a key pain point in amorphous processing), reducing material waste and rework rates.
Adapts to various sizes and structures of amorphous core bodies (e.g., for distribution transformers, special inductors). No need for frequent equipment modification, improving adaptability to diverse production demands and reducing setup time.
Streamlines manual assembly workflows by optimizing component positioning and operation space. It minimizes human errors, shortens assembly cycles, and complies with industrial quality standards, ensuring consistent reliability of assembled core bodies.
It is widely used in assembling core bodies for amorphous alloy distribution transformers, power transformers, and dry-type amorphous transformers. It precisely positions and assembles amorphous alloy laminations, ensuring tight fit and intact magnetic circuits of the core. This avoids magnetic loss caused by misalignment, directly supporting the low-noise, high-energy-efficiency performance of amorphous transformers (a key demand in power grid upgrading).
For manufacturing high-frequency amorphous inductors (e.g., in new energy vehicle power systems) and amorphous power reactors (e.g., for power factor correction), the table assembles amorphous core bodies into stable structures. Its scratch-resistant design protects fragile amorphous materials, ensuring the inductors/reactors maintain stable electromagnetic characteristics during long-term operation.
It adapts to small-batch, high-precision assembly needs of amorphous alloy motor cores and amorphous current transformers (used in industrial control systems). By adjusting supports and positioning parameters, it meets the unique core body structure requirements of these special devices, guaranteeing assembly quality matches their high-performance standards.
