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Rail Free Steel Wire Rope Winch For Aluminum Billet Casting Machine

Rail Free Steel Wire Rope Winch For Aluminum Billet Casting Machine

Brand Name: Bolv
Model Number: 20T
MOQ: 1 set
Price: USD 360,000
Packaging Details: Standard export packaging (carbon box, pallet, film)
Detail Information
Place of Origin:
China
Rated Lifting Capacity:
5-60 Tons
Lifting Height:
4 To 12 Meters
Casting Size Range:
4-26 Inches
Lifting Speed:
30 To 800mm/min Infinitely Adjustable, With Manual Descent Device
Working Conditions:
Intermittent Start-up
Application:
Aluminum Ingot Or/ And Billet Casting, Aluminum Liquid Transfer
Supply Ability:
30 sets/ year
Highlight:

Rail Free Wire Rope Winch

,

Steel Wire Rope Winch

,

Non Rail Wire Rope Winch

Product Description
Rail Free Steel Wire Rope Winch For Aluminum Billet Casting Machine
Product Overview

The winch casting machine is a rail-free steel wire rope type system designed for aluminum billet casting applications. The complete supply includes winch mechanism (drum, reducer, pulley, steel wire rope), caisson, wellhead frame, tilting mechanism, hydraulic cylinder, hydraulic system, and electrical control system.

Technical Specifications
  • Stroke greater than 6 meters with single drum configuration
  • Four steel wire ropes for enhanced stability
  • Drum constructed from welded seamless pipes (200mm diameter)
  • 50-meter multi-strand all-steel core lifting wire rope
  • Stainless steel bolts for wire rope length adjustment
  • Maximum load capacity: 1 ton (at high water level)
  • Motor power: 3.7kW
Performance Parameters
Parameter Specification
Rated Lifting Capacity 5-60 tons
Lifting Height 4 to 12 meters
Casting Size Range 4-26 inches
Lifting Speed 30 to 800mm/min infinitely adjustable, with manual descent device
Working Conditions Intermittent start-up
Application Aluminum ingot or/and billet casting, aluminum liquid transfer
Shafe Model 6210
Main Slider Groove ф20mm steel wire rope groove
Hydraulic Tilt Arm Welded by 25mm steel plate
Bottom Material 250*100*10 square pipes and 25mm steel plates
Frequently Asked Questions
What are the key points of daily inspection?
Aluminum liquid temperature/level, flow channel/filtration, crystallizer (water temperature/pressure/flow rate), casting speed/traction, and surface quality of cast rod.
What is the regular maintenance cycle?

Daily: Clean the slag from the furnace mouth/flow channel; inspect the burner, ignition system, and seals.

Weekly: Verify thermocouples/temperature control instruments; clean the scale in the water gap of the crystallizer; check the integrity of the filter plate.

Monthly: Conduct a comprehensive inspection of the lining thickness/cracks; calibrate the casting speed and traction synchronization; replace aged sealing rings/gaskets.

Annually: Overhaul the furnace body (repair/reline the furnace lining); conduct a comprehensive inspection and maintenance of the casting machinery and electronic control system.

Safety precautions?

High temperature protection: Wear high temperature resistant clothing, protective face masks, and heat-insulating gloves to avoid burns.

Explosion protection: Leakage is strictly prohibited in gas furnaces, and regular leak detection is required; moist materials are prohibited inside the furnace to prevent explosions caused by water encountering aluminum liquid.

Emergency response: Equip with dry powder fire extinguishers and dry sand.

Reasons for cast rod dimensions out of tolerance (ellipsoidal, bent, uneven diameter)?

Reasons: Deformation/wear of the crystallizer, uneven cooling water, unstable casting speed, asynchronous traction machine, uneven base.

Solutions:

  • Crystallizer: Regularly inspect the roundness/wear of the inner wall, and replace promptly if exceeding tolerance; clean scale from water gaps to ensure uniform cooling.
  • Speed/Traction: Stabilize casting speed, calibrate synchronicity of traction machine; ensure base is level and reduce vibration.
Reasons for cast rod porosity/shrinkage cavity (internal voids, poor density)?

Reasons: Excessively high pouring temperature, too fast casting speed, insufficient cooling, poor shrinkage compensation, and wide solidification range of the alloy.

Solutions:

  • Temperature/Speed: Reduce pouring temperature, appropriately decrease casting speed, and extend solidification time.
  • Cooling: Enhance cooling intensity of crystallizer to ensure sufficient secondary cooling; optimize water flow distribution in crystallizer.
  • Shrinkage compensation: Design runner reasonably, strengthen riser for shrinkage compensation, and reduce shrinkage cavities.