Remote Control Mining Winch For Mine Haulage
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Remote Control Mining Winch For Mine Haulage

Underground: Fits high‑gas, high‑dust, wet tunnels in coal and metal mines. Needs explosion‑proof and dust‑proof design.

Surface: Works in open‑pit mines with extreme heat, cold, sandstorms, etc.
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Product Introduction
Application Scenarios & Working Conditions
Remote Control Mining Winch For Mine Haulage

Operating environment

Underground: Fits high‑gas, high‑dust, wet tunnels in coal and metal mines. Needs explosion‑proof and dust‑proof design.

Surface: Works in open‑pit mines with extreme heat, cold, sandstorms, etc.

Remote Control Mining Winch For Mine Haulage

Mine types

Coal mines: Meets explosion‑proof safety standards – suitable for working faces and tunnel haulage.

Metal mines: Covers ferrous and non‑ferrous metal mines – for ramp transport and vertical shaft hoisting.

Remote Control Mining Winch For Mine Haulage

Typical jobs

Hauling: Moving mine cars, repositioning equipment, transporting roof support materials.

Hoisting: Lifting personnel in vertical/inclined shafts, hoisting ore, lowering tunneling gear.

Transport: Moving materials along horizontal tunnels, heavy towing on ramps.

Remote Control Mining Winch For Mine Haulage

Mounting spots

Shaft top / pit bottom, inclined shaft hoist rooms, tunnel chambers, fixed work platforms at surface mines.

 

Structure & Key Components
 

Base load‑bearing structure: One‑piece welded high‑strength frame, box‑beam design.

 

Component / System Description
Base Load-Bearing Structure One-piece welded high-strength frame, box-beam design.
Drum System Multi-layer winding drum (with rope guide), rope anchor.
Drive System Reducer (planetary / helical gear), coupling, drive shaft.
Brake System Disc or shoe brake, hydraulic / pneumatic power unit.
Power System Explosion-proof or standard motor, control cabinet.
Safety System Overwind protection, slack rope protection, load sensor.
Remote Control System Wireless remote controller, signal receiver, antenna, signal amplifier.

 

How It Works & Operating Logic

Remote control operation:

  • Remote controller sends commands (start, stop, speed change, direction change, etc.).
  • Receiver picks up the signal and sends it to the electrical control system.
  • Control system then runs the motor, brake, and other actuators.
  • Signal encryption and anti‑interference design – ensures safe, reliable command transmission.

Motor drive:

Squirrel‑cage induction motor – flameproof type for underground use. Supports VFD speed control.

Reduction & braking:

Reduction: Hardened gear reducer turns high speed low torque into low speed high torque.

Braking: Two systems – service brake (normal stop) and emergency brake (panic stop). Hydraulic/pneumatic servo control.

Load control:

Closed‑loop system monitors rope tension in real time.

Constant‑speed hoisting / constant torque output.

Automatically detects load weight and adjusts operating parameters.

 

Key Technical Specs (Typical Configuration)
 
Parameter Typical Range
Rated Load 5–100 t (custom up to 200 t)
Rope Speed 0.5–3.5 m/s (VFD adjustable)
Drum Capacity 100–1000 m (customized by shaft depth)
Motor Power 37–500 kW
Power Supply 380V / 660V / 1140V three-phase AC
Working Slope 0–45° (inclined shaft) / 90° (vertical shaft)
Remote Control Range 100–500 m (underground vs surface different)
Signal Frequency 433 MHz / 868 MHz (industrial bands)

 

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Safety & Mining Compliance

Explosion‑proof design: Flameproof motor, intrinsically safe control system – meets coal mine safety regulations.

Safety protections:

  • Emergency brake: Automatically engages within ≤0.2 s on power loss.
  • Overload protection: Stops automatically when load exceeds rated by 15%.
  • Overwind protection: Mechanical + electronic dual limit.
  • Remote control safety: Remote has an emergency stop button, low battery alarm, and signal loss protection.

 

 

Materials, Durability & IP Rating

Main structure: Q355B high‑strength steel, welded and stress‑relieved by annealing.

Wear parts:

Drum surface induction hardened – hardness ≥HRC45.

Wire rope galvanized or plastic‑coated – breaking force ≥1.5× rated load.

Gear surfaces carburized and hardened – hardness ≥HRC58.

Environmental protection: IP55 – works from -20°C to +40°C, 95% humidity.

Remote control parts: Remote controller has IP65 – stands up to tough mine conditions.

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Installation, Operation & Maintenance
 

Installation requirements:

Must be mounted on a poured concrete foundation – levelness error ≤0.1‰.

Coaxiality between shaft center and drum center ≤0.5 mm.

Remote signal receiver must be placed in a good signal area – avoid obstructions.

 

Operation features:

Three modes: manual, automatic, remote.

Visual HMI with fault diagnosis display.

Remote controller is easy to use – has anti‑mistake design.

 

Routine maintenance:

Change reducer oil every 6 months.

Replace brake shoes when wear exceeds 1/3 of thickness.

Lubricate wire rope monthly; check wear regularly.

Replace remote batteries regularly; test signal system periodically.

Customization & Selection Support

 

Load rating:

From 5 t to 200 t based on actual lifting weight.

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Rope length:

Drum capacity customized by shaft depth.

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Control options:

Standard electric, PLC‑based, or VFD control.

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Voltage options:

380V, 660V, 1140V, 3300V.

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Remote control customizing:

Range, frequency, and functions can be customized.

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Special customizing:

Corrosion‑resistant (coastal mines), high‑temperature (geothermal mines) versions available.

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