Introduction
Mining shaft sinking winches are heavy-duty traction equipment used for vertical shaft construction. They are designed for core tasks such as deep shaft excavation, underground heavy equipment installation, vertical transport of support materials, and safe ascent and descent of workers.
Parameters and Specifications
|
Parameter |
Specification |
|
Oil Pump Motor Model |
YBKE3-100L2-4 (660/1140V) |
|
Winch Brake Hydraulic System Working Pressure (MPa) |
8 |
|
Safety Brake Hydraulic System Working Pressure (MPa) |
8 |
|
Adaptable Temperature Range (℃) |
Minimum -20 - Maximum 60 (Optional) |
|
Energy Consumption Reduction Ratio |
Minimum 15% - Maximum 20% |
|
Note |
Parameters are for reference only, please contact us for detailed consultation and customization. |
Features
Robust Structural Design
High-strength welded steel frames deliver exceptional durability and stability, ensuring safe operation under heavy shaft construction loads.
Compact High-Torque Transmission
Planetary gear drive system offers high torque output in a compact form, ideal for deep shaft lifting in confined underground spaces.
Reliable Multi-Layer Braking
Integrated electric, hydraulic, and mechanical braking systems provide layered safety protection during critical shaft sinking operations.
Precise Lifting Control
Frequency-controlled motors enable smooth speed regulation and responsive braking, ensuring safe and accurate hoisting of personnel and equipment.
Harsh-Environment Adaptability
Engineered for optimal performance in dusty, humid, and low-visibility underground conditions.
customization
Load Capacity & Drum Design: Winch size, drum diameter, and rope length can be tailored to match shaft depth and lifting weight.
Rope Configuration: Single or multi-rope configurations available depending on lifting force and speed requirements.
Power Options: Electric, diesel, or hydraulic drive options based on mine infrastructure.
Control Modes: Manual, remote, and PLC-integrated control systems available for enhanced operational flexibility.
Safety Systems: Customizable safety add-ons such as overload protection, anti-fall devices, and explosion-proof components.
How We Ensure Superior Quality
Advanced Engineering: Designs validated through simulations and real-world shaft sinking case studies.
Premium Components: Use of high-performance motors, brakes, and steel components ensures durability and stability.
Strict Quality Testing: Every winch undergoes dynamic load testing, rope tension analysis, and braking reliability checks.
Compliance & Documentation: Full compliance with national mining standards; operating manuals and inspection records provided.
Continuous Improvement: Feedback from mining sites used to refine product design and safety performance.
Why We Are the Leading Manufacturer of Mining Shaft Sinking Winches
Decades of Experience: Proven expertise in vertical shaft construction solutions for deep and ultra-deep mines.
System Integration: Ability to deliver complete shaft sinking systems including cages, guide systems, winches, and control cabinets.
Customization Capability: We work closely with clients to tailor solutions that fit specific geological and project constraints.
Reliable Global Service: Support for international projects with multilingual documentation and export-compliant systems.
Commitment to Safety: Unwavering focus on operational safety, product durability, and customer satisfaction.
FAQ
certificate
The certification of mining shaft sinking winches depends on specific project requirements, regional regulations, and applicable industry safety standards. Customers are advised to consult the manufacturer directly to confirm the necessary certifications and compliance documentation for their intended application.
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