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Product IntroductionThe sinking head sheaves are purpose-built to guide and support steel wire ropes during vertical shaft construction. Available in single-groove and double-groove designs, they feature durable alloy copper bushings, integrated lubrication oil cups, and adjustable spacing (for double-groove models). Rugged, reliable, and adaptable to harsh conditions
Sinking head sheaves are core load-bearing and guiding components for vertical shaft excavation, deep well construction, and large-scale underground engineering. Designed for high-load, high-frequency, high-reliability vertical hoisting systems
Shaft sinking phase: Guide ropes for kibble sinking buckets, sinking hanging platforms, and safety ladders to efficiently transport personnel, materials, and equipment vertically.
Mine production & roadway extension: Provide stable rope guidance for cage hoisting systems, material transfer systems, and auxiliary equipment.
| Structure Features & Working Principle: |
○Sheave Body: Made high-strength alloy steel, either via heavy-duty one-piece forging multi-layer steel plate box welding. The rope groove is precision CNC-machined surface-hardened for a durable guiding surface. ○Bearing System: Equipped with large-diameter double-row spherical roller bearings or high-strength sliding bearings, optimized for low-speed, heavy-load conditions. ○Support Frame: Built with heavy-duty steel plate box-welded frames for high stability. It supports ground-fixed or headframe-mounted installation, with adjustable base plates for easy on-site setup and precision alignment. ○Safety Accessories: Integrated with anti-rope-jump devices, centralized automatic lubrication systems, and vibration monitoring interfaces to enhance operational. |
The head sheave is mounted on the support shaft via a precision bearing system, using rolling friction to ensure smooth rope guidance and power transmission. Dynamic Load Bearing: Scientifically distributes combined loads from lifting tackle, materials, and rope self-weight, transferring forces efficiently to the support headframe for stable operation. Adaptive Guidance: Optimized groove curve design adapts to changes in the rope’s running path, significantly reducing uneven wear and extending rope service life. Shock Absorption & Buffering: High-rigidity structure and precision bearing clearance control absorb impact vibrations from start-up, braking, and sudden load changes, protecting the entire hoisting system. |
Technical Specifications| Technical Parameters of the Double-Groove Sinking Sheave | ||||||||||||
| NO | Model Number | Maximum Wire Rope Diameter | Maximum Allowable Static Tension of a Single Wire Rope | Main Dimensions | ||||||||
| Shaft Diameter | Wheel Diameter | Outer Diameter | Track Width | Distance Between Shaft Seats | Wheel base | Shaft Length | Center Height | Bearing Housing Bolt Hole | ||||
| 1 | MZS2.2-0-2×0.5/270-320 | 23 | 50(5) | 120 | 500 | 595 | 270-320 | 590-640 | 160 | 800 | 120 | 26×80×300 |
| 2 | MZS2.2-0-2×0.5/630-750 | 23 | 50(5) | 120 | 500 | 595 | 630-750 | 950-1070 | 160 | 1230 | 120 | 26×80×300 |
| 3 | MZS2.2-0-2×0.65/270-420 | 31 | 100(10) | 150 | 650 | 775 | 270-420 | 630-780 | 180 | 940 | 140 | 26×80×300 |
| 4 | MZS2.2-0-2×0.65/630-850 | 31 | 100(10) | 150 | 650 | 775 | 630-850 | 990-1210 | 180 | 1370 | 140 | 26×80×300 |
| 5 | MZS2.2-0-2×0.8/270-420 | 40 | 160(16) | 180 | 800 | 960 | 270-420 | 670-820 | 200 | 990 | 160 | 26×80×300 |
| 6 | MZS2.2-0-2×0.8/850-960 | 40 | 160(16) | 180 | 800 | 960 | 850-960 | 1250-1360 | 200 | 1530 | 160 | 26×90×370 |
| 7 | MZS2.2-0-2×1.05/320-420 | 52 | 250(25) | 210 | 1050 | 1260 | 320-420 | 800-900 | 240 | 1070 | 160 | 26×90×440 |
| 8 | MZS2.2-0-2×1.05/850-960 | 52 | 250(25) | 210 | 1050 | 1260 | 850-960 | 1330-1440 | 240 | 1610 | 180 | 26×90×440 |
| 9 | MZS2.2-0-2×1.25/320-420 | 60 | 400(40) | 240 | 1250 | 1600 | 320-420 | 800-900 | 240 | 1070 | 160 | 26×90×440 |
| 10 | MZS2.2-0-2×1.25/850-960 | 60 | 400(40) | 240 | 1250 | 1260 | 850-960 | 1330-1440 | 240 | 1610 | 180 | 26×90×440 |
| Note: 1. Clean and re-lubricate after use for more than six months. Note: 2. If the tapered end of the locking screw is damaged, replace it promptly. Note: 3. Regularly check the lubrication of the alloy copper sleeve and fixed shaft and re-lubricate if necessary. | ||||||||||||
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