| Model | Capacity (T) | Standard lifting height (M) | Test load (T) | Min distance from hook to hook (MM) | Hand power at full load (N) | No.of load chain |
| HS-C1 | 1 | 2.5 | 1.5 | 306 | 304 | 1 |
| HS-C2 | 2 | 2.5 | 3 | 444 | 314 | 2 |
| HS-C3 | 3 | 3 | 4.5 | 486 | 343 | 2 |
| HS-C5 | 5 | 3 | 7.5 | 616 | 383 | 2 |
| HS-C10 | 10 | 3 | 12.5 | 700 | 392 | 4 |
| HS-C20 | 20 | 3 | 25 | 890 | 392 | 8 |
| HS-C30 | 30 | 3 | 37.5 | 980 | 450*2 | 12 |
1. Capacity: 1-30 Ton.
2. Standard lifting height: 2.5/3 M.
3. Adopt the international standard, safe and reliable, durable use.
4. High performance, easy maintance.
5. High toughness, small volume, light weight.
6. Small hand pulling, high strength of mechanism.
7. Compact structure, good appearance.
8. Lifting cargo in no power work.
9. OEM is available, can be customized.
The 1–30 ton HSC chain block range includes seven standard load capacities for different industrial lifting requirements. Capacity should be selected according to the total suspended load, including the item being lifted, slings, lifting beams, clamps and other below-the-hook attachments.
| HSC Model | Rated Capacity | Standard Lift | Test Load | Minimum Hook Distance | Hand Pull at Full Load | Load Chain Falls |
|---|---|---|---|---|---|---|
| HS-C1 | 1 ton | 2.5 m | 1.5 ton | 306 mm | 304 N | 1 |
| HS-C2 | 2 ton | 2.5 m | 3 ton | 444 mm | 314 N | 2 |
| HS-C3 | 3 ton | 3 m | 4.5 ton | 486 mm | 343 N | 2 |
| HS-C5 | 5 ton | 3 m | 7.5 ton | 616 mm | 383 N | 2 |
| HS-C10 | 10 ton | 3 m | 12.5 ton | 700 mm | 392 N | 4 |
| HS-C20 | 20 ton | 3 m | 25 ton | 890 mm | 392 N | 8 |
| HS-C30 | 30 ton | 3 m | 37.5 ton | 980 mm | 450 × 2 N | 12 |
The 1 ton HSC chain block is the smallest model in the HSC range and is suitable for loads weighing up to 1,000 kg. It has a standard lifting height of 2.5 meters, a minimum hook-to-hook distance of 306 mm and a single load-chain fall.
This model can be considered for general workshop maintenance, equipment installation and light industrial handling. For applications where installation height is particularly limited, compare its headroom with the 1 ton HSZ chain hoist before ordering.
The 2 ton HSC chain block uses two load-chain falls and has a minimum hook distance of 444 mm. It is suitable for machinery installation, fabrication work, warehouse maintenance and other medium-duty vertical lifting tasks.
The standard lifting height is 2.5 meters. Buyers requiring a longer lift should provide the actual hook travel, installation height and hand-chain length when requesting a quotation.
The 3 ton HSC chain block has a standard 3-meter lift and a rated test load of 4.5 tons. It can be used for heavier machinery components, industrial equipment installation and construction-related lifting.
Before purchase, confirm that the overhead beam, trolley, suspension point and lifting accessories are all rated for the complete suspended load.
The 5 ton HSC chain block is designed for heavy machinery maintenance, industrial assembly and positioning of larger fabricated components. Its minimum hook-to-hook distance is 616 mm, and the stated hand pull at full load is 383 N.
Because a 5 ton model is larger and heavier than lower-capacity hoists, buyers should check the available headroom, operator access and method used to install or remove the hoist.
The 10 ton HSC chain block uses four load-chain falls to distribute the suspended load. It has a standard 3-meter lifting height and a minimum hook distance of 700 mm.
This model is suitable for heavy industrial maintenance and equipment handling where electric power is unavailable or lifting is intermittent. The supporting structure and all rigging components must be selected for the full system load.
The 20 ton HSC chain block uses eight load-chain falls and has a minimum hook distance of 890 mm. Compared with the listed 20 ton HSZ model, the HSC version provides a shorter minimum hook distance, which may be useful where available vertical space is limited.
Because of the equipment size, chain weight and manual operating requirements, the complete installation and lifting procedure should be reviewed before purchase.
The 30 ton HSC chain block is the highest-capacity model in the current HSC range. It uses twelve load-chain falls, has a standard 3-meter lift and a minimum hook distance of 980 mm.
This model is intended for specialized heavy-load applications. Buyers should provide detailed information about the load, supporting structure, lifting frequency, available space and rigging arrangement so that the complete configuration can be evaluated.
Select an HSC model whose rated capacity is equal to or greater than the complete suspended load. Do not select capacity according to the item weight alone if slings, beams, clamps or other lifting attachments add additional weight.
Also compare:
Required lifting height
Available hook-to-hook space
Hand-chain operating position
Number of load-chain falls
Supporting beam or anchor capacity
Fixed-hook or trolley-mounted installation
Indoor, outdoor or corrosive working conditions
For loads below 1 ton, review the 0.5 ton HSZ chain hoist. For a detailed comparison across shared capacities, read the HSC vs HSZ chain block buying guide.
The HSC series is available in capacities from 1 ton to 30 tons, making it suitable for a broad range of industrial lifting requirements. High-capacity lifting requires more than selecting a larger hoist. The supporting structure, suspension point, slings, shackles, lifting beam, and operating area must all be engineered for the complete load and the forces generated during lifting.
Multiple load-chain falls distribute the load through several sections of chain and allow the hoist to lift heavier loads with a manageable operating force. However, additional chain falls also increase the hoist’s weight and minimum hook-to-hook distance. Operators must ensure that every chain section remains straight, properly seated, and free from twists before applying a load.
Yes, non-standard lifting heights can be discussed for specific projects. Provide the required vertical hook travel, installation height, available operating space, and preferred hand-chain length. A longer load chain increases the hoist’s total weight and may affect handling, packaging, and shipping costs. Custom chain length should be confirmed before production rather than altered by unqualified personnel after delivery.
Its mechanical design allows routine inspection and servicing without the electrical components found in powered hoists. Maintenance normally focuses on the load chain, hooks, latches, brake components, gears, bearings, fasteners, and lubrication points. Maintenance intervals should reflect operating frequency and environmental exposure. Repairs involving the brake, load-bearing parts, or chain replacement should be performed by qualified personnel.
Depending on order requirements, customization may include lifting height, hand-chain length, housing color, labels, packaging, manuals, branding, and certain market-specific configurations. Buyers should provide the destination market, expected order quantity, application, and required documentation at the quotation stage. Safety-critical components and load ratings should not be modified solely for appearance or price reduction.