English
Manual lever hoist with 0.25–9 ton capacity, G80 alloy steel load chain and forged hooks, designed for controlled lifting, pulling, positioning and tensioning in industrial and construction applications.
- Capacity: 0.25–9 Ton
- Load Chain: G80 Alloy Steel Chain
- Hooks: Forged Steel Hooks with Safety Latches
- Operation: Manual Ratchet Lever with Free Chaining
- Applications: Lifting, Pulling, Positioning and Tensioning
- Customization: OEM/ODM Available
SF-VL
SUPER FISHER / OEM
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SUPER FISHER manual lever hoist is designed for controlled lifting, pulling and load positioning where compact equipment and manual operation are required. The SF-VL series covers rated loads from 0.25 to 9 tons and combines a G80 load chain, forged hooks with reinforced safety latches, a mechanical braking system and a compact steel housing.
Unlike a conventional manual chain hoist operated by a hand chain, a lever hoist uses a ratcheting handle. This allows the operator to control the load from close range, making it practical for equipment installation, maintenance, construction and other applications where working space may be limited.
Unlike a conventional manual chain hoist operated by a hand chain, a lever hoist uses a ratcheting handle. This allows the operator to control the load from close range, making it practical for equipment installation, maintenance, construction and other applications where working space may be limited.
Model | Rated Load (Ton) | Standard Lift (m) | Test Load (Ton) | Effort Required at Capacity (N) | Load Chain Diameter (mm) | No. of Load Chains |
|---|---|---|---|---|---|---|
SF-VL025 | 0.25 | 1.0 | 0.375 | 205 | 4 | 1 |
SF-VL050 | 0.5 | 1.5 | 0.750 | 260 | 5 | 1 |
SF-VL075 | 0.75 | 1.5 | 1.125 | 295 | 6 | 1 |
SF-VL100 | 1.0 | 1.5 | 1.500 | 295 | 6 | 1 |
SF-VL150 | 1.5 | 1.5 | 2.250 | 335 | 7.1 | 1 |
SF-VL200 | 2.0 | 1.5 | 3.000 | 385 | 8 | 1 |
SF-VL300 | 3.0 | 1.5 | 4.500 | 450 | 10 | 1 |
SF-VL600 | 6.0 | 1.5 | 9.000 | 615 | 10 | 2 |
SF-VL900 | 9.0 | 1.5 | 13.500 | 720 | 10 | 3 |
The test loads shown above are 1.5 times the rated load for each model. The rated capacity marked on the hoist must not be exceeded during normal operation.
The SF-VL manual lever hoist uses a G80 load chain selected for lifting applications. The chain diameter and number of load chain falls vary according to the rated capacity of each model.
Lower-capacity models use a single load chain, while the 6-ton and 9-ton models use two and three load chains respectively to accommodate the higher rated load.
The 0.25-ton model uses a 4 mm chain, while the 0.5-ton model uses a 5 mm chain.
Models from 0.75 to 1 ton use a 6 mm chain, the 1.5-ton model uses a 7.1 mm chain, and the 2-ton model uses an 8 mm chain.
The 3-ton, 6-ton and 9-ton versions use 10 mm load chains, with multiple chain falls introduced on the higher-capacity models.
Before every operation, the chain should be checked for distortion, excessive wear, cracks, corrosion or damaged links. A twisted or damaged load chain should not be used.
For other lifting and rigging requirements, SUPER FISHER also supplies G80 rigging fittings for different connection and load-handling arrangements.
Both the upper suspension hook and lower load hook are forged for lifting applications and fitted with reinforced safety latches.
The latch helps keep compatible lifting connections seated in the hook during normal operation. The hook opening should always be checked before use, particularly after heavy service or suspected overloading.
Before operating the lever hoist, check that:
The hook is not visibly bent or twisted.
The hook throat has not opened beyond the permitted limit.
The safety latch closes correctly.
The hook can align naturally with the load.
There are no cracks, deep grooves or severe wear.
The load sits correctly in the bowl of the hook.
The hook tip and safety latch are not designed to carry the load. Loading should be centered in the hook bowl.
The SF-VL series uses a tough, shock-resistant housing to protect the internal lifting and braking components during normal industrial use.
Its compact body makes the lever hoist easier to position in confined areas where larger lifting equipment may be difficult to install.
The operating lever has an optimized shape and reinforced cross-section to provide better handling during repeated ratcheting.
The required operating effort varies according to capacity, ranging from 205 N on the 0.25-ton model to 720 N on the 9-ton model.
The lever should always be operated by hand. Extension pipes or improvised handle extensions should not be added to increase leverage because this can overload the hoist mechanism.
The external housing uses a powder-coated finish, while unpainted components receive corrosion protection appropriate to their function.
These treatments help protect the hoist during storage, transport and general industrial operation. The equipment should still be kept clean and dry when not in use, particularly after exposure to moisture, dust or corrosive environments.
Reliable load control depends heavily on the condition of the brake and ratchet mechanism.
The SF-VL manual lever hoist uses low-wear sintered brake linings together with a ratchet disc and pawl designed with additional wear and corrosion protection.
This arrangement provides controlled mechanical engagement as the operator lifts or lowers the load.
The load wheel is fitted with a needle bearing to support smoother movement of the load chain through the hoist mechanism.
Correct chain engagement is important. The load chain should pass smoothly through the load wheel without twisting, jumping or binding.
If operation becomes unusually difficult, noisy or inconsistent, stop using the hoist and inspect the chain, load wheel and internal mechanism rather than applying additional force.
The free chaining function allows the unloaded chain to be adjusted quickly before lifting begins.
This can save time when positioning the lower hook at the required height, particularly during equipment installation or maintenance work.
The SF-VL series uses a double-safety free chaining device designed for controlled chain adjustment.
Free chaining is intended for positioning the chain when the hoist is not supporting a load.
Before lifting:
Confirm that there is no load on the hoist.
Use the free chaining function to position the lower hook.
Connect the hook correctly to the load or lifting point.
Re-engage the operating mechanism.
Take up chain slack gradually.
Confirm that the brake is engaged before applying the full load.
Never activate free chaining while the hoist is supporting a load.
The compact size and close-range lever operation make manual lever hoists useful where loads need to be lifted, positioned or aligned without electric or pneumatic power.
Typical applications include:
Machinery installation
Equipment maintenance
Construction work
Steel structure assembly
Factory production areas
Warehouse maintenance
Pipe positioning
Equipment alignment
Load adjustment
Industrial repair work
Workshop lifting
Temporary lifting operations
A lever hoist can be particularly useful where precise incremental movement is more important than high lifting speed.
When the application requires primarily vertical lifting over a longer lifting distance, a manual chain hoist may be another suitable option.
For beam-mounted applications, compatible lifting equipment may also be used with a manual geared trolley, provided the capacities, connection method and beam dimensions are correctly matched.
Selecting a lever hoist should start with the actual maximum load rather than the nominal capacity alone.
Choose a hoist whose rated capacity is equal to or greater than the maximum load that needs to be handled.
Available SF-VL capacities are:
0.25 Ton
0.5 Ton
0.75 Ton
1 Ton
1.5 Ton
2 Ton
3 Ton
6 Ton
9 Ton
Do not use the test load shown in the specification table as an operating capacity.
The SF-VL025 has a standard lift of 1 meter.
The remaining standard models have a 1.5-meter lift.
The required lifting distance should be confirmed before ordering, particularly for projects where the suspension point is well above the working position.
Higher-capacity models generally require more lever force.
For example, the rated operating effort increases from 205 N for the 0.25-ton unit to 720 N for the 9-ton model.
This should be considered when selecting equipment for repeated manual operation.
The supporting structure, beam, trolley, anchor point, shackle or other connection used with the hoist must have an adequate rated capacity.
A strong hoist cannot compensate for an undersized support point.
A short inspection before each lifting operation can identify visible damage before the hoist is placed under load.
Inspect the housing for significant deformation, impact damage, loose components or missing parts.
Look for:
Bent links
Stretched links
Cracks
Deep corrosion
Excessive wear
Twisting
Damaged weld areas
The chain should run freely through the hoist.
Verify that both hooks retain their normal shape and that the safety latches operate correctly.
Before lifting the full load, take up the slack and apply a small amount of load to confirm that the brake holds correctly.
The selector and lever should move normally without excessive resistance or irregular engagement.
If any part of the hoist behaves abnormally, remove it from service for inspection.
Correct operation is as important as selecting the right capacity.
Always:
Confirm the actual load weight before lifting.
Use a suitable supporting point.
Keep the load chain straight.
Keep the load centered in the hook.
Take up slack gradually.
Maintain control of the lever throughout operation.
Keep personnel clear of suspended loads.
Stop operation if the chain binds or the lever force increases unexpectedly.
Inspect the hoist after unusual loading or impact.
Never:
Exceed the rated capacity.
Lift people with the hoist.
Stand or work underneath a suspended load.
Use the load chain as a sling around the load.
Tie knots in the chain.
Operate with a twisted chain.
Load the hook tip.
Use an extension pipe on the lever.
Shock load the hoist.
Activate free chaining while supporting a load.
Continue operating a damaged hoist.
Regular maintenance helps preserve the operating condition of the chain, hooks, brake and internal mechanism.
Keep the load chain clean and lubricated according to the applicable maintenance instructions. Dirt, abrasive particles and corrosion can accelerate chain and load-wheel wear.
The brake system should remain free from oil or grease contamination where this could interfere with braking performance.
Hooks, safety latches, ratchet components, chain and other wear parts should be inspected at appropriate intervals based on operating frequency and working conditions.
SUPER FISHER provides spare-parts and maintenance support for its lifting products. Quality inspection and export support are also available for customer orders.
SUPER FISHER supplies the SF-VL manual lever hoist under the SUPER FISHER brand and for OEM requirements.
For distributor and project enquiries, buyers can specify information such as:
Required capacity
Required lifting height
Order quantity
Branding requirements
Label requirements
Packaging requirements
Destination market
Required supporting documents
Providing complete application and order information helps confirm the correct model before production and shipment.
A manual lever hoist is used for controlled lifting, pulling and positioning of loads by operating a ratcheting lever. It is commonly used for machinery installation, maintenance, construction and equipment alignment where electrical power is not required.
A lever hoist is operated using a ratcheting lever, while a traditional hand chain hoist is operated by pulling a separate hand chain. Lever hoists are often convenient for close-range positioning and confined workspaces, while hand chain hoists are commonly used for vertical lifting from overhead suspension points.
The SF-VL series is available in rated capacities of 0.25, 0.5, 0.75, 1, 1.5, 2, 3, 6 and 9 tons.
G80 refers to a Grade 80 chain used in lifting applications. The correct chain size and number of chain falls are selected according to the rated capacity of the hoist.
No. Free chaining is intended for rapid chain positioning when the hoist is unloaded. The normal lifting and braking mechanism must be properly engaged before applying a load.
No. An extension pipe or other improvised handle extension should not be used. Excessive leverage can overload internal components and does not increase the rated capacity of the hoist.
Higher-capacity models use multiple load-chain falls to distribute the load through the lifting mechanism. The SF-VL600 uses two load chains, while the SF-VL900 uses three.
No. This manual lever hoist is intended for material handling and must not be used for lifting or suspending personnel.
The hoist should receive a visual and functional check before use. More detailed periodic inspections should be scheduled according to usage frequency, working environment, applicable regulations and the maintenance requirements for the equipment.
Stop using the hoist if you find damaged or stretched chain links, deformed hooks, a faulty safety latch, unreliable braking, abnormal ratchet operation, damaged housing or any condition that creates doubt about safe operation.
