FAQ

The main components of an Electric Hoist include:
Motor: Provides the power required for lifting and moving.
Drum or sprocket: Used to wind or pull wire rope or chain.
Wire rope or chain: Used to connect and lift heavy objects.
Hook: Used to hang heavy objects.
Control system: Used to operate the lifting and lowering of the electric hoist.

The following factors should be considered when choosing an Electric Hoist:
Lifting weight: Determine the maximum weight required to be lifted and select an electric hoist with the corresponding rated load.
Lifting height: Select the appropriate lifting height according to actual needs.
Working frequency: Consider the frequency of use and working environment, and choose the appropriate working level and protection level.
Power supply requirements: Confirm the power supply type and voltage requirements, and choose a compatible electric hoist.

When using Electric Hoist, the following safety precautions should be followed:
Do not overload to avoid equipment and personal accidents.
Check the equipment regularly to ensure that the wire rope or chain is not damaged and the hook is not deformed.
During operation, ensure that there are no obstacles around to prevent collision of hoisted objects.
Perform a test lift before use to ensure that the equipment works properly.
Perform regular maintenance and care to extend the service life of the equipment.

The maintenance of Electric Hoist mainly includes:
Regular lubrication: Lubricate the motor, drum, sprocket and other components to reduce wear.
Check fasteners: Ensure that the bolts, nuts and other fasteners of each component are not loose.
Check the electrical system: Regularly check electrical components such as cables, switches, and wiring to ensure that they are not damaged.
Cleaning equipment: Regularly clean the dust and debris on the surface of the electric hoist to keep the equipment clean.
Replace wearing parts: Replace wearing parts such as wire ropes and chains in time according to usage.

Common faults and solutions include:
The motor does not start: Check whether the power connection and switch are normal, and confirm whether the voltage meets the requirements.
The lifting speed slows down: Check whether the motor, reducer, wire rope or chain is worn or stuck.
There is an abnormal sound during lifting: Check the lubrication of each component and confirm that there are no loose parts.
The hook cannot be lifted or lowered: Check the control system to confirm whether the switch and cable are connected normally.

When using Electric Hoist, the following regulations and standards should be followed:
National and local safety production regulations to ensure that the use of equipment complies with relevant legal requirements.
Industry standards, such as ISO, ANSI, ASME, etc., to ensure that the equipment design and manufacturing meet international standards.
The manufacturer’s operating manual and maintenance guide ensure that the equipment is operated and maintained in accordance with regulations.

The main types of Manual Hoists include:
Hand chain hoist: pull the hand chain to drive the gears and drums to lift heavy objects.
Hand crank hoist: drive the gears and drums to lift heavy objects by hand cranking the handle.
Lever hoist: drive the gears and chains to lift heavy objects by hand levers.

The following factors should be considered when choosing a Manual Hoist:
Lifting weight: determine the maximum weight to be lifted, and select a manual hoist with the corresponding rated load.
Lifting height: select the appropriate lifting height according to actual needs.
Usage environment: consider the space and environmental conditions of the use site, and select the appropriate type and size.
Operational convenience: Choose a manual hoist that is easy to operate and maintain.

When using Manual Hoist, the following safety precautions should be followed:
No overloading: Avoid exceeding the rated load to prevent equipment and personal accidents.
Regular inspection: Check whether the bracelet, hand crank, hook and other parts are intact before use.
Correct operation: Keep stable during operation and avoid pulling and releasing violently.
Surrounding environment: Make sure there are no obstacles around to prevent collision of hanging objects.
Regular maintenance: Regularly maintain and lubricate the equipment to ensure normal operation.

The maintenance of Manual Hoist mainly includes:
Regular lubrication: Lubricate gears, bearings and other parts to reduce wear.
Check fasteners: Make sure that fasteners such as bolts and nuts are not loose.
Check the chain and hook: Make sure that the chain is not worn or deformed, and the hook is free of cracks.
Clean the equipment: Regularly clean the dust and debris on the surface of the manual hoist to keep the equipment clean.
Replace wearing parts: Replace wearing parts such as chains and hand chains in time according to usage.

Common faults and solutions include:
Operation difficulties: Check whether the hand chain and hand crank are stuck, and lubricate the gears and bearings.
Lifting speed slows down: Check whether the gears, bearings, and chains are worn or stuck.
There is an abnormal sound during lifting: Check the lubrication of each component and confirm that there are no loose parts.
The hook cannot be lifted or lowered: Check whether the chain and hook are connected normally, and confirm whether the hand chain or hand crank is operated correctly.

When using Manual Hoist, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, ASME, etc., to ensure that the equipment design and manufacturing meet international standards.
Manufacturer’s operating manual and maintenance guide: Ensure that the equipment is operated and maintained in accordance with regulations.

The main types of Material Handling Tools include:
Trolleys: manual tools used to carry small and medium loads.
Transporters: such as pallet trucks and lift trucks, used to carry and lift goods on pallets.
Forklifts: power-driven equipment used to lift and carry heavy loads.
Cranes: equipment used to lift and move heavy objects over a large range, such as bridge cranes and tower cranes.
Hoists: such as electric hoists and manual hoists, used to lift heavy objects vertically.

The following factors should be considered when selecting Material Handling Tools:
Load weight: Determine the maximum weight required for handling and lifting, and select tools with corresponding load capacity.
Working environment: Select the appropriate tool type and size according to the space and ground conditions of the actual workplace.
Operation frequency: Consider the frequency and intensity of use, and select tools with suitable durability and performance.
Power requirements: If using electric equipment, confirm the power type and voltage requirements, and select compatible equipment.

When using Material Handling Tools, the following safety precautions should be followed:
Do not overload: Avoid exceeding the rated load of the tool to prevent equipment and personal accidents.
Regular inspection: Check whether all parts of the equipment are intact before use to ensure that there is no damage.
Correct operation: Operate in accordance with the operating manual to avoid irregular use.
Ensure environmental safety: Ensure that there are no obstacles around during operation to prevent collisions during transportation.
Regular maintenance: Regularly maintain and service the equipment to ensure normal operation.

Maintenance of Material Handling Tools mainly includes:
Regular lubrication: lubricate mechanical transmission parts to reduce wear.
Check fasteners: ensure that bolts, nuts and other fasteners are not loose.
Check key components: ensure that wheels, bearings, chains, hooks and other components are not worn, deformed or damaged.
Clean equipment: regularly clean dust and debris on the surface of the equipment to keep the equipment clean.
Replace wearing parts: replace worn parts in time according to usage.

Common faults and treatment methods include:
Operation difficulties: check whether mechanical parts are stuck and lubricate related parts.
Abnormal noise of equipment: check the lubrication of each component to confirm that there are no loose or worn parts.
Lifting speed slows down: check whether transmission parts, bearings, etc. are worn or stuck.
Wheel of the transporter is damaged: replace the damaged wheel to ensure a smooth handling process.

When using Material Handling Tools, the following regulations and standards should be followed:
National and local safety production regulations: ensure that the use of equipment complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, OSHA, etc., to ensure that the design and manufacture of equipment meet international standards.
Manufacturer’s operating manual and maintenance guide: operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main types of Trolleys include:
Hand-pushed trolleys: manually operated, moved by pushing and pulling, suitable for short distances and light loads.
Gear trolleys: manually operated, moved by chain-driven gears, suitable for medium distances and medium loads.
Electric trolleys: electrically driven, automatically moved by motors, suitable for long distances and heavy loads.

The following factors should be considered when choosing a Trolley:
Load capacity: determine the maximum weight to be transported and select a trolley with the corresponding load capacity.
Track type: confirm the specifications and type of the track and select a compatible trolley.
Operation mode: select a manual, gear or electric trolley according to the operating requirements of the workplace.
Use environment: Consider the space and working environment of the place of use, and choose the appropriate type and size.

When using Trolley, the following safety precautions should be followed:
Do not overload: Avoid exceeding the rated load of the trolley to prevent equipment and personal accidents.
Regular inspection: Check whether all parts of the trolley are intact before use to ensure that there is no damage.
Correct installation: Ensure that the trolley is correctly installed on the track to avoid derailment or tilting.
Operation specifications: Operate in accordance with the operation manual to avoid irregular use.
Surrounding environment: Ensure that there are no obstacles around during operation to prevent collisions during transportation.

Trolley maintenance mainly includes:
Regular lubrication: Lubricate rollers, bearings, gears and other parts to reduce wear.
Check fasteners: Ensure that fasteners such as bolts and nuts are not loose.
Check rollers and bearings: Ensure that rollers and bearings are not worn, deformed or damaged.
Cleaning equipment: Clean dust and debris on the surface of the trolley regularly to keep the equipment clean.
Replace wearing parts: Replace worn parts such as rollers and bearings in time according to usage.

Common faults and solutions include:
Operation difficulties: Check whether the rollers and bearings are stuck, and lubricate related parts.
Trolley abnormal noise: Check the lubrication of each part to confirm that there are no loose or worn parts.
Slowing down of movement: Check whether the rollers and bearings are worn or stuck.
Trolley derailment: Check whether the track and trolley are installed correctly to ensure that the rollers and tracks match.

When using Trolley, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: Such as ISO, ANSI, OSHA, etc., to ensure that the equipment design and manufacturing meet international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main types of Polyester Sling include:
Flat lifting belt: simple structure, widely used in ordinary lifting operations.
Round lifting belt: composed of polyester fiber core and protective cover, with high strength and wear resistance.
Flexible lifting belt: softer design, suitable for lifting heavy objects on vulnerable surfaces.

The following factors should be considered when choosing a Polyester Sling:
Rated load: select a lifting belt with corresponding load capacity according to the maximum weight to be lifted.
Length: select a lifting belt of appropriate length according to actual needs.
Use environment: Consider the temperature, humidity, chemical substances and other conditions of the place of use, and choose a lifting belt that adapts to the environment.
Lifting method: Choose the appropriate lifting belt type and specifications according to the specific lifting method (such as straight lifting, U-shaped lifting, basket lifting).

When using Polyester Sling, the following safety precautions should be followed:
No overloading: Avoid exceeding the rated load of the lifting belt to prevent equipment and personal accidents.
Regular inspection: Check whether the lifting belt is damaged by wear, cuts, deformation, etc. before use.
Correct use: Use the lifting belt in accordance with the prescribed lifting method and method to ensure that the load is evenly distributed.
Avoid contact with sharp objects: Avoid direct contact between the lifting belt and sharp objects during use to prevent cuts.
Ensure environmental safety: Ensure that there are no obstacles around during operation to prevent collisions during lifting.

Maintenance of Polyester Sling mainly includes:
Regular cleaning: Wash the sling with warm water and neutral detergent to remove stains and debris and keep it clean.
Check wear: Regularly check the surface and interior of the sling for wear, cuts or deformation, and replace damaged slings in time.
Storage environment: Store the sling in a dry, cool and ventilated place, avoid direct sunlight and contact with chemicals.
Avoid excessive bending: Avoid excessive bending and winding of the sling during storage to keep it in its natural state.

Common faults and treatment methods include:
Sling wear: Regularly check the surface and edges of the sling, and replace it in time if wear is found.
Sling cuts: If the sling is found to have cuts, stop using it immediately and replace it with a new one.
Sling deformation: If the sling is found to have obvious deformation, check its load-bearing capacity and replace it if necessary.
Sling contamination: If the sling is contaminated by oil or chemicals, it should be cleaned and checked for damage in time.

When using Polyester Sling, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of slings complies with relevant legal requirements.
Industry standards: such as ISO, EN, ASME, etc., to ensure that the design and manufacture of slings comply with international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the slings in accordance with regulations to ensure safety and efficiency.

The main types of Rigging Hardware include:
Hook: used to hang and lift heavy objects, there are many types such as safety hooks, swivel hooks, etc.
Shackle: U-shaped or D-shaped metal ring used to connect wire ropes, chains and other lifting equipment.
Wire rope clamp: used to fix the end of the wire rope to ensure a stable connection.
Pulley: used to change the direction of the wire rope or rope and reduce the lifting force.
Lifting ring: used to provide a connection point during lifting and securing.
Swivel: used to prevent the wire rope or chain from twisting during lifting.

The following factors should be considered when selecting Rigging Hardware:
Load capacity: Determine the maximum weight required for lifting and fixing, and select hardware with the corresponding rated load.
Material and strength: Select suitable materials (such as steel, stainless steel, etc.) and strength grades according to the actual use environment.
Applicability: Select the type and size of hardware suitable for the specific lifting task.
Safety: Ensure that the hardware meets relevant safety standards and certifications, such as CE, ISO, etc.

When using Rigging Hardware, the following safety precautions should be followed:
Do not overload: Avoid exceeding the rated load of the hardware to prevent equipment and personal accidents.
Regular inspection: Check the hardware for wear, deformation or cracks before use to ensure that there is no damage.
Correct connection: Ensure that all connectors are tightened and installed correctly to avoid loosening or falling off.
Avoid sharp angles: Prevent the hardware from contacting with sharp angles to avoid damaging the wire rope or chain.
Follow the operating manual: Operate in accordance with the manufacturer’s operating manual to ensure safe use.

Maintenance of Rigging Hardware mainly includes:
Regular lubrication: lubricate parts that need to rotate or move to reduce wear.
Check fasteners: ensure that fasteners such as bolts and nuts are not loose.
Check wire ropes and chains: ensure that there is no wear, deformation or damage, and replace them in time.
Clean equipment: regularly clean dust and debris on the surface of hardware to keep the equipment clean.
Rust prevention: rust prevention of metal parts to extend service life.

Common faults and treatment methods include:
Hardware deformation or cracks: stop using it immediately and replace it.
Loose connection: check and tighten all connectors to ensure stability.
Pulley stuck: check whether the pulley bearing is normal, lubricate or replace the pulley.
Loose wire rope clamp: re-tighten the wire rope clamp to ensure a firm connection.

When using Rigging Hardware, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, OSHA, etc., to ensure that the design and manufacture of equipment meet international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main types of Lifting Chains include:
G80 chain: commonly used for heavy lifting operations, with high strength and wear resistance.
G100 chain: compared with G80 chain, it has higher strength and durability and is suitable for heavier loads.
Stainless steel chain: used in environments that require corrosion protection, such as marine engineering and chemical plants.
Galvanized chain: the surface is galvanized, with good anti-rust performance, suitable for general outdoor environments.

The following factors should be considered when choosing Lifting Chains:
Load weight: determine the maximum weight required to be lifted and select a chain with the corresponding rated load.
Working environment: Choose the appropriate chain type according to the actual use environment, such as corrosion-resistant stainless steel chain.
Chain length: Choose the appropriate chain length according to the lifting height and work requirements.
Compliance with standards: Choose chains that meet international or industry standards, such as ISO, ANSI, etc.

When using Lifting Chains, the following safety precautions should be followed:

Do not overload: Avoid exceeding the rated load of the chain to prevent chain breakage and equipment damage.
Regular inspection: Check the chain for wear, deformation or breakage before use to ensure that the chain is intact.
Correct connection: Ensure that the chain is firmly connected to the lifting equipment and heavy objects to avoid falling off.
Uniform force: Ensure that the chain is evenly stressed during the lifting process to avoid uneven force on the chain causing breakage.
Environmental safety: Ensure that there are no obstacles around during operation to prevent collisions during the lifting process.

Maintenance of Lifting Chains mainly includes:
Regular lubrication: lubricate the chain to reduce friction and wear.
Check wear: check the wear of the chain regularly. If the wear is serious, replace it in time.
Anti-corrosion treatment: For chains used in humid or corrosive environments, anti-corrosion treatment should be performed regularly.
Clean the chain: clean the dust and debris on the chain regularly to keep the chain clean.
Storage conditions: unused chains should be stored in a dry and ventilated place to avoid moisture and corrosion.

Common faults and treatment methods include:
Chain breakage: check whether it is overloaded or unevenly stressed, select a chain with a suitable load and ensure uniform stress.
Chain severe wear: check the use environment and frequency, appropriately increase the frequency of lubrication and maintenance, and replace severely worn chains in time.
Chain deformation: check whether the lifting equipment and chain are connected correctly to ensure that the chain is evenly stressed.
Chain corrosion: For chains used in corrosive environments, increase the frequency of anti-corrosion treatment and inspection.

When using lifting chains, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: Such as ISO, ANSI, ASME, etc., to ensure that the chain design and manufacturing meet international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the chain in accordance with regulations to ensure safety and efficiency.

Stacker, also known as a stacker, is a device used to lift and stack cargo. Stackers can be divided into manual stackers and electric stackers, which are suitable for vertical lifting and stacking operations of cargo in limited spaces.

The main components of a Hand Pallet Truck include:
Forks: used to insert pallets and support cargo.
Hydraulic pump: lift cargo through handle operation.
Handle: used to control direction and operate the hydraulic pump.
Wheels: used to move the pallet truck, including front and rear wheels.

The main components of a Stacker include:
Forks: used to insert pallets and support cargo.
Lifting mechanism: lifts goods through hydraulic or electric system.
Handle or controller: used to operate lifting and moving.
Support wheels: provide stability and mobility of the equipment.

The following factors should be considered when choosing a Hand Pallet Truck & Stacker:
Load capacity: determine the maximum weight to be handled or lifted, and select equipment with corresponding load capacity.
Lifting height: select the appropriate lifting height according to actual needs.
Frequency of use: consider the frequency and intensity of use, and select equipment with suitable durability and performance.
Working environment: select the appropriate equipment type and size according to the space and ground conditions of the workplace.

When using Hand Pallet Truck & Stacker, the following safety precautions should be followed:
Do not overload: avoid exceeding the rated load of the equipment to prevent equipment and personal accidents.
Correct operation: operate according to the operation manual to avoid improper use.
Regular inspection: check whether all parts of the equipment are intact before use to ensure that there is no damage.
Ensure a safe environment: Ensure that there are no obstacles around during operation to prevent collisions during transportation.
Regular maintenance: Regularly maintain and service the equipment to ensure normal operation.

The maintenance of Hand Pallet Truck & Stacker mainly includes:
Regular lubrication: Lubricate hydraulic pumps, bearings and other components to reduce wear.
Check fasteners: Ensure that fasteners such as bolts and nuts are not loose.
Check key components: Ensure that components such as forks, wheels, and hydraulic systems are not worn, deformed or damaged.
Clean equipment: Regularly clean dust and debris on the surface of the equipment to keep the equipment clean.
Replace wearing parts: Replace worn parts in time according to usage.

Common faults and solutions include:
Hydraulic system leakage: Check the hydraulic cylinder and pipelines, and repair or replace damaged parts.
Difficult operation: Check whether the mechanical parts are stuck and lubricate related parts.
Equipment abnormal noise: Check the lubrication of each component to confirm that there are no loose or worn parts.
Lifting speed slows down: Check whether the hydraulic pump, bearings, etc. are worn or stuck.
Forks cannot lift: Check whether the hydraulic system and controller are working properly and confirm whether the hydraulic oil is sufficient.

When using Hand Pallet Truck & Stacker, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, OSHA, etc., to ensure that the equipment is designed and manufactured in accordance with international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main functions and features of Electric Pallet Truck & Stacker include:
Electric drive: driven by electric motor, reducing manpower consumption and improving work efficiency.
Easy to operate: usually equipped with a control handle, simple to operate and easy to learn.
Versatility: can transport cargo horizontally, as well as lift and stack cargo.
High safety: equipped with brake system and safety devices to ensure safe operation.
Environmental protection and energy saving: electric drive reduces pollution to the environment and is suitable for indoor use.

The following factors should be considered when choosing an Electric Pallet Truck & Stacker:
Load capacity: Choose the appropriate load capacity according to the weight of the goods to be transported and stacked.
Lifting height: Choose the appropriate lifting height according to the storage requirements of the warehouse or factory.
Operating environment: Consider the ground conditions and space size of the place of use, and choose the appropriate equipment size and type.
Battery life: Choose equipment with moderate battery life according to the intensity of work and frequency of use.
Brand and after-sales service: Choose a brand with a good reputation and perfect after-sales service to ensure the long-term and reliable use of the equipment.

When using Electric Pallet Truck & Stacker, the following safety precautions should be followed:
No overloading: Avoid exceeding the rated load of the equipment to prevent equipment and personal accidents.
Regular inspection: Check whether all parts of the equipment are intact before use to ensure that there is no damage.
Correct operation: Operate in accordance with the operating manual to avoid irregular use.
Ensure environmental safety: Ensure that there are no obstacles around during operation to prevent collisions during transportation and lifting.
Regular maintenance: Regularly maintain and service the equipment to ensure normal operation.

The maintenance of Electric Pallet Truck & Stacker mainly includes:
Battery maintenance: Regularly check the battery power and status, charge in time to ensure battery life.
Lubrication maintenance: Lubricate mechanical transmission parts to reduce wear.
Check fasteners: Ensure that fasteners such as bolts and nuts are not loose.
Check key components: Ensure that components such as wheels, chains, and lifting systems are not worn, deformed or damaged.
Clean equipment: Regularly clean dust and debris on the surface of the equipment to keep the equipment clean.
Replace wearing parts: Replace worn parts in time according to usage.

Common faults and solutions include:
The motor does not work: Check the power connection and battery power to ensure that the power supply is normal.
The equipment cannot be lifted: Check the hydraulic system and lifting device to ensure that there is no leakage or damage.
Control failure: Check the control handle and electrical system to ensure normal connection.
Equipment abnormal noise: Check the lubrication of each component to confirm that there are no loose or worn parts.
Wheel damage: Replace the damaged wheel to ensure a smooth handling process.

When using Electric Pallet Truck & Stacker, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of equipment complies with relevant legal requirements.
Industry standards: Such as ISO, ANSI, OSHA, etc., to ensure that the equipment is designed and manufactured in accordance with international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main types of lift tables include:
Hydraulic lift platform: The platform is driven up and down by the hydraulic system, with strong load-bearing capacity and wide application.
Electric lift platform: Driven by an electric motor, the platform height is controlled by an electric system.
Manual lift platform: Operated by hand or foot, suitable for small loads and low frequency occasions.
Fixed lift platform: Installed in a fixed position, used for height adjustment of fixed workstations.
Mobile lift platform: A lift platform with wheels that can be moved between different work areas.

The following factors should be considered when choosing a lift table:
Load capacity: Select a lift platform with corresponding load capacity according to the maximum weight to be lifted.
Lifting height: Determine the maximum lifting height required for the work and select a platform that meets the needs.
Working environment: Consider the space and ground conditions of the workplace and choose the appropriate type and size.
Operation method: Choose a hydraulic, electric or manual lifting platform according to the frequency of operation and convenience requirements.
Safety: Choose a lifting platform with safety devices and protective measures to ensure safe operation.

When using the Lift Table, the following safety operation precautions should be followed:
Do not overload: Avoid exceeding the rated load capacity of the platform to prevent equipment and personal accidents.
Smooth operation: Keep stable during operation, avoid sudden rise and fall, and ensure stable load.
Regular inspection: Check whether all parts of the platform are intact before use to ensure that there is no damage.
Ensure environmental safety: Ensure that there are no obstacles around during operation to prevent collisions during lifting.
Use safety devices correctly: Ensure that safety devices such as safety locks and limit switches are working properly.

Maintenance of Lift Table mainly includes:
Regular lubrication: lubricate hydraulic system, bearings and other components to reduce wear.
Check fasteners: ensure that fasteners such as bolts and nuts are not loose.
Check hydraulic system: regularly check the oil level and quality of hydraulic oil, and replace and add in time.
Clean equipment: regularly clean dust and debris on the surface of the platform to keep the equipment clean.
Check electrical system: if it is an electric lifting platform, regularly check electrical components such as cables and switches to ensure that there is no damage.

Common faults and solutions include:
Unsteady lifting: check the oil level and oil quality of the hydraulic system, and lubricate all moving parts.
Lifting speed slows down: check the oil quantity and quality of the hydraulic oil, clean or replace the oil filter.
The platform cannot be lifted: check the hydraulic pump, control valve and electrical system to ensure that all components are working properly.
Hydraulic oil leakage: check the joints and seals of the hydraulic system, and replace damaged seals in time.

When using a lift table, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that the use of the equipment complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, OSHA, etc., to ensure that the equipment is designed and manufactured in accordance with international standards.
Manufacturer’s operating manual and maintenance guide: Operate and maintain the equipment in accordance with regulations to ensure safety and efficiency.

The main types of ENERPAC Cylinders and Jacks include:
Single-acting hydraulic cylinder: There is only one oil port. The piston is pushed out by hydraulic oil and retracted by gravity or spring.
Double-acting hydraulic cylinder: It has two oil ports and uses hydraulic oil to push the piston to extend and retract. It is suitable for occasions that require precise control.
Hollow Hydraulic Cylinder: Has a hollow piston rod that allows pulling operation through a central hole.
Low profile hydraulic cylinder: suitable for situations with limited space, providing powerful lifting force.
Hydraulic Jack: Portable device used for lifting heavy objects in situations such as vehicle maintenance and construction sites.

The following factors should be considered when choosing ENERPAC Cylinders and Jacks:
Load capacity: Determine the maximum weight required to lift or push and pull, and select a hydraulic cylinder or jack with corresponding load capacity.
Stroke length: Choose the appropriate stroke length according to actual needs.
Working environment: Consider the space and environmental conditions of the place of use, and select the appropriate size and type.
Operation mode: Choose single-acting or double-acting hydraulic cylinder, and choose manual or electric operation as needed.

When using ENERPAC Cylinders and Jack, the following safe handling precautions should be followed:
Do not overload: Avoid exceeding the rated load capacity of the equipment to prevent equipment and personal accidents.
Regular inspection: Check whether the components of the hydraulic cylinder and jack are intact before use to ensure there is no damage.
Correct operation: Operate according to the operation manual to avoid irregular use.
Ensure a safe environment: Make sure there are no obstacles around when operating to prevent collisions during lifting or pushing and pulling.
Use the Proper Hydraulic Fluid: Choose the hydraulic fluid recommended by the manufacturer to ensure proper operation of the equipment.

Maintenance of ENERPAC Cylinders and Jack mainly includes:

Regular lubrication: Lubricate mechanical transmission parts to reduce wear.
Check the seals: Make sure there are no oil leaks from the seals of the hydraulic cylinder and jack.
Check the hydraulic oil: replace and replenish the hydraulic oil regularly to keep the oil clean.
Clean the equipment: Clean the dust and debris on the surface of the equipment regularly to keep the equipment clean.
Replace wearing parts: Replace seals and other wearing parts promptly according to usage.

Common faults and solutions include:
Difficulties in operation: Check whether there is enough hydraulic oil, whether the seals are intact, and whether there is air in the hydraulic system.
Abnormal noise from the equipment: Check the lubrication of each component and confirm that there are no loose or worn parts.
Hydraulic oil leakage: Check whether the seals are damaged and replace them in time.
Inability to lift or push or pull: Check whether there are leaks in the hydraulic system, whether the hydraulic pump is working properly, and whether the hydraulic oil is clean.

When using ENERPAC Cylinders and Jacks, the following regulations and standards should be followed:
National and local safety production regulations: Ensure that equipment use complies with relevant legal requirements.
Industry standards: such as ISO, ANSI, OSHA, etc., to ensure that equipment design and manufacturing comply with international standards.
Manufacturer’s Operating Manual and Maintenance Guide: Operate and maintain equipment as specified to ensure safety and efficiency.