Hoist - Import export

Lever hoists are particularly useful in scenarios where manual lifting or pulling is impractical or physically challenging. They are commonly used for lifting and positioning heavy machinery during installation or repair, pulling and tensioning heavy objects or structures, hoisting loads in confined spaces where space is limited, and securing loads onto trucks or trailers for transportation. Lever hoists offer exceptional lifting and pulling capabilities, precise control, and enhanced safety features, making them reliable tools for handling heavy loads in various industries. Ronix RH-4108 is no exception to any of these benefits and can come in handy in a wide range of use cases and scenarios. If you are in search of a new lever hoist, the RH-4108 model is one of the best options on the tools market. Keep reading to learn more about its main features and capabilities

The lifting slings correspond to DIN EN 14921. The are made of highstrength polyester straps. The sling surface is also impregnated with polyurethane to make it abrasionproof. The working load limit (WLL) and the cord tonnage (tonne capacity per cord) are either woven into or printed on the sling. The safety label with the CE mark and technical data is firmly sewn to the sling. The colour of the sling corresponds to the colour code scheme for load capacities of textile type slings. The lifting slings have high UV resistance and low moisture absorption. Safety factor 71 Example WLL 1000kg = break load 7000kg. These lifting slings carry the CE mark according to the European machinery directive. The stated WLL applies to a vertical lift. By a basket lift the WLL is doubled.

The round slings comply with DIN EN 14922. They are made of highstrength endless polyester fibre cords. These polyester fibre cords are protected by a sturdy and seamlessly woven polyester sleeve. This sleeve surface is also impregnated with polyurethane to make it abrasionproof. The working load limit (WLL) and the cord tonnage (tonne capacity per cord) are either woven into or printed on the protective sleeve of the sling. The safety label with the CE mark and technical data is firmly sewn onto the sling. The colour of the round sling corresponds to the colour code scheme for load capacities of textile type slings. These round slings have high UV resistance and low moisture absorption. These round slings carry the CE mark according to the European machinery directive.

Round sling hooks for quick suspension of textile lifting equipment such as hoist belts or round slings. The round sling hook is fitted with a robust, forged safety latch. All edges are rounded to protect the textile slings. The colour of the round sling hook corresponds to the colour code assigned to textile lifting equipment that signifies the permissible loads. The round sling hooks correspond to the Machinery Directive and are BG certified (H stamp). Temperature range From 40°C to 200°C = 100% permissible load Up to 300°C = 90% permissible load Up to 400°C = 75% permissible load

Fitted with smoothrunning plain bearings. Not suitable for swivelling while under load. When lifting the load, the safety latch closes automatically and is securely locked by a locking mechanism at the rear of the hook. To open the latch, the locking mechanism must be unlocked manually. The swivel hooks correspond to the Machinery Directive and are BG certified (H stamp). Temperature range From 40°C to 200°C = 100% permissible load Up to 300°C = 90% permissible load Up to 400°C = 75% permissible load

Grade 10. Plasticcoated, red. Latch forged and electro zincplated. Slip hooks with forged latch. The hooks correspond to the Machinery Directive and are BG certified (H stamp). Temperature range From 40°C to 200°C = 100% permissible load Up to 300°C = 90% permissible load Up to 400°C = 75% permissible load

The receiver bush is for quick and safe insertion of ball operated lifting pins. They offer an easy and reliable installation in a variety of lifting materials. Also for use with thin walled materials and blind holes. They are corrosion resistant with low wearing.

Quick and easy lifting device with swing shackle and safety bar against unintended release. The balls are unlocked by pressing the push button. When the push button is released the balls are securely locked. Corrosion and weather resistant. High tensile, hardened pin for extreme loads with the high wear resistance. Temperature range max. 250 °C. CE certified. Values X max, and F1 with 5x safety factor. Accessory: Receiver bushes 07784.

Ball lifting pins are quick and simple lifting devices with swing shackles. The balls are unlocked by pressing the push button. After releasing the push button, the ball is securely locked. Protected against corrosion and weather-resistant High-strength, hardened, extremely durable pin. TÜV-tested. Values X min., F1, F2 and F3 with 5x safety factor.

Shackles and bolts may vary in colour. Paint may cause the thread to be stiff.

Compact and light design, full loading on all sides. 4x safety factor against breakage in all loading axis. Rotatable 360°. Link swivel range max. 180°. The ball bearing allows the ring to rotate even under load. Lifting or securing loads, swivel rings have many uses. For the loading capacity to be valid it must be ensured that the ring is in line with the load. The swivel face must lie flat on the support beam and the screw must always be screwed in fully.

For high demand hoisting and carrying tasks in safety-relevant areas (machine construction, load handling equipment, lifting tackle). The CE mark is impressed into the ring bolt. F2 permissible load under max. 45° per ring bolt. On request: Certificate of conformity.

Lever hoists, also known as ratchet lever hoists, are mechanical devices used for lifting and pulling heavy loads in a wide range of industries. They commonly consist of a lever, a chain or wire rope, and a ratchet and pawl mechanism. Lever hoists work by applying force to the lever, which rotates the gears and tightens the chain or rope around the load. The ratchet and pawl system locks the load in place, preventing it from descending unintentionally. This working mechanism helps lever hoists offer a compact and portable solution for lifting and pulling operations in various industries, such as construction, maintenance, and transportation. Armed with an all-metal and impact-resistant body, Ronix RH-4110 is the 1.5T variant of our lineup of lever hoists with a proof load of 22.5kN

Professionals who benefit from using lever hoists include construction workers, riggers, maintenance technicians, and contractors. Specifically, lever hoists can be utilized for hoisting loads onto the scaffolding, positioning heavy equipment, pulling vehicles out of difficult situations, and securing loads during transportation. They offer a portable and versatile solution for lifting and pulling heavy loads, providing a high mechanical advantage and precise control over the operation. Ronix RH-4111 is designed in such a way to not only excel in all of the aforementioned scenarios but offer numerous safety and quality-of-life benefits as well. Keep scrolling to learn more about its main features and capabilities.

Since 1903, STAHL, a pioneer in electric hoists, has been producing quality hoists, whether fixed with suspension hooks, with manual or electric trolleys. These hoists, globally recognized for their excellence, are designed for heavy-duty use, both indoor and outdoor. Main features: Protection: As standard, they offer IP 55 protection and are equipped with class F tropicalized motors, making them suitable for operation in humid conditions. A higher protection option, IP 66, is also available. Design: STAHL hoists are known for their compactness and reliability. For load 125kg to 6300kg. Special versions upon request : Low height electrical trolley stainless steel load chain hoists with 2 chain outputs ( for long loads) hoists for big bag

The Gebuwin hand driven worm gear winch is known for its robust and compact construction. The hoisting capacity of the winch is calculated according to the first belt layer around the drum. The winch has a rear exit, which also enables it to be used as a pulling winch. As pulling winch, a load of up to approx. 2000 kg can be moved horizontally. The worm gear winch is fitted with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The crank can be adjusted in length and is recoil-free. All rotating parts run in maintenance free bearings. This winch is available in a grey/black paint and a zinc plated version, which gives an improved rust protection. Type and version coding: WB = worm gear belt winch: hoisting load of 750kg/ pulling load 2000kg GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns

The Gebuwin battery drill powered worm gear winch has a robust build. This winch provides an effective solution for locations without electricity, as well in situations where hoisting of a load is needed for a limited distance. The winch has a flexible coupling for connecting a battery drilling machine or an electric drilling machine. The hoisting capacity of the winch is 200kg which is calculated according to the first cable layer on the cable drum. The closed worm gear box has a transmission with a self braking capacity. This self braking capacity ensures a hold of the load at any required height during hoisting and lowering. All rotating parts run in maintenance free bearings. The winch can be wall mounted or console mounted; it is available in grey/black paint.

Gebuwin has two ranges of spur gear winches which are used for hoisting loads. All of the spur gear winches are equipped with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The hoisting capacities are calculated according to the first cable layer on the cable drum. Due to the minimal friction loss in the transmission, the spur gear winches have a high performance efficiency. Most parts are made from steel and have been either painted or zinc plated. The Gebuwin range of hand driven spur gear winches are known for their robust construction. The cranks can be adjusted in length and are recoil-free. All rotating parts run in maintenance free bearings. The TL1000 and TL1500 have a closed spur gear casing. The winches have a static safety factor of minimum 4. GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 SS = stainless steel 14301

The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. All of the winches are equipped with maintenance free bearings. The winches are normally delivered as pulling winches but upon request, they can be delivered as hoisting winches. Most parts are made from steel and have been either painted or zinc plated.

The worm gear winches as from 1000kg and up can also be driven by means of a portable air motor. The motor can be easily attached to the drive shaft. When there are more than one worm gear winches situated on one particular location, only one air motor is needed to drive them.

Gebuwin has two ranges of spur gear winches which are used for hoisting loads. All of the spur gear winches are equipped with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The hoisting capacities are calculated according to the first cable layer on the cable drum. Due to the minimal friction loss in the transmission, the spur gear winches have a high performance efficiency. Most parts are made from steel and have been either painted or zinc plated.

A design of the present robust worm gear winches of 3 capacities which are constructed with a fully covered gearing (IP 54). The cable drum, the crank and all outgoing shafts are made of high quality 316 stainless steel. All fasteners are of A4 quality stainless steel. The surface treatment of the steel housing complies with the stringent paint specifications C5M according to DIN/ISO 12944. These winches can be utilized with: sea water and chemical installations. Available optional extra’s: grooved drum multi-cabled drum suitable adjustment for air motor drive AM5000

This modern design foldable davit with 500 kg hoisting capacity rotates at a full 360 degrees. Whilst in folded mode, the davit can be inserted into a floor socket and in less than a minute then clicked out and be ready for use. Due to its light weight of 25kg, this davit can be used in numerous applications, including multi-usage positions. Maintenance has been greatly reduced due to its robust design and with an integrated winch and cable. The crank is of adjustable length, the paint specifications meets the DIN/ISO 12944 C1M. A zinc plated floor socket can be purchased as a separate order. Available optional extra’s: electro zinc plated finish (6-8 micron) specific length on request

he Gebuwin range of hand driven worm gear winches are known for their robust construction. The hoisting capacities are calculated according to the first cable layer on the cable drum. All of the worm gear winches are equipped with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The worm gear winches are more safe than the spur gear winches, due to the fact that 50% of the braking is done by the friction loss in the transmission. Subsequently, the load on the pressure brake is greatly reduced. Due to the higher friction loss in the transmission, the worm gear winches have a lower performance efficiency than the spur gear winches. The winches have a static safety factor of minimum 4. The cranks can be adjusted in length and are recoil-free. All rotating parts run in maintenance free bearings. From the 2000 kg capacity winch and up, the winches are fitted with a second drive shaft, which makes it possible to work with two speeds.

Special tooling to hoist your wind turbine gearbox, wind turbine blades or complete nacelle.

The Gebuwin range of hand driven worm gear winches are known for their robust construction. The hoisting capacities are calculated according to the first cable layer on the cable drum. All of the worm gear winches are equipped with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The worm gear winches are more safe than the spur gear winches, due to the fact that 50% of the braking is done by the friction loss in the transmission. Subsequently, the load on the pressure brake is greatly reduced. Due to the higher friction loss in the transmission, the worm gear winches have a lower performance efficiency than the spur gear winches. The winches have a static safety factor of minimum 4. The cranks can be adjusted in length and are recoil-free. All rotating parts run in maintenance free bearings. From the 2000 kg capacity winch and up, the winches are fitted with a second drive shaft, which makes it possible to work with two...

The Gebuwin range of hand driven worm gear winches are known for their robust construction. The hoisting capacities are calculated according to the first cable layer on the cable drum. All of the worm gear winches are equipped with a load pressure brake. This brake holds the load at any required height during hoisting and lowering. The worm gear winches are more safe than the spur gear winches, due to the fact that 50% of the braking is done by the friction loss in the transmission. Subsequently, the load on the pressure brake is greatly reduced. Due to the higher friction loss in the transmission, the worm gear winches have a lower performance efficiency than the spur gear winches. The winches have a static safety factor of minimum 4. The cranks can be adjusted in length and are recoil-free. All rotating parts run in maintenance free bearings. From the 2000 kg capacity winch and up, the winches are fitted with a second drive shaft, which makes it possible to work with two...