Transmission gearing - Import export

In addition to a high temperature range, this product has many more unique properties. The High Temperature Grease does not melt, drip or char. Not even at extreme pressure and extremely high temperatures. The HT-G also protects against corrosion and provides long-term lubrication. This product is ideal for the lubrication of, among other things, guides, valves, shafts, bearings, crown wheels, open gears, transmissions and mainly roller and ball bearings that have to deal with high temperatures. Ultimately, using the High Temperature Grease will result in less machine maintenance and longer life. When HT-G is used, it will change color from pale gold to light brown while acquiring a slightly firmer character at a temperature of about +/- 121 ° C.

Housing polyamide 6. Hollow shaft steel. Screen plastic. Grub screw steel. Version Impactresistant housing. Hollow shaft black oxidised. Grub screw black. Dial black, digits white. Note Position indicators allow direct reading of input measurement values at a glance. In addition, the value indicated per spindle rotation (corresponding spindle pitch) can be selected and the various indicator values are realised by a transmission gear. The position indicators are distinguished by their small construction with very clear display. They are especially suitable for small spindle distances and small shaft diameters and have a torque support that is positioned in a hole on the side. ** At the 1st asterisk give assembly position and at the 2nd asterisk give the count direction (see sample order “assembly position, count direction”). Technical data – Counter consisting of 3 10position dials – Height of figures about 4 mm – Hollow shaft Ø 10 H7 mm

Worm screw steel. Worm wheel CuZn37Mn3Al2PbSiS40. Version Worm screw with righthand pitch, casehardened HV 620 – 700, flanks and hole ground. Note for ordering Wheels/screws can only be combined to form a worm gear if they have the same centre distance and transmission ratio. Note A worm gear consists of a worm screw (shaft) and a worm wheel. Suitable for forming worm drives with a 90° shaft angle. A worm drive enables very large speed reduction ratios with a single stage. The toothing has the flank shape K. The engagement angle is 15°. The worm gears are prebored. The stated T2 output torques are the permissible output torques on the worm wheel. These apply for an input speed of 2800 rpm of the worm screw. The worm gears are suitable for continuous operation at high speeds and high torques. Attention 22500171002 Screw polished only. 22500172002 Worm wheel with helical gear toothing.

— Superior electrical insulation and heat dissipation capability — Compact package with high force output — beam design for excellent structural integrity and strength High speed and high precision High-rigidity direct drive coupled with closed-loop control system enables precision control to attain high speed operations with excellent precision performances. In addition, the ironless linear motors are stable and smooth when operated at low speeds. Simple mechanical structure Multiple forcers, each operated individually, can be installed on a single magnetic way to form a simple overall structure that can be readily assembled. For high cleanness requirement applications The linear motor series offer solutions to dirt buildup and lubricant spray mist problems associated with conventional transmission structures containing gear gaps and ball screws. Hence this series is ideal for applications in dust-free environments.

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 EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. he EP range is available only as 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. These winches have a high performance efficiency and are low in maintenance. When compared with the EW range, these winches have a larger cable storage and their welded steel frame provides a more stable construction. Also there are more additional options. The winches comply with protection classification IP55 and insulation classification F. As standard they are equipped with 2 speeds, as well as an optional 3 speed choice for every type. The connection duration is S3 - 25% up to S3 - 40%.

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Here is the range of the stainless steel winches which we have in our programme. 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. 

The coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches (hoisting) TL = spur gear winches (hoisting) TC = spur gear winches (pulling) Version coding: FS = provided with cable drum free spool device SS = stainless steel...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

Gebuwin has two ranges of electrical winches. The EW range is constructed with a worm gear box as centre point between the electro- motor and the cable drum, whereas the EP range is always equipped with a planetary gear box as transmission. The winches are compact and have a robust construction. The EW range is available as 230V and 400V. The EP range is available only as 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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: EW = electrical winches with worm gear box EP = electrical winches with...

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...

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...

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...

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...

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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches TL = spur gear winches Version coding: D = cable drum for 1 cable 2D = cable drum for 2 cables GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN...

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 coding is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment and the type of winch. The explanation for the coding is as follows: Type coding: HW = economy hand driven winches TL = spur gear winches Version coding: D = cable drum for 1 cable 2D = cable drum for 2 cables GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN...