Name: drygear® apiro® installation option vertical flange (RL-A54.0100)
SKU: RL-A54.0100
Price: 37652.43 KRW
Availability: InStock

drygear gearbox technology

Apiro 모듈형 기어박스 시스템

액세서리

drygear® apiro® installation option vertical flange

D1 모터 제어 시스템에 대한 비디오 튜토리얼

케이블이 옵션으로 제공되는 바로 연결 가능한 하네스 에너지 체인을 원하시나요, 아니면 여기에서 선택한 에너지 체인이 애플리케이션에 적합한지 확실하지 않으신가요? 당사의 에너지 체인 전문가가 애플리케이션 데이터를 기반으로 적합한 에너지 체인을 선택하고 계산해 드립니다.

애플리케이션에 적합한 컨베이어 롤러를 빠르게 찾기: 요구 사항을 입력하기만 하면 예상 처짐 계산과 함께 적합한 컨베이어 롤러를 받아볼 수 있습니다.

다음에 적합한 커플링 조인트 찾기
고객 애플리케이션: 요구사항을 입력하고 적합한 제안을 받으세요.
.

여기서 현재 구리 추가 비용을 계산하세요.

적합한 샤프트를 찾을 수 없나요? 그런 다음 원하는 방식으로 샤프트를 구성하기만 하면 됩니다!

모터 제어 시스템의 애플리케이션, 프로토타입 제작 및 지원을 위한 비디오 지침

몇 번의 클릭만으로 적합한 drylin® E 모터를 찾을 수 있습니다. 사용자의 요구사항을 입력하고 적합한 제안을 받으십시오.

개별 케이블을 현재 가격으로 3분 만에 1,000m 길이부터 주문 가능합니다.

요구 사항을 입력하기만 하면 적합한 볼 베어링을 사용 수명과 함께 받아볼 수 있습니다.

이동 거리, 곡률 반경 및 가속도 파라미터를 입력하면 chainflex® 케이블의 사용 수명을 알 수 있습니다.

제조업체 표준에 따라 하네스 드라이브 케이블을 빠르게 찾아 주문하세요.

950개 이상의 케이블과 3,500개의 플러그인 커넥터 중에서 맞춤형 솔루션을 선택하여 주문하세요.

<h3 style="text-align:start;">맞춤형 리드 스크류 가공이 필요합니까?</h3>
온라인으로 쉽게 제품 구성

With the help of the inner separation configurator you can create a layout of the needed cables in the e-chain and get a feeling if there is enough space for every cable and where is the best position inside the e-chain.&nbsp;

사용 수명 계산기를 사용하여 에너지 체인의 예상 사용 수명을 결정하세요.

igubal® 전문가가 세 단계로 질문합니다. 자가 보정 igubal® 베어링에 대한 요구 사항과 모든 이구스 제품에 대한 종합적인 적합성 및 사용 수명 분석을 제공하며,결과를 비교하여 가장 적합한 igubal® 베어링을 이구스 온라인 샵을 통해 직접 주문할 수 있습니다.

제품 선택 및 사용 수명 계산 애플리케이션 파라미터를 입력하면 iglidur® 플레인 베어링의 예상 사용 수명을 알 수 있습니다.

CAD 소프트웨어, 2D 도면 및 3D 단계 파일, 온라인 생성, 즉시 가격 계산, 온라인에서 바로 주문 또는 견적 요청 없이 가공단을 맞춤 가공합니다.

애플리케이션에 가장 적합한 리드 스크류 드라이브 선택에 대한 도움말, 원하는 리드 스크류 드라이브 구성에 대한 수명 계산, 필요한 애플리케이션에 대한 모든 세부 정보가 포함된 PDF 다운로드.

단 몇 번의 클릭으로 모터, 연결 케이블 및 장착 부품을 포함한 전체 직동 축을 구성할 수 있습니다.

적합한 사이즈를 찾을 수 없나요? 여기에서 간단히 구성하세요!

다양한 케이블 유형과 길이를 매력적인 조건으로 잔여 재고로 제공합니다.

iglidur® 베어링 디자이너를 사용하면 개별 치수의 플레인 베어링과 선호하는 재질에 대한 할인 가격을 몇 단계 만에 표시할 수 있습니다. 마지막에 원하는 경우 개별 일반 베어링의 기술 도면을 받게 되며, 바로 주문하거나 추가 정보를 요청할 수 있습니다.

모터 제어 시스템을 위한 무료 샘플 프로그램으로 시간과 비용을 절약하세요.

적합한지 확실하지 않으신가요? 롤러 베어링 온라인 툴을 사용하여 온라인으로 간단히 구성하세요.

놓친 것이 있나요? 그런 다음 원하는 솔루션을 직접 구성하기만 하면 됩니다. 온라인 툴을 사용하세요!

요구 사항을 입력하고 적합한 구성을 받아 애플리케이션에 맞는 완벽한 솔루션을 쉽게 찾을 수 있습니다.

어플리케이션 파라미터를 입력하고 몇 번 클릭하기만 하면 맞춤 선회 베어링과 예상 사용 수명을 확인할 수 있습니다.

올바른 플레인 베어링을 위한 iglidur® 제품 검색기

도면 부품 생산에 사용할 수 있는 다양한 제조 옵션이 있습니다. 기술적으로나 경제적으로 가장 효율적인 방법과 완벽한 플라스틱 재질에 대해 기꺼이 조언해 드리겠습니다.

제품 검색기는 고객의 애플리케이션에 적합한 모든 chainflex® 케이블에 대한 개요를 빠르게 제공합니다.

The Quickrobot is the easiest and fasted way to get with only a few clicks a complete dresspack for several robot manufacturers and types.&nbsp;

무료 브라우저 애플리케이션으로 모터 제어 시스템을 온라인으로 테스트하세요.


Food-safe according to FDA
Excellent abrasion resistance and very robust
Accurate surface details
Ideal for worm wheels


Selective laser sintering (SLS) material: iglidur i6
The iglidur i6 material was designed for laser sintering and was especially developed for manufacturing worm wheels for the food &amp; packaging industry. The tests in the igus test laboratory showed a longer service life than for conventionally milled gears - e.g. POM. This significantly increases flexibility in the design of components, because the laser sintering process eliminates the need for tooling and therefore special parts can be manufactured efficiently with no minimum order quantity. Furthermore, iglidur i6 is ideal for snap-on connections due to the higher elongation at break.

When do I use it?

When a food grade material is required
For applications with sliding motion, especially for worm gears
If a white base material is required for subsequent colouring

When not to use it?

When an optically detectable material in blue colour is required (→ iglidur i6-BLUE)
For applications under water or with high humidity (→ iglidur i8-ESD)
If components with ESD specifications are required (→ iglidur i8-ESD or iglidur i9-ESD)
In combination with anodised aluminium as a counter partner (→ iglidur i3)
For spur gear applications (→ iglidur i3)
If the application temperature is higher than 80 °C in the long term (→ iglidur A350 or iglidur RW370)



attributes_iglidur_l100_material_description

iglidur® UW500 | For hot liquids and fast, continuous movements
iglidur® UW500 was developed for underwater applications, where higher temperatures up to +250°C occur. The material can also operate in chemicals with media lubrication.
Typical applications

Automotive
Glass industry
Food industry
Machine tools
Heavy machinery/Plant construction


When to use it?

When the material needs to be used in liquids
For high speeds
For high temperatures
When a high chemical resistance is required


When not to use it?

When a low-cost underwater material for the normal temperature range is required
When looking for a low cost underwater material for infrequent operations
When a cost-effective universal material is sought 



iglidur® H1 | Endurance runner with high media resistance
iglidur® H1 is the first choice when long service life is required under extreme ambient conditions. Extreme wear resistance is coupled with excellent resistance to temperature and media - not only in the packaging and food industries or the automotive industry.

Typical applications

Vending machinery
Beverage industry
Textile industry
Packaging industry


When to use it?

When maximum service life is required, influenced by temperature and humidity
When low coefficient of friction at high temperature is important
When normal aggressive cleaning is required (splashes, steam blasting)
For under bonnet applications

When not to use it?

When high surface pressures occur
When the best universal chemical resistance is required
When a cost-effective high-temperature material opposed to wear resistance is required
When an FDA-compliant material with high temperature resistance is required



attributes_iglidur_i3000_3d_druck_material_description

With DIN EN 45545, the new iglidur RW250 material fulfills the strict fire protection requirements of railroad technology. In addition, the material formulation has been optimized for absolute wear resistance and offers very good running properties in many applications.  


iglidur® PEP - for all shaft surfaces and materials 
iglidur® PEP consists of a combination of two plastic layers. Even threads, rust or scratches do not impair the permanently reliable function. 



Versatile use: good combination of high wear resistance, strength and temperature resistance


Self-lubricating filament iglidur i180 
Components made from the 3D printing material iglidur i180 can be used universally for all types of wear parts, such as plain bearings, gears and drive nuts, as this material has also been specifically developed for moving applications. The higher wear resistance and higher temperature resistance (100°C over the long term) extend the range of application, especially for more dynamic applications with higher surface speeds.

When to use it?

When an increased permanent application temperature of up to 100°C is required
For highly dynamic plain bearing applications


When not to use it?

If the application temperature is higher than 100°C in the long-term, or even higher wear resistance is required (→ iglidur J260)



iglidur® A350 | The endurance runner at higher temperatures in the food sector
iglidur® A350 is designed in such a way that it can be used for all loads in the food and packaging industry. Even high loads, as seen in lifting equipment or presses, are easy and the material works without any external lubrication.

Typical applications

Food industry
Beverage industry
Medical technology


When to use it?

When FDA compliance is required
When wear resistance and FDA are required for high loads
When the material is used in acid environments

When not to use it?

When temperatures are continuously higher than +180°C
When the maximum wear resistance is necessary
When a cost-effective FDA-compliant material is required
For high speeds




Flame-retardant, according to UL94-V0 and DIN EN 45545
Temperature-resistant up to + 170 °C
Flexural strength 91 MPa


Fire-retardant high-temperature filament, ideal for the railway industry
iglidur RW370 is an abrasion-resistant, high-temperature tribofilament which was specifically developed for use in railway vehicles. As such, its fire-retardant specifications conform to UL94-V0 and EN45545. In addition, it has the maximum mechanical strength of all tribofilaments and a long-term temperature resistance of 170 °C, which makes it the material of choice for high-temperature applications.

When to use it?

When the application requires high temperature resistance
When the mechanical strength of the other tribofilaments is not sufficient
When fire-retardant specifications are required

When not to use it?

When very high wear resistance at high-temperature load is required (→ iglidur A350)



iglidur® HSD350 | Media-resistant and hygienic at low costs
The new material enables continuous use where hygiene is important, including regular sterilisation, with an outstanding price/performance ratio.

Typical application areas

Fluid technology
Medical technology


When to use it?

When the bearing point is regularly sterilised using hot steam
When a low-cost material is needed at the same time
When good chemical resistance is required
Low moisture absorption

When not to use it?

When high pressure loads occur
When short-term temperatures higher than +120°C occur
When a cost-effective material for occasional movements is necessary



iglidur® J4 | Lowcost material
iglidur® J4 is the low-cost material for long service life at low to medium loads.

Typical application areas

3D printers


When do I use it?

When I am looking for a lubricant-free and maintenance-free material
When I am looking for a low-cost material for large series
When I need low coefficients of friction
If I need good media resistance If I need low moisture absorption

When do I not use it?

For high loads When I have high temperatures in my application



iglidur® R | Low-cost material, low coefficients of friction
In the development of iglidur® R, the focus was on high performance and a very low price. In particular, low friction and wear values were to be achieved in dry running. Components made of iglidur® R are specifically supported by a combination of solid lubricants. The PTFE and silicone-free material achieves outstandingly low friction values in dry running and runs largely stick-slip-free.


Typical areas of application

Motorcycle/Rolloler
Furniture/industrial design
Sport, fitness &amp; rehab



When do I use it?

When high wear resistance at low loads is required
When a very inexpensive material is required
When very low coefficients of friction are required in dry running
When edge loads occur
When low moisture absorption is desired
When PTFE or silicone are not approved for the application

When should I not use it?

When high pressure loads occur
When temperatures are permanently higher than +90 °C
When the best possible wear resistance is required 



iglidur® W300 | The endurance classic, very wear-resistant on (almost) all shafts
iglidur® W300 offers high wear resistance, even in rough shafts or very abrasive ambient media. This material is the most tolerant of these external effects out of all the iglidur® range.

Typical applications

Vending machinery
Printing industry
Wood industry
Machine tools


 When to use it?

When especially high service life is necessary
When low coefficient of dynamic friction and high wear resistance are required
For use on 304 stainless steel shafts
For harsh environments and rough shafts
Dirt-resistant


When not to use it?

For high loads from 50 MPa
When temperatures continuously greater than +90 °C are present
For very wet environments
When an exceptionally economical material is desired 



iglidur® X6 | Service life up to six times longer than iglidur® X
Thanks to nano technology, iglidur® X6 has a service life up to six times longer than the high-performance material iglidur® X in many swivel and rotation applications - even beyond +100 °C.

Typical application areas

Fluid technology
Glass industry
Food industry
Mechanical engineering
Textile industry 


When do I use it?

When temperatures greater than +150 °C occur
If the wear resistance of iglidur® X is not sufficient during swiveling and rotation
If the press fit is to be improved compared to iglidur® X
If the highest media resistance is required
When freedom from PTFE is required

When do I not use it?

When a cost-effective universal bearing is sought
When a bearing for underwater use is sought
If you are looking for a wear-resistant high-temperature bearing for linear strokes 




Versatile use: good combination of high wear resistance, strength and temperature resistance
Colour: black

Self-lubricating filament iglidur i180  in black colour
Components made from the 3D printing material iglidur i180-BL can be used universally for all types of wear-resistant parts, such as plain bearings, gears and drive nuts, as this material has also been specifically developed for moving applications. The higher wear resistance and higher temperature resistance (100°C over the long term) extend the range of application, especially for more dynamic applications with higher surface speeds.

When to use it?

When an increased permanent application temperature of up to 100°C is required
For highly dynamic plain bearing applications
If a black material is required

When not to use it?

If the application temperature is higher than 100°C in the long-term, or even higher wear resistance is required (→ iglidur J260) 



Bearings of so-called tracking systems in photovoltaic systems defy particularly adverse environmental conditions. iglidur P UV was developed for this area of application. The special composition ensures high resistance to ultraviolet rays and ensures that components made of iglidur P UV function for a particularly long time and with the least possible loss of strength. 



Food compliant according to FDA
Blue colour for optical detectability
Excellent abrasion resistance and toughness
Accurate surface details
Ideal for worm wheels


Selective laser sintering (SLS) material: iglidur i6-BLUE
The iglidur i6-BLUE material, developed for laser sintering, is specifically intended for use as a worm wheel, and for food contact. The tests in the igus test laboratory showed a longer service life than for conventionally milled gears - e.g. POM - This significantly increases flexibility in the design of components, because the laser sintering process eliminates the need for tooling and therefore special parts can be manufactured efficiently with no minimum order quantity. Furthermore, iglidur i6-BLUE is ideal for snap-on connections due to the higher elongation at break.

When do I use it?

When a food-compliant material in a continuous blue colour is required (optical detectability)
For applications with sliding motion, especially for worm gears

When not to use it?

For applications under water or with high humidity (→ iglidur i8-ESD)
If components with ESD specifications are required (→ iglidur i8-ESD or iglidur i9-ESD)
In combination with anodised aluminium as a counter partner (→ iglidur i3)
For spur gear applications (→ iglidur i3)
If the application temperature is higher than 80 °C in the long term (→ iglidur A350 or iglidur RW370)




Extremely robust and rigid with carbon fibre reinforcement
Suitable for structural components and multi-material components
Flexural strength up to 237 MPa, flexural modulus of elasticity of up to 11.5 GPa, improved strength in z-direction


High-strength filament for structural components or as a material partner for multi-material components
igumid P190 is an extremely strong and stiff 3D printed filament due to the reinforcement with carbon fibre. It was specially developed as a partner material for iglidur i190 for the production of very strong and at the same time friction-optimised components in multi-material printing. Furthermore, it can be used for printing stable structural components. Thanks to the high strength and high rigidity, as well as its low density of 1.25g/cm³, igumid P190 is ideal for lightweight construction with low material requirements.

When to use it?

For structural components where high strength and stiffness are required
For special mounting brackets for energy chains
As a multi-material partner with iglidur i190, for the combination of a high-strength material (igumid P190) and a particularly durable plastic (iglidur i190)

When not to use it?
For friction and wear applications (→ iglidur i150 or iglidur i180 or iglidur i190)
If the application requires a food-grade material (→ iglidur i150 or iglidur i151 or iglidur A350)
If the application temperature is higher than 120 °C in the long term (→ iglidur A350 or iglidur RW370)



attributes_iglidur_q2e_material_description


Higher application temperature up to 110 °C
Highest flexural strength of 94 MPa at 20 °C
PFAS-free
Electrostatic dissipative (ESD)


Selective laser sintering (SLS) material: iglidur i230
The iglidur i230 laser sintering powder stands out as another all-rounder material among the iglidur SLS materials. Unlike iglidur i3, however, it is designed for higher application temperatures and withstands long-term temperatures of up to 110 °C. Moreover, the material is 80 % more wear-resistant than PA12. Of all iglidur SLS materials, iglidur i230 offers the highest flexural strength and, in addtion, it has electrostatically dissipative (ESD) properties.
Good to know: iglidur i230 contains no PTFE and is therefore not affected by future PFAS regulations.

When to use it?

When a PFAS-free material is required
If the application temperature is above 80 °C in the long term and at a maximum of 110 °C
If components with high mechanical strength (also structural components) are required
If components with ESD properties are required up to 110 °C application temperature

When not to use it?

If components with higher wear resistance at max. 80 °C application temperature are required (→ iglidur i3)
If components with ESD properties up to 80 °C application temperature are required (→ iglidur i8-ESD or iglidur i9-ESD)
For worm wheel applications (→ iglidur i6)
If the application requires a food-safe material (→ iglidur i6)
When components with higher elasticity are required (→ iglidur i10)
If the application temperature is higher than 110 °C in the long term (→ iglidur A350 or iglidur RW370)




Flexural strength up to 80 MPa, best iglidur filament
Excellent service life - 50 times higher abrasion resistance than ABS


Flexible and wear-resistant filament - iglidur i190
iglidur i190 is characterised by high wear resistance, as the material is enriched with solid lubricants. It can be processed on regular 3D printers, but a closed 3D printer is recommended. Due to its high wear resistance and excellent mechanical specifications (strength, toughness, coating adhesion), it is an all-round material that is suitable for most applications and 3D printers. Of all igus tribofilaments, only iglidur RW370 has a higher strength than iglidur i190. It can also withstand a long-term application temperature of up to 90 °C (after tempering the component).

When to use it?

For all types of applications where low friction and high wear resistance are important
When higher strengths are required

When not to use it?

If the application temperature is higher than 90 °C in the long term (→ iglidur J260 or iglidur RW370)
For applications under water or with high humidity (→ iglidur i180)
If the application requires a food grade material (→ iglidur i150 or iglidur A350)



attributes_igutex_tx3_material_description

iglidur® A160 | FDA and EU regulation-compliant for chemicals and food
iglidur® A160 is characterised by extreme media resistance at low costs. Tribologically optimised, the material can be used up to +90°C and also meets the conformity requirements of the food processing sector. The property profile is rounded off by the &#34;optical detectability&#34; often desired in the industry, i.e. the blue colour.

Typical application areas

Beverage industry
Food industry
Medical technology


When to use it?

When a material with maximum media resistance is required
When a cost-effective material with high media resistance is required
When a material conforming to the 10/2011 EC is required

When not to use it?

When a universal material is needed for the food industry
If a very media-resistant material is sought for applications at more than +90°C
When a low-cost material with high wear resistance in dry operation is required



iglidur® D | Low-cost material with silicone
In the development of iglidur® D, a very low price was at the top of the requirement profile. In particular, low coefficient of friction was required at high speeds in dry operation. This material containing silicone achieves low coefficient of friction in dry operation and runs with virtually no stick-slip.

Typical applications

Model building
Furniture/Industrial design
Fitness and sports


When to use it?

When low coefficient of friction is required
For high speeds
For low load
When looking for a very cost-effective material

When not to use it?

When high pressure loads occur
When silicone-free parts are required
When temperatures continuously greater than +90°C are present



attributes_igumid_p150_3d_druck_material_description

The ECO group includes iglidur materials that are made from at least 97% regranulate. Due to the production from already processed raw materials, they are particularly sustainable.
iglidur® ECO P - universally applicable in high humidity outdoors

Very good coefficients of friction
Low moisture absorption
Resistant to edge pressure
Resistant to shocks and impacts
Resistant to dirt and dust  



iglidur® G1 | The new lubrication-free standard
With iglidur® G1 we offer a wear-resistant and versatile material for a wide range of applications. Recommended for applications with medium to high loads at medium speeds. Even at elevated temperatures up to 180°C, iglidur® G1 is dimensionally stable, wear-resistant and offers very low moisture absorption. iglidur® G1 is suitable for a multitude of different applications and represents an all-rounder with very good running performance.

Typical applications

Automotive
Machine tools
Furniture/Industrial design
Fitness and sports


When to use it?

When an economical all-round performance material is required
For low to average surface speeds
When the material needs to run on different shaft materials
For pivoting and rotational movements

When not to use it?

When mechanical rework is required
When the highest wear resistance is required
When universal chemical resistance is required
When temperatures are continuously greater than +180°C
When used under water




Food compliant according to FDA and EU Regulation 10/2011
Blue colour for optical detectability 


Easy-to-process, abrasion-resistant filament for the printing of food grade components in blueThe iglidur i151 tribofilament is suitable for components with high wear resistance, as the material is filled with solid lubricants. It was specifically developed for use in the food and packaging industry: the printed components are compliant to FDA and EU Regulation 10/2011 and the blue colour ensures the required optical detectability. iglidur i151 is also an all-rounder material, and due to its good mechanical properties (strength, toughness, layer adhesion) it is suitable for most applications. iglidur i151 has comparable mechanical specifications as iglidur i150, by far the most frequently used igus filament. There are restrictions in terms of the maximum permanent application temperature of 65°C and for highly dynamic applications.

When to use it?

If the application requires a food grade material according to FDA or EU 10/2011
When an optically detectable material is required
For applications with low or medium surface speeds (safe up to 0.2 m/s, test for higher speeds)


When not to use it?

When the application temperature is higher than 65°C for a long time (→ iglidur i180 or iglidur J260 or iglidur A350 for food contact)
For highly dynamic applications (→ iglidur i180)
If food conformity, according to FDA ,and the blue colour are not necessary (→ iglidur i150)



iglidur® G V0 | V0 rating according to UL94, universal
iglidur® GV0 is the first iglidur® material with V0 rating according to UL94 for universal use in the normal temperature range. It is predestined for applications with high fire protection requirements (vehicle interior, aviation, building services, etc.). All other iglidur® materials with V0 rating are part of the high-temperature segment. The general mechanical and thermal specifications are largely comparable with the all-rounder iglidur® G.

Typical application areas

Passenger seats
Elevators
Escalators
Switch cabinets
Hinges


When to use it?

When a UL94 V0 classified material for normal environmental conditions is required
When an economic UL94 V0 classified material is required

When not to use it?

When a UL94 V0 classified material for high-temperature applications is required
If a standard material is required without compliance with special fire standards
Use our filter options to find the suitable product



iglidur® J | The versatile endurance runner
iglidur® J is characterised by the lowest coefficients of friction in dry operation and its very low stick-slip tendency. With a maximum recommended surface pressure of 35MPa, iglidur® J is not suitable for extreme loads.

Typical applications

Vending machinery
Printing industry
Beverage industry
Aviation
Cleanroom


When to use it?

For high speeds
When highest wear resistance at low to medium pressures is required
Low wear against different shafts
When a low coefficient of friction in dry operation is requested
For vibration dampening
When good chemical resistance is required
For best performance with soft shaft materials
Low moisture absorption

When not to use it?

When high pressure loads occur
When temperatures of greater than +120°C occur in the short term
When a cost-effective bearing for occasional movements is sought



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