제품 포트폴리오
Design 99 mm – hollow shaft and cone shaft – The incremental HeavyDuty standard

증분 HeavyDuty 표준

HOG86/POG86

  • 한쪽 개방형 중공축, 원추 샤프트 및 중실축
  • 500 ... 5000 펄스
  • 작동 온도작동 온도 -40... +100°C
  • 특히 경제적인 E 시리즈
  • 중복 감지
  • 트윈 엔코더 조합
  • 통합 디지털 회전 속도 스위치 DSL
  • 기계식 회전 속도 스위치 FSL과의 조합
  • 고가용성을 위한 기능 모니터링 EMS
  • 2/22 Zone에서 사용하기 위한 ATEX II 3G/3D
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Unmatched variety, proven robustness – Design 99 mm – hollow shaft and cone shaft

최고의 다양성, 입증된 견고성

HOG9/POG9

  • 한쪽 개방형 중공축, 원추 샤프트 및 중실축
  • 300 … 10 000 펄스
  • 작동 온도작동 온도 -30... +100°C
  • 트윈 엔코더 조합
  • 설치 깊이가 낮은 버전
  • 고가용성을 위한 기능 모니터링 EMS
  • 2/22 Zone에서 사용하기 위한 ATEX II 3G/3D
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The unrivalled benchmark  – Design 115 mm – solid shaft with EURO flange B10

타의 추종을 불허하는 기준

HOG10/POG10

  • 한쪽 개방형 중공축, 원추 샤프트 및 중실축
  • 300… 10 000 펄스/720… 5000 Sin 주기
  • 작동 온도 -40… +100° C
  • 하이브리드 &베어링 부식 방지 CX(C5-M)
  • 중복 감지/트윈 엔코더 조합
  • 고가용성을 위한 기능 모니터링 EMS
  • 2/22 Zone에서 사용하기 위한 ATEX II 3G/3D
  • -50 °C까지 작동을 위한 가열 옵션
  • 통합 접지 브러시 옵션
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The selected altAttribute does not exist!

지능형 솔루션

HMG10P/PMG10P 증분

  • 한쪽 개방형 중공축, 원추 샤프트 및 중실축
  • 2 x 펄스 수 1 ... 131072
  • 작동 온도 -40… +95° C
  • 하이브리드 &베어링 부식 방지 CX(C5-M)
  • 매개변수화: 스위칭 속도 및 펄스 수
  • 전류 신호의 상호작용 없는 모니터링
  • WLAN 어댑터로 프로그래밍
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SIL2 HeavyDuty encoder incremental – SinCos output – LowHarmonics for excellent signal quality  – SinCos output – LowHarmonics for outstanding signal quality  – Design 105 mm - hollow shaft and cone shaft – High resolution up to 10 000 ppr – Design 105 mm – hollow shaft up to 20 mm

SinCos 출력 - 최고의 신호 품질을 위한 LowHarmonics

OGS71 ... HOGS151

  • SinCos 출력 신호1 Vss
  • LowHarmonics 기술로 무시할 수 있는 고조파 부분
  • 한쪽 개방형 중공축, 원추 샤프트 및 중실축
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The selected altAttribute does not exist!

EURO 플랜지 B10이 있는 중실 샤프트

  • HeavyDuty shaft 엔코더 설치 표준
  • 크기 115mm
  • EURO 플랜지 B10이 있는 ø11mm의 중실축
  • 가장 광범위한 HeavyDuty 엔코더 프로그램
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Complete portfolio of solid shaft designs

Complete portfolio of solid shaft designs

  • Designs 58 to 120 mm
  • Solid shafts ø6 ... 11 mm
  • Square wave and SinCos output signals
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Large hollow shafts  >20 mm to 150 mm

Large hollow shafts >20 mm to 150 mm

  • Encoders with integral bearings for large drive shafts
  • Bearingless encoders in hollow shaft design up to 3000 mm diameter see under bearingless encoders
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Complete portfolio of hollow shaft designs

Complete portfolio of hollow shaft designs

  • Designs 58 to 287 mm
  • Hollow shaft ø8 ... 150 mm
  • Square wave and SinCos output signals
  • Cost-efficient and reliable installation
  • Broad accessory range
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For Ex areas

For Ex areas

  • ATEX II 3G/3D for use in zones 2/22
  • ATEX II 2G for use in zone 1
  • Variants with IECEx certificate
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For corrosive environment

For corrosive environment

  • Corrosion resistance  C4 and CX (C5-M)
  • DNV certified variants
  • Offshore capable and saltwater proof
  • Tropics-compatible variants on request
  • Stainless steel option
  • Integrated heating for operation at temperatures down to -55 °C on request
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Bearingless HeavyDuty encoders – optical – For highspeed applications – optical technology without integral bearings

For highspeed applications – optical technology without integral bearings

  • Operating speed up to 30 000 rpm
  • Hollow shaft up to Ø120 mm
  • No self-heating by bearing friction
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HeavyDuty encoders for use in functional safety

HeavyDuty encoders for use in functional safety

  • PLd / SIL2 certification compliant to EN 13849 and EN 62061
  • LowHarmonics technology for excellent SinCos signal quality
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Your benefits

Robust mechanics, reliable electronics, easy installation: Our incremental HeavyDuty encoders reliably operate in 24/7 operation permanent under the toughest conditions. They make significant contributions to avoid failures and high standstill cost, and thus give a key contribution to the high availability of your machine or system.

  • Highest availability and unrivalled durability under harshest ambient conditions
    • Proven HeavyDuty design, double-sided bearing setup, HeavyDuty connection technology, highly robust sensing
  • Failure safety in any environment
    • Extremely durable aluminum or stainless steel housing, outstanding corrosion protection up to category CX (C5-M), long-term stable sealing concept, operating temperature up to -40 ... +100 °C (as option -50 °C)
  • Efficient protection against bearing damage
    • Double-sided bearing setup (where possible), generously dimensioned bearings with large bearing spacing, high bearing load reserve for large radial / axial shaft loads, no inductive shaft currents due to hybrid bearings with ceramic balls
  • Improved control and process quality in the application
    • Interference-proof, precise sensing with Opto-ASIC, best electromagnetic compatibilty
  • Less drive heating and higher energy efficiency
    • Perfect sinusoidal signal quality by LowHarmonics® technology, SinCos signals with negligibly small harmonic component
  • Reliable signal transmission over long distances
    • Powerful output drivers for cable lengths up to 350 m (HTL-P) and 550 m (TTL), signal transmission via optical fiber up to 1500 m
  • Standard explosion protection
    • ATEX certification Ex II 3G / 3D for Zone 2 for almost all devices, versions with ATEX / IECEx certification Ex II 2G for Zone 1
  • Easy and flexible product selection
    • All common mounting types (hollow shaft, cone shaft, shaft with EURO flange B10), connection via terminal box / flange socket M23 / cable, output signals HTL-P / TTL/RS422 / SinCos 1 Vpp / optial fiber
  • Versatile designs and options
    • Redundant encoders, twin encoders, combinations with speed switch and tacho for special tasks and safety functions, special offshore variants, protection for salt water and tropical environment
  • Convenient diagnostics for higher availability
    • Continuous testing of numerous rotary encoder functions with function monitoring EMS, detection of connection errors already during assembly, shortening commissioning and error search

Applications

Incremental HeavyDuty encoders provide information on speed and angular position. Their resolution is expressed as the number of pulses (square-wave signals) and the sinusoidal (SinCos) signals per revolution, which the rotary encoder transmits to the controller with each revolution of its shaft. SinCos signals can be interpolated in a controller or in a controller to increase the resolution.

The upstream control identifies the current speed by the pulse numbers counted within a defined time period, while the current position information is identified by the counted pulses or SinCos periods, respectively. At system power-on, a reference travel is required since the encoder information may have been lost during power off and further to eliminate any incorrect result caused by any shaft rotation performed during power-off.

Incremental HeavyDuty encoders are designed for maximum robustness and durability, with enormous mechanical reserves to ensure reliable performance even in the harshest environments:

  • Steelworks and rolling mills
  • Port installations and crane technology
  • Hoists and lifting platforms
  • Underground and open pit mining
  • Materials handling equipment
  • Large drives and generators
  • Wind turbines

Technology

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