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ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
SIZING A SHUNT RESISTOR FOR REGENERATIVE BRAKING Ppk = Maximum ( Em / tdec ; Vmax (supply)2 / R) Ensure the integrity of the chosen resistor. The peak power depends on peak time. Check the resistor datasheet. The Ppk (5 s) is typically: Ppk (typ.) = Pav * 5 for wire-wound resistors. 7) Connect the shunt resistor according to the installation manual. MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System MERCURY™ シリーズ M1500HMicroE Mercury
1500Hキットエンコーダーは、他のエンコーダーよりも小さく、高性能で、インストールが速く、使いやすいです。小さなセンサーは非常に狭いスペースに収まり、迅速かつ簡単にセットアップできるように幅広いアライメント許容差を備えています。 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
SIZING A SHUNT RESISTOR FOR REGENERATIVE BRAKING Ppk = Maximum ( Em / tdec ; Vmax (supply)2 / R) Ensure the integrity of the chosen resistor. The peak power depends on peak time. Check the resistor datasheet. The Ppk (5 s) is typically: Ppk (typ.) = Pav * 5 for wire-wound resistors. 7) Connect the shunt resistor according to the installation manual. MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System MERCURY™ シリーズ M1500HMicroE Mercury
1500Hキットエンコーダーは、他のエンコーダーよりも小さく、高性能で、インストールが速く、使いやすいです。小さなセンサーは非常に狭いスペースに収まり、迅速かつ簡単にセットアップできるように幅広いアライメント許容差を備えています。 ENCODERS - PRECISION MOTION CONTROL - CELERA MOTION Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies.DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature AURA™ SERIES ENCODERS Aura™ is a high resolution absolute encoder in an extremely small, low power SMT package. High accuracy and run speed, combined with wide alignment tolerances, deliver an optimal solution for high volume OEM designs. Absolute position feedback. Small, low power SMT package. High resolution and accuracy. High run-speed. Wide alignmenttolerances.
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution.OPTIRA™ SERIES
Optira™ Series – PI. Combining MicroE’s patented PurePrecision™ technology with state-of-the-art electronics and signal processing, the Optira delivers unprecedented performance in an incredibly small and lightweight package, providing resolution of up to 5nm with all AGC, interpolation, and signal processing performed inthe sensor head.
MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are used, and where to find them. Learn more about our Servo Drives. SINUSOIDAL DRIVE OPERATION WITH BRUSHLESS PM MOTORS The 3 Phase Brushless PM Motor. Most brushless motors, whether linear or rotary, have three electrical phases.It is common practive to connect the center tap of each phase together inside the motor, in a “wye” configuration, then bring out three power leads. LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the COMPARISON OF SLOTLESS AND SLOTTED MOTORS The motor also has significantly better Kt linearity over its slotted counterpart. One consideration with slotless designs is the large magnetic air gap between the rotor and stator due to the removal of stator teeth. This results in lower flux density and correspondingly lower torque output for a given size motor. MERCURY II 6000 SERIES ENCODERS Mercury II ™ 6000 Series Encoders. RoHS. High Performance Encoders with Digital Output . Features at a Glance . The Mercury . II. 6000 Series Encoders is built on the field-proven Mercury technologyplatform.
PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 ENCODERS - PRECISION MOTION CONTROL - CELERA MOTION Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies. GIMBAL FOR SEARCH AND RESCUE HELICOPTER The Solution. Celera Motion’s Ultra IncOder™ advances the design of robust, high resolution and high accuracy pointing of stabilized gimbal payloads, such as searchlight and optoelectronics systems for search and rescue helicopters. The inductive technology provides highly reliable position measurement, proven in harsh environments for use in mission critical applications. EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling of MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System光学编码器
MicroE
产品采用PurePrecision™和VeraPath™技术构建而成。MicroE品牌的微型精密光学编码器有多种外形和安装选项,辅以增量和绝对接口,分辨率可达1.2纳米。有多种旋转和线性刻度表可供选择,精度可 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 ENCODERS - PRECISION MOTION CONTROL - CELERA MOTION Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies. GIMBAL FOR SEARCH AND RESCUE HELICOPTER The Solution. Celera Motion’s Ultra IncOder™ advances the design of robust, high resolution and high accuracy pointing of stabilized gimbal payloads, such as searchlight and optoelectronics systems for search and rescue helicopters. The inductive technology provides highly reliable position measurement, proven in harsh environments for use in mission critical applications. EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling of MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System光学编码器
MicroE
产品采用PurePrecision™和VeraPath™技术构建而成。MicroE品牌的微型精密光学编码器有多种外形和安装选项,辅以增量和绝对接口,分辨率可达1.2纳米。有多种旋转和线性刻度表可供选择,精度可 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling ofCELERA MOTION
Celera
Motion精密组件和机电一体化组件结合广泛的设计,集成和制造专业知识,可缩短产品上市时间,从而为最苛刻的应用提供最佳解决方案。. 我们的编码器,电机,伺服驱动器,空气轴承主轴和机电子系统使工程师能够解决复杂的设计挑战。. 我们生产世界一 ENCODERS - PRECISION MOTION CONTROL - CELERA MOTION Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies. EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.SATCOM & UAV
Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies.AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
TRAPEZOIDAL VS. SINUSOIDAL COMMUTATION Sinusoidal Commutation directs current in the form of a sinewave through all three phases of the motor, which is sinusoidally synchronized by the drive. Each sinewave must be 120 electrical degrees from each other. Sinusoidal Commutation is achieved by utilizing an encoder feedback loop (algorithm) to maintain a 90 degreetorque angle curve.
MOUNTING DESIGN GUIDE MOTOR HANDLING Safety Precautions These devices contain high energy rare-earth magnets that produce strong magnetic fields. The following guidelines must be strictly adhered to in order to maintain the safety of all individuals involved with the handling of MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System光学编码器
MicroE
产品采用PurePrecision™和VeraPath™技术构建而成。MicroE品牌的微型精密光学编码器有多种外形和安装选项,辅以增量和绝对接口,分辨率可达1.2纳米。有多种旋转和线性刻度表可供选择,精度可 PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the INDUCTIVE ENCODER PRODUCT GUIDE Page 3 ge 3 1. Introduction 4 2. Product Options 6 3. Customised Products 7 4. Manufacturing & Quality 8 5. Technical Data 9 5.1 Screw Mount Stator & Screw Mount Rotor Format - Product Option INC-3 9 MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System MERCURY II 6000 SERIES ENCODERS Mercury II ™ 6000 Series Encoders. RoHS. High Performance Encoders with Digital Output . Features at a Glance . The Mercury . II. 6000 Series Encoders is built on the field-proven Mercury technologyplatform.
PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are VERATUS™ SERIES ENCODERS 2016 Celera Motion 125 Middlesex Turnpike | Bedford, MA 017301409 USA- IM-Veratus-Sensor-Rev1a-04152016.docx Tel: 781-266-5700 | celeramotion@gsig.com MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the INDUCTIVE ENCODER PRODUCT GUIDE Page 3 ge 3 1. Introduction 4 2. Product Options 6 3. Customised Products 7 4. Manufacturing & Quality 8 5. Technical Data 9 5.1 Screw Mount Stator & Screw Mount Rotor Format - Product Option INC-3 9 MERCURY II 5000 SERIES ENCODERS Mercury II. RoHS ™ 5000 Series Encoders. High Performance Encoders with Digital Output . System Features at a Glance . The Mercury . II. 5000 Series Encoder is built on the field-proven Mercury technologyplatform.
MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System MERCURY II 6000 SERIES ENCODERS Mercury II ™ 6000 Series Encoders. RoHS. High Performance Encoders with Digital Output . Features at a Glance . The Mercury . II. 6000 Series Encoders is built on the field-proven Mercury technologyplatform.
ENCODERS - PRECISION MOTION CONTROL - CELERA MOTION Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies.LEGACY PRODUCTS
Novanta is a trusted technology partner to original equipment manufacturers in the medical and advanced industrial technology markets. The Company provides innovative and enabling solutions with photonics, vision, and precision motion technologies. MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are used, and where to find them. Learn more about our Servo Drives.AIR BEARING SPINDLE
The world’s market-leading high-speed air bearing spindles. Designed and manufactured for many advanced industries including printed circuit board (), semiconductor manufacturing, high volume automotive/industrial coating, and precision machining (glass, composites and metals).Standard and customised spindle designs are available, as well as complete manufacturing solutions for high speed ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution.GLASS SCALES
Celera Motion is a manufacturer of glass scales as well as high performance linear metal tape and glass gratings. Learn more about our product range today.MINIATURE ENCODERS
Miniature Rotary Encoders. Zettlex miniature rotary encoders or micro rotary encoders are particularly suited to applications that require high resolution and repeatability even in difficult physical environments. Zettlex miniature rotary encoders typically comprise a passive, rotating target and a stationary antenna. The target can beattached
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS Linearly variable differential transformers or LVDTs are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19th century, followed by rapid development of the technique duringWorld War II
HOW DO YOU INSTALL A FRAMELESS MOTOR IN A HOUSING How do you install a frameless motor in a housing? There are five basic approaches used within the industry to secure stators into housings: Press fit – there is an interference fit by design and the stator is pressed into the housing. Heat shrink fit – the housing is heated to achieve a clearance fit. Then the stator is inserted. MODEL LDK NON-CONTACTING LINEAR ENCODER KIT MODEL LDK Non-Contacting Linear Encoder Kit • Low cost non-contacting linear encoder designed for OEM usage • Utilizes reflective optical diffraction technology for superb bi-directional repeatability • .520” by 1.814” cross section designed to fit most space restrictive applications • Differential, TTL compatible line driver output with optional index PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm3D METROLOGY
3D Metrology for Industrial Manufacturing. Metrology surface inspection is used to detect and eliminate defects as early as possible, executing quality control during the manufacturing process. Accurate and precise motion control is highly important to avoid losttime,
EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.GLASS SCALES
Celera Motion is a manufacturer of glass scales as well as high performance linear metal tape and glass gratings. Learn more about our product range today.VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are used, and where to find them. Learn more about our Servo Drives.OPTIRA™ SERIES
Optira™ Series – PI. Combining MicroE’s patented PurePrecision™ technology with state-of-the-art electronics and signal processing, the Optira delivers unprecedented performance in an incredibly small and lightweight package, providing resolution of up to 5nm with all AGC, interpolation, and signal processing performed inthe sensor head.
ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. COMPARISON OF SLOTLESS AND SLOTTED MOTORS The motor also has significantly better Kt linearity over its slotted counterpart. One consideration with slotless designs is the large magnetic air gap between the rotor and stator due to the removal of stator teeth. This results in lower flux density and correspondingly lower torque output for a given size motor. PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm3D METROLOGY
3D Metrology for Industrial Manufacturing. Metrology surface inspection is used to detect and eliminate defects as early as possible, executing quality control during the manufacturing process. Accurate and precise motion control is highly important to avoid losttime,
EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.GLASS SCALES
Celera Motion is a manufacturer of glass scales as well as high performance linear metal tape and glass gratings. Learn more about our product range today.VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are used, and where to find them. Learn more about our Servo Drives.OPTIRA™ SERIES
Optira™ Series – PI. Combining MicroE’s patented PurePrecision™ technology with state-of-the-art electronics and signal processing, the Optira delivers unprecedented performance in an incredibly small and lightweight package, providing resolution of up to 5nm with all AGC, interpolation, and signal processing performed inthe sensor head.
ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. COMPARISON OF SLOTLESS AND SLOTTED MOTORS The motor also has significantly better Kt linearity over its slotted counterpart. One consideration with slotless designs is the large magnetic air gap between the rotor and stator due to the removal of stator teeth. This results in lower flux density and correspondingly lower torque output for a given size motor. PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm PRECISION MOTION CONTROL SOLUTIONS Decrease time-to-market with Celera Motion precision components and mechatronic assemblies, combined with extensive design, integration, and fabrication expertise – delivering optimal solutions for the most demanding applications. Our encoders, motors, servo drives, air bearing spindles, and mechatronic sub-systems enable engineers tosolve
MOTION CONTROL PRODUCTS FROM CELERA MOTION Products. We design and manufacture world-class precision Encoders, Motors, Servo Drives, Air Bearing Spindles and custom solutions. Click on a product area below to find out more information. Miniature, precise, and easy to install optical encoders. Accurate position sensors for harsh conditions. Optimized direct drive frameless motorsolutions.
ZETTLEX INDUCTIVE ENCODERS Zettlex position sensors use non-contact, inductive technology. Rather than the bulky transformers of traditional inductive sensors, Zettlex sensors use printed circuits. This enables compact, accurate, lightweight and robust position sensors with no contacts, no delicate parts, no maintenance, no hassle – just accurate measurements –all
DIRECT DRIVE MOTORS
The Applimotion brand of direct drive motors and housed motors are the product of unparalleled application expertise and performance-driven design. Optimized solutions range from direct drive motor components to fully engineered, validated, and tested products and value-add assemblies. Agility™ slotless rotary motors and stages feature ULTRA INCODER™ SERIES Ultra IncOders are available in multiple size and mounting formats. Proven in Satcom, UAV, Defense & Industrial applications. Ultra IncOders are non-contact, inductive devices for precision angle measurement in tough conditions. Each unit is pre-calibrated offering up to ≤19 arc-seconds accuracy and 22-bits resolution. 5 REASONS BRUSHLESS MOTORS ARE BETTER THAN BRUSHED MOTORS This means heat production is much less of an issue in brushless motors. 3. Higher Motor Efficiency. This is a particularly important advantage of brushless motors. The sound and heat produced by a brushed motor essentially represent power losses from the device, taking energy away from the rotor itself – which would be used todrive the load
VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
LVDT - LINEARLY VARIABLE DIFFERENTIAL TRANSFORMERS LVDT. LVDTs or Linearly variable differential transformers are a traditional, inductive method for measuring linear displacement. Their fundamental physics were first discovered by Michael Faraday in the 19 th century, followed by rapid development of the MERCURY 2000, 3000 & 3500 ENCODER SYSTEM INTERFACE DRAWING Natick, MA 01760 Division of GSI MicroE Systems ECO DESCRIPTION: Mercury 2000, 3000 & 3500 Encoder System DYNAMIC RUNOUT (DRO) PINS FOR TESTING WESTWIND SPINDLES Standard 1/8”, 30 mm long pin – Westwind part number 44398. This pin is used to test DRO on D1686, D1787, D1822, D1823, D1790, D1922 & D1923 spindles (180k rpm and above), that require an 1/8” (3.175 mm) pin. 3. Standard 2mm, 30 mm long pin – Westwind part number 51510. This pin is used to test DRO on D1790 & D1812 spindles (200k rpm3D METROLOGY
3D Metrology for Industrial Manufacturing. Metrology surface inspection is used to detect and eliminate defects as early as possible, executing quality control during the manufacturing process. Accurate and precise motion control is highly important to avoid losttime,
EXOSKELETON ROBOTICS The motors, sensors, and servo drives in the exoskeleton act as components of the human body. The nervous system, or in this case the servo drives, instruct the motors to move as the human brain does with muscles. The encoders monitor and respond to the motion. Designing wearable machines that conform to the human body is challenging.GLASS SCALES
Celera Motion is a manufacturer of glass scales as well as high performance linear metal tape and glass gratings. Learn more about our product range today.VOICE COIL ACTUATOR
Voice Coil Actuator. By combining your demanding requirements with our innovative technology, the Celera Motion Voice Coil Actuator is able to deliver an integrated solution that meets the precision motion needs for optical positioning. Made with materials that mitigate thermal expansion, this custom assembly is unmatched. Choose theCelera
OMNI™ SERIES MOTOR The Omni Series is offered in a wide range of low-profile form factors with a large through hole for convenient routing of cables, optics, and other system elements. The Omni Series ULT motors are for low-mid range torque requirements. ULT motors are compatible with a MOTIONLAB3 - OVERVIEW - INGENIA SERVO DRIVES - CELERA MOTION MotionLab3 – Overview. This video is an overview of the MotionLab3 graphical user interface. Discussion topics include; software tools and features, how they are used, and where to find them. Learn more about our Servo Drives.OPTIRA™ SERIES
Optira™ Series – PI. Combining MicroE’s patented PurePrecision™ technology with state-of-the-art electronics and signal processing, the Optira delivers unprecedented performance in an incredibly small and lightweight package, providing resolution of up to 5nm with all AGC, interpolation, and signal processing performed inthe sensor head.
ROTARY POSITION SENSORS Position sensors are very diverse, but in the world of high performance automation, the encoder is a critical element. Position sensor encoders provide feedback for both rotary and linear servo motor control, as well as position information for metrologyapplications.
MERCURY II™ SERIES MII6000 Mercury II™ Series – MII6000. Mercury II’s advanced sensor design achieves resolutions up to 1.2nm and high accuracy performance in a compact sensor body. Mercury II’s encoder technology achieves the highest resolution and accuracy in its class, with low cyclical error, low jitter, smaller sensors, and lower power consumption. COMPARISON OF SLOTLESS AND SLOTTED MOTORS The motor also has significantly better Kt linearity over its slotted counterpart. One consideration with slotless designs is the large magnetic air gap between the rotor and stator due to the removal of stator teeth. This results in lower flux density and correspondingly lower torque output for a given size motor. Please enable cookies.PLEASE WAIT...
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