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Drive Systems

Product catalog summary

Overview: The document provides a comprehensive overview of FAULHABER's drive systems, including DC motors, stepper motors, linear DC servomotors, brushless DC motors, precision gearheads, and motors with integrated electronics. It also covers various accessories and drive electronics.

DC Motors: The document lists several series of DC motors, such as FAULHABER S/G, CXR, SR-Flat, and CR, detailing their specifications like torque, speed, and efficiency. These motors are designed for precision applications with options for precious metal commutation.

Stepper Motors: FAULHABER offers a range of stepper motors with varying torque capacities, suitable for applications requiring precise control of position and speed.

Linear DC Servomotors: These motors are highlighted for their direct drive capabilities, offering high precision and efficiency in linear motion applications.

Brushless DC Motors: The document details several series, including B-Micro, BHx, BP4, BXT, and BX4, emphasizing their high torque and compact design, suitable for demanding applications.

Precision Gearheads: FAULHABER provides a variety of precision gearheads, such as the GPT series, which are designed to enhance the performance of motors by providing high torque and precision.

Motors with Integrated Electronics: These motors combine the motor and control electronics into a single unit, offering simplified integration and enhanced performance.

Encoders: The document lists incremental and absolute encoders, which are essential for precise position and speed feedback in motor applications.

Drive Electronics: FAULHABER offers speed controllers and motion controllers to complement their motors, providing precise control over motor performance.

Accessories: A range of accessories, including adapters, cables, and electronic filters, are available to support the integration and operation of FAULHABER drive systems.

Technical Specifications: Detailed technical specifications are provided for each product, including nominal voltage, terminal resistance, efficiency, no-load speed, stall torque, and more, ensuring users can select the right product for their specific needs.

Recommendations: The document includes recommendations for operating conditions, such as temperature ranges and load capacities, to ensure optimal performance and longevity of the products.

Specifications: The document provides detailed specifications for various series of DC micromotors with precious metal commutation, produced by DR. FRITZ FAULHABER GMBH & CO. KG. The document covers multiple series including 1224, 1319, 1331, and 1516, each with different power outputs and torque capabilities.

Operational Guidelines: Each motor series is designed to operate optimally at a nominal voltage and ambient temperature of 22°C. Thermal management is crucial, with different thermal resistances and time constants provided for various mounting conditions (plastic vs. metal flanges). Recommended operation areas are depicted in diagrams, indicating the relationship between speed and torque for different thermal conditions.

Construction and Materials: Motors feature sintered or preloaded ball bearings, with shaft diameters typically around 1.5 mm. Housing materials include steel, often nickel-plated, and magnets are made from NdFeB.

Options and Accessories: Various options are available, including extended temperature ranges, different shaft configurations, and lead types. Compatible accessories include precision gearheads, encoders, drive electronics, and cables.

Conclusion: The document provides comprehensive technical data and operational guidelines for selecting and using FAULHABER DC micromotors across different applications, emphasizing the importance of thermal management and proper voltage application for optimal performance.

Specifications: The document provides detailed specifications for various models of linear DC-servomotors with analog Hall sensors. Key parameters include continuous force, peak force, continuous and peak current, back-EMF constant, force constant, terminal resistance and inductance, thermal resistance and time constant, operating temperature range, magnetic pitch, and rod bearings. The housing material is metal and non-magnetic, and the direction of movement is electronically reversible.

Procedures and Recommendations: The document recommends using deep, non-magnetic screws for installation. It also provides guidelines for cable and connection options, including recommended connectors and standard cable materials.

Technical Information: The motors are designed for operation with DC-voltage less than 75 V DC. The document notes that specifications are subject to change without notice and advises referring to the 'Technical Information' section for detailed data and lifetime performance.

Dimensional Drawings: Dimensional drawings are provided for each model, detailing the physical dimensions and recommended installation practices.

Additional Information: The document includes information on product combinations and available accessories, directing users to the 'Accessories' chapter for more details.

Linear DC-Servomotors Specifications: Continuous Force: Maximum 9.2 N, Peak Force: Maximum 27.6 N, Continuous Current: Maximum 0.79 A, Peak Current: Maximum 2.4 A, Back-EMF Constant: 9.5 V/m/s, Force Constant: 11.64 N/A, Terminal Resistance: 10.83 Ω, Terminal Inductance: 1125 µH, Thermal Resistance: Rth1/Rth2 = 3.1/9.3 K/W, Thermal Time Constant: τw1/τw2 = 30/1200 s, Operating Temperature Range: -20 to +125 °C, Magnetic Pitch: 24 mm, Rod Bearings: Polymer sleeves, Housing Material: Metal, non-magnetic, Direction of Movement: Electronically reversible.

Model Variants and Performance: Stroke Lengths: 40, 80, 120, 160, 220 mm, Repeatability: 100 to 120 µm, Accuracy: 500 to 900 µm, Maximum Acceleration: 35.4 to 83.7 m/s², Maximum Speed: 1.8 to 2.8 m/s, Rod Lengths: 134 to 314 mm, Rod Mass: 110 to 260 g, Total Mass: 248 to 398 g.

Motor Characteristics: Trapezoidal motion profile with specific parameters for displacement, friction, and load conditions. Designed for DC-voltage operation below 75 V DC.

Dimensional Drawing: Includes detailed measurements and recommendations for non-magnetic screws.

Connection Options: Standard and optional cable configurations with PVC material and specific conductor details.

Precision Gearheads Overview: Various models with different torque capacities and materials, suitable for combination with DC and brushless motors. Specifications include housing and geartrain materials, input speed recommendations, and operating temperature ranges.

Specifications: The document provides detailed specifications for various gearhead series designed for use with DC-Micromotors, Brushless DC-Motors, and Stepper Motors. It includes details on housing and geartrain materials, operational parameters, and technical data for different gearhead series.

Technical Data: Gear Stages: The number of gear stages ranges from 1 to 15, affecting torque and efficiency. Torque: Continuous torque ranges from 6 mNm to 300 mNm, while intermittent torque can reach up to 450 mNm. Efficiency: Efficiency decreases with more gear stages, ranging from 90% to 49%. Reduction Ratios: Reduction ratios are provided as rounded values, with exact figures available upon request. Mass: The mass of gearheads without motors varies, generally increasing with more gear stages.

Additional Notes: Specifications are subject to change without notice. Exact reduction ratios and additional technical data can be found on the manufacturer's website. Gearheads are available only with motors mounted, and vibrational loads up to 5 g at frequencies up to 500 Hz do not affect functionality.

Overview: This document provides technical specifications and details for various planetary gearhead series by FAULHABER, including the 44/1, 22GPT, 32GPT, and 42GPT models. It includes information on torque, speed, efficiency, and material specifications, as well as dimensional drawings and options for customization.

Specifications: 44/1 Series: Designed for use with DC-Micromotors and Brushless DC-Motors. Features include a continuous torque of 16 Nm, intermittent torque of 20 Nm, and a maximum input speed of 3,500 min-1. The gearhead is made of metal with ball bearings on the output shaft. 22GPT Series: Offers high torque with a maximum continuous torque of 1.8 Nm and a maximum input speed of 15,000 min-1. The gearhead is constructed from stainless steel, with a maximum efficiency of 92%. 32GPT Series: Provides a continuous torque of 8 Nm and a maximum input speed of 11,000 min-1. It features a stainless steel housing and geartrain, with a maximum efficiency of 93%. 42GPT Series: Capable of delivering a continuous torque of 18 Nm and a maximum input speed of 10,000 min-1. The gearhead is made from stainless steel, with a maximum efficiency of 93%.

Procedures and Recommendations: For optimal performance, adhere to the recommended maximum input speeds and torque values. Ensure proper alignment and orientation with respect to motor terminals during installation. Consult technical information for detailed notes on data and lifetime performance.

Options and Customization: Various output shaft configurations are available, including round plain shafts, shafts with flat shapes, and keyway options. Ingress protection and ambient condition options are offered for specific applications, including low temperature and vacuum environments. Cable orientation options are available to suit different installation requirements.

Dimensional Drawings: The document includes detailed dimensional drawings for each gearhead series, providing measurements for length, diameter, and mounting configurations.

Conclusion: FAULHABER's planetary gearheads are designed for high torque applications with customizable options to meet specific requirements. The document provides comprehensive technical data to assist in selecting the appropriate gearhead for various applications.

Product Specifications: Output Shaft Options: Various configurations including longer round plain shaft, shafts with keyways, and threaded holes. Ingress Protection: Gearhead with IP54 rating, suitable for specific protected motors. Ambient Conditions: Operates in temperatures from -55°C to +150°C and vacuums down to 10-9 Pa. Cable Orientation: Motor cables can be oriented at various angles (15° to 75° CCW) relative to gearhead front threads.

Product Combinations and Dimensions: Gear Stages: Options for 1 to 4 stages, affecting length and performance. Length Specifications: Lengths without motor (L2) and with motor (L1) vary based on motor type and gear stages.

Linear Actuators: Lead Screws: Available in various sizes (M1.2 to M3.0) with options for custom lengths. Material: Stainless steel screws with optional self-lubricating synthetic nuts. Combinations: Compatible with various stepper motors, with specific driver settings and thrust curves provided.

Gearhead with Integrated Lead Screw: Load Capacities: Standard and high load options available, with specific axial force and speed ratings. Efficiency: Gearhead and screw efficiencies vary with gear stages. Material and Construction: Stainless steel housing and geartrain, with plastic or bronze nut options.

Important Notes: Specifications are subject to change without notice. Consult technical information for detailed performance and lifetime data.

Technical Specifications: Screw material is stainless steel, while the nut is cylindrical and made of plastic. The housing is also stainless steel, and the geartrain is made of steel. The output shaft uses preloaded ball bearings. The operating temperature range is from -30°C to +80°C.

Performance and Operation: The document provides a diagram showing the recommended output speed in relation to the available output axial force at an ambient temperature of 22°C. It includes critical speeds and buckling forces for both supported and unsupported screws. The gear stages range from a 4:1 to a 1,024:1 ratio, with intermittent working areas specified.

Critical Parameters: Critical speed for fixed-free is 179 mm/s and for fixed-single is 950 mm/s. Buckling force for fixed-free is 195 N and for fixed-single is 1563 N.

Dimensional Information: Dimensional drawings and example product designations are provided, with standard lengths and options for customization. The document includes detailed measurements for various components and configurations.

Options and Customization: Various options are available, including different temperature ranges, vacuum conditions, and nut materials. The document specifies that values may differ based on selected options and advises consulting a sales representative for further information.

Additional Notes: Specifications are subject to change without notice, and further technical information is available in the referenced "Technical Information" section.

Overview: The document provides detailed technical specifications and options for gearheads, screws, and encoders used in conjunction with various motor types, including DC-Micromotors, Brushless DC-Motors, and Stepper Motors. It includes information on product combinations, gear stages, reduction ratios, and performance metrics.

Specifications: The document outlines specifications for gearheads with integrated ball screws, including continuous and peak output speeds, input speeds, axial forces, output power, and efficiency. It also details the materials used for screws, nuts, housing, and geartrain, emphasizing stainless steel construction and preloaded ball bearings.

Procedures and Recommendations: Recommendations for operation are provided, including ambient conditions and temperature ranges. The document advises consulting sales representatives for specific values that may differ from standard options.

Options and Configurations: Various options for cable orientation, temperature ranges, and vacuum conditions are available. The document lists product combinations and lengths for different gear stages, highlighting the flexibility in configuration.

Performance Diagrams: Diagrams illustrate the recommended operational areas, critical speeds, and buckling forces for different gear stage ratios, providing visual guidance on performance limits.

Encoder Specifications: Incremental encoders are described, including optical and magnetic types, with details on lines per revolution, frequency range, signal output, and operating temperature. The encoders are designed for integration with DC-Micromotors and Brushless DC-Servomotors for velocity and position control.

Dimensional Drawings: The document includes dimensional drawings for various components, providing precise measurements for integration and assembly.

Critical Information: The document emphasizes the importance of consulting technical information for data and lifetime performance, noting that specifications are subject to change without notice.

Overview: This document provides technical specifications and details for various encoder models used in combination with DC-Micromotors and Brushless DC-Servomotors. It includes information on optical and magnetic encoders, their configurations, and compatibility with different motor series.

Specifications: Optical Encoders: These encoders offer digital outputs with 2 channels and are available in models like PA2-100 with 100 lines per revolution and PE22-120 with 120 lines per revolution. They operate within a frequency range of up to 35 kHz and 30 kHz respectively, with a supply voltage of 2.7 to 3.3 V for PA2-100 and 4.5 to 5.5 V for PE22-120. Magnetic Encoders: Models such as IE2-400 and IEH2-4096 provide digital outputs with 2 channels, offering a range of lines per revolution from 50 to 4096. They operate at a supply voltage of 4.5 to 5.5 V and have a frequency range up to 875 kHz for the highest resolution model.

Dimensional Drawings: The document includes detailed dimensional drawings for each encoder model, specifying measurements and example combinations with motor series. These drawings are crucial for ensuring compatibility and proper installation.

Characteristics: Encoders are designed for indicating and controlling shaft velocity, direction of rotation, and positioning. They feature hybrid circuits with sensors and low inertia discs, providing two channels with a 90° phase shift. Encoders are integrated into the motor series, extending the overall length minimally.

Connector Information: Recommended connectors and cable specifications are provided for each encoder type, ensuring proper electrical interfacing and signal transmission.

Additional Notes: The document emphasizes that specifications are subject to change without notice and refers to additional technical information for detailed performance and lifetime data.

Overview: This document provides technical specifications and details for various encoder models and their integration with brushless DC motors. It includes information on incremental and absolute encoders, their characteristics, and recommended usage scenarios.

Specifications: Incremental Encoders: Designed for shaft velocity and direction control, featuring a LED source and lens system for signal generation. They offer complementary output signals and are suitable for noisy environments. Absolute Encoders: Provide unique angular values for each shaft position with resolutions up to 4096 steps per revolution. They use SSI Interface with BISS-C Protocol for communication and are ideal for commutation, speed, and position control. Supply Voltage: Both encoder types operate within a supply voltage range of 4.5 to 5.5 V. Operating Temperature: The encoders function effectively within a temperature range of -40 to +100 °C.

Procedures and Recommendations: Encoders should be used with motors equipped with ball bearings for optimal performance at varying speeds and loads. Line Drivers are recommended for applications requiring long-distance signal transmission or operation in high-interference environments. Proper connection of leads is crucial to avoid damage to motor electronics.

Dimensional Drawings: The document includes multiple dimensional drawings for different encoder and motor combinations, providing precise measurements for integration.

Connector Information: Details on recommended connectors and cable types are provided, emphasizing the importance of correct connections to prevent damage.

Additional Notes: Specifications are subject to change without notice, and users are advised to refer to the 'Technical Information' section for detailed performance and lifetime data.

Specifications: The document details a 16-bit multi-turn resolution encoder that communicates via an SSI interface using the BiSS-C Protocol. It offers high motor efficiency and reduced torque ripple. The encoder uses differential input and output signals (TIA-422) to minimize ambient interference, suitable for high-interference environments. A line driver amplifies the signal for long cable use without degradation. A 120-ohm line termination resistor is integrated for the CLK inputs, with recommendations for the DATA outputs.

Procedures and Connections: The encoder connects via a ribbon cable, with an optional backup battery supply. For BX4 series brushless DC servomotors, connections are made through two ribbon cables, while series B and BP4 use single wires for motors and ribbon cables for encoders. Connector variants include Molex Picoblade for compatibility with various motor series.

Drive Electronics: Speed controllers like SC 1801 P, SC 1801 F, and SC 1801 S are detailed, supporting DC and brushless motors with various configurations. They feature a 2-quadrant PWM configurable via PC, with a power supply range of 4-18 V DC and a PWM frequency of 96 kHz. They support sensorless operation and have integrated current limitation for thermal protection.

Norms and Recommendations: For optimal operation, specific resistors and connectors are recommended, especially when used with FAULHABER Motion Controllers. Incorrect lead connections can damage motor electronics, and the document advises consulting the 'Technical Information' for detailed data and performance notes.

Dimensional Drawings and Variants: Dimensional drawings for various combinations with motors are provided, illustrating connection setups. The document also lists product combinations and options for different motor types, including absolute encoders and Hall sensors.

Additional Information: For accessories and further technical data, the document refers to the 'Accessories' chapter and 'Technical Information'. Specifications are subject to change without notice.

Overview: The document provides detailed technical specifications and functionalities of various speed controllers and motion controllers designed for brushless DC-Servomotors, DC-Micromotors, and linear motors. It includes information on sensorless operation, encoder types, and configuration options.

Specifications: The speed controllers, such as SC 2402 P, SC 2804 S, SC 5004 P, and SC 5008 S, are designed for intermittent operation with up to double the continuous current. They feature separate voltage supplies for motor and electronics, integrated speed control via PI controller, and sensorless operation by evaluating back EMF. The controllers support various encoder types, including digital and analog Hall sensors, absolute encoders, and incremental encoders.

Functionalities: Key functionalities include setpoint input via PWM or analog voltage, switching input for motor direction, and programmable digital output. Additional features include integrated current limitation to prevent thermal overload and optional operation in voltage controller or fixed speed mode.

Technical Data: The document provides detailed technical data for each controller, including power supply ranges, PWM switching frequencies, efficiency, maximum continuous and peak output currents, standby current, operating temperature ranges, and housing materials.

Connection and Configuration: The controllers can be configured via USB programming adapters, with options for RS232 or CANopen interfaces. Connection assignments are detailed in the device manuals.

Product Combinations: The document lists compatible DC and brushless DC motors, along with available options and connection information for each controller type.

Motion Controllers: The motion controllers, such as MC 3001 P, MC 3603 S, and MC 5004 P, support control of brushless, DC, and linear motors. They offer various operating modes, including position, speed, and torque control, and support multiple sensor systems. Additional features include touch-probe input, connection of a second incremental encoder, and control of a holding brake.

Conclusion: The document provides comprehensive technical details and configuration options for a range of speed and motion controllers, highlighting their versatility and adaptability for various motor types and applications.

Overview: The document provides detailed technical specifications and options for various motion controllers and motors produced by DR. FRITZ FAULHABER GMBH & CO. KG. It includes information on product combinations, connection interfaces, and operational features.

Specifications: The motion controllers, such as MC 3001, MC 3603, MC 5004, and MC 5005, are designed for controlling brushless, DC, and linear motors. They support various sensor systems including absolute and incremental encoders, Hall sensors, and tachometers. The controllers operate with a PWM switching frequency of 100 kHz and have high efficiency (up to 97%). They are capable of handling different power supply ranges and output currents, with specific models supporting up to 50 V DC and 15 A peak output current.

Connection and Interfaces: The controllers offer multiple interfaces including RS232, CANopen, and EtherCAT, allowing for flexible configuration and integration into various systems. They feature digital and analog inputs/outputs, and support fieldbus communication for setpoint specification.

Operating Modes and Functions: The controllers support various operating modes such as position, speed, and torque control, with additional functions like touch-probe input and holding brake control. They can operate in standalone mode with application programs, and offer features like indicator LEDs and trace functions for monitoring.

Product Combinations: The document lists compatible motors and encoders for each controller model, providing options for DC, brushless DC, and linear DC servomotors. It also mentions available accessories and connection cables for comprehensive system integration.

Dimensional Drawings: Detailed dimensional drawings are provided for each controller model, illustrating the physical layout and connection points for easy installation and integration.

Notes: The document emphasizes that specifications are subject to change without notice and refers to additional technical information for detailed performance and lifetime data.

Overview: The document provides technical specifications and operational details for various motion controllers and accessories produced by DR. FRITZ FAULHABER GMBH & CO. KG. It includes information on the MC 5005, MC 5010, and MCST 3601 controllers, as well as associated motors and accessories.

Specifications: MC 5005 and MC 5010 Controllers: These controllers support brushless, DC, and linear motors with various operating modes (PP, PV, PT, CSP, CSV, CST) and homing functions according to IEC standards. They offer position, speed, and torque control via analog setpoints or voltage controllers. The speed range for brushless motors is 0 to 30,000 min-1 with sinusoidal commutation, extendable to 60,000 min-1 with block commutation. MCST 3601 Controller: This is a 1-axis controller with microstepping capabilities, designed for stepper motors. It supports USB communication and offers a range of inputs and outputs for external interaction. It can manage full step or microstepping up to 256 steps and is capable of coordinating multiple axes.

Features: Both MC 5005 and MC 5010 controllers include features like touch-probe input, connection for a second incremental encoder, and control of a holding brake. They also have indicator LEDs for displaying the operating state and a trace function for recording or logging. The MCST 3601 includes screw terminals for quick setup and a Molex connector compatible with standard cable solutions. It can read and process external input signals, useful for homing functions.

Connection and Interface: MC 5005 and MC 5010 controllers offer interfaces such as RS232, CANopen, and EtherCAT for configuration and fieldbus communication. They have multiple digital and analog inputs and outputs for flexible configuration. The MCST 3601 uses a USB interface for programming and includes digital and analog inputs and outputs, with a maximum speed rate transfer of 1 Mbit/s.

Accessories: A wide range of accessories is available, including connection cables, sensors, interfaces, and mechanical components for mounting. Programming adapters and encoder adapters are also offered for various configurations.

Additional Information: The document notes that specifications are subject to change without notice and advises referring to the 'Technical Information' section for detailed technical data and lifetime performance.

Overview: This document provides technical specifications and connection information for various electronic components and systems, including electronic filters, speed controllers, motion controllers, and electromagnetically released brakes. It includes details on product combinations, dimensional drawings, and connection diagrams.

Specifications: The document outlines specifications for electronic filters (EFS 3004 S / EFS 5004 S), speed controllers, and motion controllers. Key parameters include operating and storage temperature ranges, dimensions, mass, and electrical characteristics such as continuous output current and maximum peak current.

Electronic Filters: The EFS 3004 and 5004 filters are designed to discharge common-mode interferences using a common-mode choke, low-pass filter, and capacitors. The document provides attenuation characteristics for both common-mode and differential-mode interferences.

Brakes: The document describes DC-operated permanent magnet brakes (Series MBZ and PMB32) that are electromagnetically released. These brakes are intended for use as holding brakes and are not suitable for braking rotating motor shafts. Specifications include supply voltage, resistance, current, power, mechanical response times, static torque rating, and temperature ranges.

Braking Chopper: The BC 5004 braking chopper is used to limit supply voltage in 4-quadrant controllers and other devices. It prevents overvoltage by converting excess energy into heat. The document details the jumper settings for 24V and 48V modes and provides status descriptions using LED indicators.

Connection Information: Detailed connection diagrams are provided for various components, including input power supply, electronic power supply, and motor power supply connections. The document also includes pin assignments and jumper settings for the braking chopper.

Dimensional Drawings: The document includes dimensional drawings for various components, illustrating the physical layout and connection points. These drawings are essential for proper installation and integration of the components into larger systems.

General Information: The document emphasizes that specifications are subject to change without notice and advises consulting the instruction manuals for detailed information on FAULHABER accessories.

Catalog excerpts

Drive Systems Standard product portfolio Edition 2024, Apr. 15

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Drive Systems OverviewLinear DC-Servomotors FAULHABER SR-Flat FAULHABER Linear DC-Servomotors Brushless DC-Motors FAULHABER B-Micro FAULHABER B Precision Gearheads (-'l (- Precision Gearheads FAULHABER GPT FAULHABER BP4 FAULHABER B-Flat Direct Drive Linear Actuators Geared Linear Actuators 1 Incremental encoders Absolute encoders Drive Electronics FAULHABER BXT SC FAULHABER B-Flat SC

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Linear DC-Servomotors Precision Gearheads Motors with integrated Electronics FAULHABER BX4 SC 2232...BX4 SC 2250...BX4 SC 3242...BX4 SC 3242...BX4 SCDC 3268...BX4 SC 3268...BX4 SCDC Drive Electronics Brushless DC-Motors FAULHABER MCS MCS 3242...BX4 RS/CO MCS 3242...BX4 ET MCS 3268...BX4 RS/CO MCS 3268...BX4 ET MCS 3274...BP4 RS/CO MCS 3274...BP4 ET Stepper Motors Linear Actuators Adapter Cables and other Accessories Accessory Combination Electronic filters EFC 5008 EFM 5001/5003/5008 EFS 5004/3004 Brakes MBZ PMB32 Brakinq Chopper BC5004 V_-

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Precious Metal Commutation Precious Metal Commutation Precious Metal Commutation Precious Metal Commutation Precious Metal Commutation Precious Metal Commutation Backwards Backwards

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DC-MicromotorsPrecious Metal Commutation Series 0615 ... S_ Note: Rated values are calculated with nominal voltage and at a 22°C ambient temperature. The Rh value has been reduced by 0%. Note: The diagram indicates the recommended speed in relation to the available torque at the output shaft for a given ambient temperature of 22°C. The diagram shows the motor in a completely insulated as well as thermally coupled condition (Rth2 50% reduced). The nominal voltage (Un) curve shows the operating point at nominal voltage in the insulated and thermally coupled condition. Any points of operation above...

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Dimensional drawing Bearing lubrication Temperature range For vacuum of 10-5 Pa @ 22°C Extended temperature range (-30…+125°C) Ø 0,8 mm x 4,5 mm Motor with rear end shaft for combination with Encoder PA2-50 Motor with rear end shaft for combination with Encoder HXM3-64 Second shaft end Encoder combination Encoder combination Product combination Precision Gearheads / Lead Screws Encoders Drive Electronics Cables / Accessories To view our large range of accessory parts, please refer to the “Accessories” chapter. For notes on technical data and lifetime performance refer to “Technical Information”....

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FAULHABERDC-Micromotors 0,72 mNmPrecious Metal Commutation 2 W Series 1219 ... G Note: Rated values are calculated with nominal voltage and at a 22°C ambient temperature. The Rh value has been reduced by 0%. Note: The diagram indicates the recommended speed in relation to the available torque at the output shaft for a given ambient temperature of 22°C. The diagram shows the motor in a completely insulated as well as thermally coupled condition (Rth2 50% reduced). The nominal voltage (Un) curve shows the operating point at nominal voltage in the insulated and thermally coupled condition. Any points...

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Dimensional drawing Options Example product designation: 1219N012G-K179 Option K179 K4066 K380 K440 Bearing lubrication Temperature range Second shaft end Bearing For vacuum of 10-5 Pa @ 22°C Extended temperature range (-30…+125°C) Ø 1 mm x 3 mm Front ball bearing Product combination Precision Gearheads / Lead Screws Encoders Drive Electronics Cables / Accessories To view our large range of accessory parts, please refer to the “Accessories” chapter. For notes on technical data and lifetime performance refer to “Technical Information”. Edition 2023 Feb. 17 © DR. FRITZ FAULHABER GMBH & CO. KG Specifications...

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DC-Micromotors Precious Metal Commutation © DR. FRITZ FAULHABER GMBH & CO. KG Specifications subject to change without notice. www.faulhaber.com

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Dimensional drawing Orientation with respect to motor terminals not deﬁned Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Bearings For motors with twin leads (PVC), length 150 mm, red (+) / black (-) For motors with twin leads (PVC), length 300 mm, red (+) / black (-) For motors with twin leads (PVC), length 600 mm, red (+) / black (-) For motors with twin leads (PVC), length 150 mm, red (+) / black (-), with connector AMP 179228-2 For motors with twin leads (PVC), length 300 mm, red (+) / black (-), with connector AMP 179228-2 For motors with twin leads (PVC), length 600 mm,...

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DC-MicromotorsPrecious Metal Commutation Series 1624 ... S Rated values for continuous operation © DR. FRITZ FAULHABER GMBH & CO. KG Specifications subject to change without notice. www.faulhaber.com

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Dimensional drawing Orientation with respect to motor terminals not deﬁned Options Example product designation: 1624T012S-277 Option L 4924 X4924 4925 X4925 Y4925 F 277 Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Single Leads Bearings For motors with twin leads (PVC), length 150 mm, red (+) / black (-) For motors with twin leads (PVC), length 300 mm, red (+) / black (-) For motors with twin leads (PVC), length 600 mm, red (+) / black (-) For motors with twin leads (PVC), length 150 mm, red (+) / black (-), with connector AMP 179228-2 For motors with twin leads (PVC), length...

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DC-MicromotorsPrecious Metal Commutation Series 2230 ... S Rated values for continuous operation Note: Rated values are calculated with nominal voltage and at a 22°C ambient temperature. The Rh value has been reduced by 0%. Note: The diagram indicates the recommended speed in relation to the available torque at the output shaft for a given ambient temperature of 22°C. The diagram shows the motor in a completely insulated as well as thermally coupled condition (Rth2 50% reduced). The nominal voltage (Un) curve shows the operating point at nominal voltage in the insulated and thermally coupled...

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Dimensional drawing Orientation with respect to motor terminals not deﬁned Options Example product designation: 2230T012S-277 Option L 4924 X4924 4925 X4925 Y4925 F 277 Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Twin Leads Single Leads Bearings For motors with twin leads (PVC), length 150 mm, red (+) / black (-) For motors with twin leads (PVC), length 300 mm, red (+) / black (-) For motors with twin leads (PVC), length 600 mm, red (+) / black (-) For motors with twin leads (PVC), length 150 mm, red (+) / black (-), with connector AMP 179228-2 For motors with twin leads (PVC), length...

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