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Ever Elettronica
Stepper motors - brushless - encoder - gearboxes catalogue

Stepper motors - brushless - encoder - gearboxes catalogue

Product catalog summary

Coding Table and Combinations: This section presents a table of optimal drive and motor model combinations, emphasizing the importance of bipolar connections for enhanced performance, particularly with 8-wire motor models.

Available Options Chart: The chart details the mechanical and electrical characteristics of various motor models, including customization options like double shafts, customized cables, and IP65 protection, highlighting their availability across different models.

Method of Use and Characteristics: General tips for maximizing motor life and performance are provided, such as securing the motor flange on a stable surface, adhering to load limits, and ensuring proper environmental conditions. Motor protection classes and their implications are also explained.

Connecting the Motors: This section details resistance, inductance, current, and voltage values for different motor connections (unipolar, bipolar series, and bipolar parallel), explaining the benefits of each type, especially for 8-wire models, and includes wiring diagrams.

Precision Engineering and Advanced Materials: The document highlights the use of high-quality materials and precision engineering to enhance motor performance, discussing features like high-coercive magnetic materials, low-loss options, and advanced winding designs, which improve torque, stability, and reduce noise.

2-Phases Hybrid Step Motors: Specifications for various models, including holding torque and motor dimensions, are provided, covering different NEMA sizes and their respective performance metrics.

DC Brushless Motors and Encoders: Details on DC brushless motors, both standalone and with integrated drivers, are included, along with encoder specifications and planetary gearbox options.

General Characteristics: The document outlines specifications and characteristics of various step motors and related components, including step accuracy, temperature rise, ambient temperature range, insulation resistance, dielectric strength, insulation class, and protection level. Shaft radial and axial play are also specified.

Specifications: Detailed specifications for different motor models are provided, including rated voltage, phase current, phase resistance, phase inductance, holding torque, detent torque, rotor inertia, motor length, and weight, tailored to specific applications.

Torque Curves: Torque curves illustrate the relationship between torque and speed for various motor models, aiding in understanding performance characteristics under different conditions.

Wiring Diagrams: Wiring diagrams for each motor model detail pin numbers and lead colors for phase connections, crucial for proper installation and operation.

Dimensions: Detailed dimensional drawings for each motor model are provided, specifying measurements in millimeters to ensure compatibility with other components and systems.

Additional Features: Some models include special features like customized shafts, special fixings, and integrated gearboxes to enhance performance and adaptability for specific applications.

Product Range: The document lists various motor types, including 2-phase hybrid step motors, permanent magnet step motors, and DC brushless motors, available in different NEMA sizes, along with additional components like encoders and planetary gearboxes.

Contact Information: Contact details for Ever Elettronica are provided for further inquiries or technical support, including a website and email address.

Planetary Gearboxes: Specifications for planetary gearboxes include lubrication type, rotation direction, operating temperature, input flange size, and input shaft diameter, with models offering different stages, reduction ratios, and output torques.

Encoders: Encoder specifications include assembling methods, input shaft dimensions, operational and storage temperatures, protection class, and feedback signals, with details on single-ended and differential output configurations.

Quality and Services: Ever Elettronica emphasizes product quality and services, highlighting expertise in mechatronic firmware applications and offering comprehensive pre- and post-sales services, with software applications supplied as source files for customization.

Security and Energy Efficiency: Products are designed with advanced security features and focus on energy efficiency, using components that reduce energy consumption and enhance performance.

Catalog excerpts

Stepper motors - brushless - encoder - gearboxes catalogue-1

Step motors DC brushless motors Encoders & Gearboxes

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Stepper motors - brushless - encoder - gearboxes catalogue-2

family code holding torque

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Stepper motors - brushless - encoder - gearboxes catalogue-3

Coding table and combination Mx Quality of motors, coding table and usage Options and customized versions T or L 2-phases hybrid step motors NEMA 10 (25 mm) Lead wires number or clamps number Motor shaft: M=Single shaft B=Double shaft (optional) 2-phases hybrid step motors 2-phases hybrid step motors Motor phase current ( A x 10 ) Motor depth ( incs. x 10 ) or code of stages 2-phases hybrid step motors Motor type 2-phases hybrid step motors Standard NEMA ange ( incs. x 10 ) 2-phases hybrid step motors Drive models Motor models Table of variants suggested for optimal drives and motor models combination....

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Stepper motors - brushless - encoder - gearboxes catalogue-4

Available options chart All customizations available on request applicable to the motors family models. (not available in combination with ‘Terminal box with clamps’ and ‘IP65 protection’) Double shaft Mechanical drawing Motor model You can choose from motor family models with optimum mechanical and electrical characteristics and a wide variables range. Customized cable ‘LowLoss’ magnetic material Terminal box with clamps IP65 protection (always combined with ‘Terminal box with clamps’) Special front shaft diameter D-cut on front shaft • = on request for not yet provided models Picture 1 (double...

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Stepper motors - brushless - encoder - gearboxes catalogue-5

Method of use and characteristics General tips for the best use of motors. To increase the motor’s life, reliability and performances, you should follow these few common use tips: Fit and tighten the motor flange on a steel or aluminium surface with enough thickness in order to increase stability and improve heat dissipation. Do not exceed the maximum radial and axial loads shown in the tables of this catalog for each motor family: exceeding the permitted value results into a shorter bearings life, the only real motor components that are subject to wear. Connect the motor with a proper cable,...

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Stepper motors - brushless - encoder - gearboxes catalogue-6

Connecting the motors The measured values and the unipolar and bipolar connections of stepper motor. The measures set forth in the stepping motors tables in this catalog refer to the unipolar values and are absolutely only applicable to the four-wire motor model. For motor models with six or eight wires the shown winding values are unipolar while the static torque value is bipolar and you should therefore refer to the following table according to the type of connection you want to implement: Connection Resistance Value (ohms) Current Value (Arms) Voltage Value (Volt) Holding Torque Value (Nm)...

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Stepper motors - brushless - encoder - gearboxes catalogue-7

Precision engineering and advanced materials to the basis of performance The high quality construction and the best motor performances have been achieved through the use of high-coercive magnetic materials, low loss and high temperature resistant, combined with the magnetic fluxes optimization and high precision mechanical solutions. Optional use of ‘LowLoss’ magnetic materials for applications with high working temperatures The motors is built with great care in all components. Special cover to protect the windings and to increase insulation at high voltages The advantages in applications are:...

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Stepper motors - brushless - encoder - gearboxes catalogue-8

2-phases hybrid step motors • General characteristics Step accuracy Temperature rise Ambient temperature Insulation resistance Dielectric strength Insulation class Shaft radial play Shaft axial play • Specifications Model Code Rotor Inertia (g.cm²) • Torque curves Voltage 24 Vdc Current 0.7 A/Phase 9.2 Molex 53047 - 0610 Lead wires side - hsg: 51021-0600 - pin: 50079-8000 LEAD COLOR

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Stepper motors - brushless - encoder - gearboxes catalogue-9

our solutions make yours easy • General characteristics Step accuracy Temperature rise Ambient temperature Insulation resistance Dielectric strength Insulation class Shaft radial play Shaft axial play Quality of motors, coding table and usage 2-phases hybrid step motors NEMA 10 (25 mm) 2-phases hybrid step motors • Specifications Model Code Rotor Inertia (g.cm²) 2-phases hybrid step motors 2-phases hybrid step motors • Torque curves Voltage 24 Vdc Current 0.3 A/Phase 2-phases hybrid step motors 2-phases hybrid step motors 2-phases hybrid step motors NEMA 42 (110 mm) Linear actuator NEMA 17 (42...

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Stepper motors - brushless - encoder - gearboxes catalogue-10

2-phases hybrid step motors • General characteristics Step accuracy Temperature rise Ambient temperature Insulation resistance Dielectric strength Insulation class Shaft radial play Shaft axial play • Specifications Model Code Rotor Inertia (g.cm²) • Torque curves Voltage 24 Vdc Current 0.7 A/Phase Voltage 24 Vdc Current 0.7 A/Phase • Wiring diagrams BLACK LEAD COLOR

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Stepper motors - brushless - encoder - gearboxes catalogue-11

our solutions make yours easy • General characteristics Step accuracy Temperature rise Ambient temperature Insulation resistance Dielectric strength Insulation class Shaft radial play Shaft axial play Quality of motors, coding table and usage 2-phases hybrid step motors NEMA 10 (25 mm) 2-phases hybrid step motors • Specifications Model Code Rotor Inertia (g.cm²) 2-phases hybrid step motors 2-phases hybrid step motors • Torque curves Voltage 24 Vdc Current 0.5 A/Phase 2-phases hybrid step motors 2-phases hybrid step motors 2-phases hybrid step motors NEMA 42 (110 mm) Linear actuator NEMA 17 (42...

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Stepper motors - brushless - encoder - gearboxes catalogue-12

2-phases hybrid step motors • General characteristics Step accuracy Temperature rise Ambient temperature Insulation resistance Dielectric strength Insulation class Shaft radial play Shaft axial play • Specifications Model Code Rotor Inertia (g.cm²) front shaft 15.0 mm and Ø 5.0 mm + customized pinion front shaft 20.5 mm + special fixing front shaft 20.0 mm + double shaft 14.5 mm and Ø 5.0 mm + cable length 1000 mm front shaft 20.0 mm + D-cut dml=15.0 mm dmp= 4.5 mm + special cable front shaft 20 mm + special fixing JST S6B-PH-K-S-2.2 Lead wires side: HSG: JST PHR-6 PIN: JST SPH-002T-P0.5S LEAD...

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Stepper motors - brushless - encoder - gearboxes catalogue-13

our solutions make yours easy • Torque curves Voltage 24 Vdc Current 0.6 A/Phase Quality of motors, coding table and usage 2-phases hybrid step motors NEMA 10 (25 mm) Voltage 24 Vdc Current 0.4 A/Phase 2-phases hybrid step motors 2-phases hybrid step motors Voltage 24 Vdc Current 0.8 A/Phase Voltage 24 Vdc Current 0.3 A/Phase 2-phases hybrid step motors 2-phases hybrid step motors 2-phases hybrid step motors Voltage 24 Vdc Current 0.4 A/Phase 2-phases hybrid step motors NEMA 42 (110 mm) Linear actuator NEMA 17 (42 mm) Voltage 24 Vdc Current 1.0 A/Phase 2-phases permanent magnet step motors 2-phases...

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