Overview of Motor Types

This document provides comprehensive technical data and specifications for various motor types including shaded pole motors, capacitor motors, and three-phase motors. It covers multiple configurations such as fan presence, bearing types, rotor materials, and pole counts.

1. Motor Specifications and Performance Parameters

Motors are classified by input power (10.5 W to 97 W for shaded pole motors, higher for others), output power (0.7 W to 29.4 W for shaded pole motors), rated speed (typically 2,600 rpm for shaded pole, 1,200–2,970 rpm for capacitor and three-phase motors), rated torque (0.0026 Nm to 10.8 Nm for shaded pole motors, higher for others), and protection class (mostly IP00, indicating no ingress protection).

2. Motor Construction and Bearing Types

Available bearing bracket types include die cast, long-life, and reinforced variants. Bearings are either sintered or ball bearings, with specific order numbers assigned to each type to facilitate correct procurement.

3. Detailed Technical Data Tables

Extensive tables detail parameters such as package height, input/output power, rated and starting torque, breakdown torque, rated and idle speeds, rated current, weight, and order numbers for different bearing types. These cover motors with/without fans, various package heights, and 2-pole and 4-pole configurations.

4. Capacitor Motors

Capacitor motors are specified for closed and open coverage types, with rotor materials of aluminium or alloy. Power ratings range from 18 W to over 500 W, torque from approximately 0.03 Nm to over 4 Nm. Starting and breakdown torque values, rated speeds (1,200–2,970 rpm), capacitor values (in microfarads), order numbers, and IE efficiency codes per DIN EN 60034-30-1 are provided.

5. Three-Phase Motors

Three-phase motors feature aluminium or alloy rotors, open or closed coverage, power ratings from 30 W to over 300 W, rated torque and current values, and efficiency classes IE1, IE2, and IE3 according to DIN EN 60034-30-1. Thermal protection and wiring schematics for clockwise and counter-clockwise rotation are included.

6. Mechanical Dimensions and Mounting

Mechanical drawings specify package heights, diameters, mounting hole sizes and depths (e.g., M4, M5 threads), connector types and sizes (e.g., flat connectors 6.3 x 0.8 mm), and optional mounting boreholes with tolerances to ensure proper installation.

7. Electrical Connections and Protection

Electrical details include wiring color codes (blue, green-yellow, black, violet), integration of thermal protectors, capacitor wiring for single-phase motors, and Steinmetz circuit diagrams for single-phase operation of three-phase motors.

Critical Information and Recommendations

• Select motor type and size based on required power, torque, and speed.
• Choose bearing type according to application life expectancy and load conditions.
• Consider environmental protection needs; most motors are IP00 and may require additional protection.
• Use provided order numbers to ensure correct motor variant procurement.
• Check IE efficiency class codes for energy consumption optimization.
• Follow wiring diagrams carefully to ensure correct rotation direction and thermal protection functionality.

Company Information

The document originates from Heidrive GmbH, located in Kelheim, Germany, with contact details including phone, fax, email, and website provided for further inquiries.

Note: The document primarily serves as a technical reference and does not include procedural instructions or formal standards but offers detailed specifications and recommendations for motor selection and application.