Overview: The document is a technical catalog from Johnson Electric Group, detailing their range of motors and related products. It includes contact information for various global offices, a table of contents, and detailed descriptions of motor applications across different industries.

Specifications and Product Range: The catalog outlines various motor types, including synchronous and stepper motors, and their applications. It highlights the adaptability of these motors for specific operational needs, emphasizing the importance of consulting with Johnson Electric for tailored solutions. The document also mentions the availability of gearboxes and cam programmers, which can be customized for specific applications.

Applications: The document provides extensive examples of motor applications in various sectors, including:

Technical Notes: The document includes important notes on motor design, such as the impact of duty cycles and ambient temperatures on motor performance. It also discusses the mechanical and electrical connections available for customization.

Tables and Data: The catalog contains tables mapping motor types to applications, illustrating the versatility and customization options available for different industry needs.

Conclusion: Johnson Electric offers a comprehensive range of motor solutions, emphasizing customization and application-specific design. The catalog serves as a guide for selecting the appropriate motor type for various industrial, medical, and consumer applications.

Specifications:
The document outlines the specifications for gearboxes and motors, emphasizing that gearboxes should not be driven by the output shaft to avoid damage. The direction of rotation depends on the number of stages and is specified by the gearbox output shaft. Torque, force, and power specifications are subject to manufacturing tolerances.

Procedures:
Stepper motors are specified for a duty cycle of 100% and an ambient temperature of 23 ±5°C. The document advises on using chopper driver circuits for higher performance. Synchronous motors have similar specifications but emphasize synchronous torque.

Norms and Standards:
Saia motors, except UR types, meet basic insulation requirements of EN 60335-1: 2004. Customer applications must fulfill protection class I, II, or III according to EN 60355-1: 2004.

Recommendations:
For stepper motors, if the duty cycle or ambient temperature is lower, motors can be designed for higher performance using different winding. The document suggests using chopper driver circuits for better performance and stability.

Gearbox Efficiency and Torque:
Efficiency is determined by the number of gearbox stages, decreasing with higher ratios. Permissible torque is defined by the load on the final stage and housing stability. Lifetime graphs show the relationship between ratio and torque over time.

Clutches:
Gearbox types UGA, UGB, and UGD can be fitted with freewheels or slipping clutches to protect against torque overloads. Freewheels transmit maximum torque in one direction, while slipping clutches allow limited torque in both directions.

Technical Terms:
The document explains terms related to synchronous and stepper motors, including synchronous speed, torque, detent torque, and load inertia. It also covers driver types, such as unipolar and bipolar drivers, and their impact on motor performance.

Cam Programmers:
Each channel in a cam programmer has a change-over microswitch with multiple on/off operations. The document provides guidelines for program duration and the number of channels, considering torque consumption.

General Overview
The document discusses the functionalities and specifications of Saia cam programmers, which are automation components designed to repeat preset programs. These devices utilize a synchronous motor with a reduction gear to rotate an axis with programmed cams, activating microswitches to control various devices.

Technology and Functions
The cam programmers, including models KKC, KKD, KKP, and KKH, offer different functionalities. The KKC, KKD, and KKP can execute programs continuously or once, while the KKH functions as a timer with a rotary knob for setting time intervals. The basic drive unit consists of a Saia UDS synchronous motor and UGD reduction gear, with options for higher torque or different durations using other motor combinations.

Program Duration and Channels
The combination of Saia motors and reduction gears allows for program durations ranging from a fraction of a second to 120 hours. The number of cams varies by model, with the KKC having up to 2 cams, the KKP up to 4, and the KKD up to 30. The KKH timer can have 1 to 3 cams.

Tolerances and Precision
The document highlights the importance of considering tolerances in cam deviations and microswitch operations, which can affect the precision of switching points. It suggests placing interdependent channels side-by-side and using adjustable levers or faster motors for delicate sequences.

Mounting and Adjustability
The KKD is designed for DIN rail mounting but also allows for screw mounting. The KKP housing can be fixed with screws, and adjustable cams are available for customization. Microswitches are equipped with XGC or XGG models, with options for more powerful switches if needed.

Standards and Approvals
All devices meet European standards and have certificates of conformity. Versions with UL and CSA approval are available.

Lifetime and Temperature
Motors are designed for a minimum of 20,000 hours of operation. The mechanical lifetime of microswitches ranges from 2 million to 50 million operations, depending on the model. The operating temperature range is -5°C to +50°C, with options for extended ranges.

Main Advantages
The Saia cam programmers offer direct control of loads up to 16A 250VAC, modularity for customization, and high reliability due to the quality of components. They are easy to mount, fasten, and wire, making them accessible for service and maintenance.

Overview: This document provides technical specifications and data for various synchronous motors produced by Saia Motors. It includes details on dimensions, voltage, speed, torque, power output, and other operational parameters.

Technical Specifications:
1. Climatic Class: According to DIN IEC 60721-2-1.
2. Ambient Temperature: Operation: -5°C to +60°C; Storage: -20°C to +100°C.
3. Thermal Resistance: 29 K/W at f=0.
4. Thermal Class: B according to DIN EN 60085.
5. Protection: IP 40 according to DIN EN 60529.
6. Mounting: Any position.
7. Electrical Connection: Connector type C, D.
8. Weight: 67 g.
9. Bearings: Ball bearing.

Motor Types and Performance:
1. Bipolar Motors:
  - Operating Frequency: 100 Hz, 200 Hz.
  - Max Push/Pull Force: 35 N at 30% ED, 30 N at 100% ED.
  - Rated Voltage: 6 V, 12 V, 24 V.
  - Resistance per Winding: 24 Ω, 90 Ω, 380 Ω.
2. Unipolar Motors:
  - Operating Frequency: 100 Hz, 200 Hz.
  - Max Push/Pull Force: 25 N at 30% ED, 15 N at 100% ED.
  - Rated Voltage: 6 V, 12 V, 24 V.
  - Resistance per Winding: 28 Ω, 120 Ω, 500 Ω.

Mechanical Specifications:
1. Linear Travel: Max 10/13 mm.
2. Axial Play: < 0.25 mm at ±20 N force.
3. Step Angle: 7.5°.
4. Travel per Step: 0.036 mm, 0.047 mm, 0.063 mm.

Driver Boards:
1. Samotronic101:
  - Supply Voltage: 10-24 VDC.
  - Phase Current: 350 mA.
  - Step Mode: Full/Half Step.
2. Samotronic102:
  - Supply Voltage: 10-42 VDC.
  - Phase Current: 70-500 mA.
  - Chopper Frequency: 20 kHz.

Applications:
Used in healthcare, personal care, building automation, home appliances, industrial equipment, and more.

Notes:
- Radial forces on the shaft reduce lifetime and performance.
- Drive against end stops only permissible after clarification and approval by Saia-Burgess.

Specifications:
The document describes a manual timer with a unidirectional synchronous motor, available in 230 V, 50 Hz or 110 V, 60 Hz, with other voltages available upon request. It supports a switching power of 16 A (6 A UL) and has standard EC UL approval. The timer can be set from a minimum of 2 minutes to a maximum of 24 hours and includes a manual 'on' position without timing. It features galvanic separation of the load.

Applications:
The timer is suitable for various markets including healthcare, personal care, building automation, home appliances, HVAC, industrial equipment, and business machines. Specific applications include hair dryers, solariums, saunas, swimming pools, fountains, fog horns, bell towers, heating ventilation, pottery ovens, automation, test equipment, food specialties, bottling, newspaper, milk truck cleaning, carwash, battery loading, milking equipment, drying, bookbinding, vending machines, and feeding systems.

Product Variants:
The document lists several product variants with different configurations for shaft type, fixing method, number of channels, program duration, and supply voltage. Custom configurations are available upon request.

Accessories:
Accessories include setting knobs, fixing screws, actuators, cams, and setting keys. These are available for different configurations and customer-specific requirements.

Contact Information:
The document provides contact details for Johnson Electric's headquarters in Hong Kong and various regional offices across Asia, Europe, and the Americas.

Additional Notes:
The document emphasizes that the data provided is for guideline purposes only and specific operational characteristics may vary. It is recommended to clarify specific operating conditions with Johnson Electric before application. All data is subject to change without notice.