EN60252 1 CAPACITOR Datasheet

The EN60252 1 CAPACITOR Datasheet is a critical document for anyone designing, manufacturing, or repairing appliances and systems that use single-phase induction motors. It provides all the essential electrical and mechanical characteristics of these capacitors, which are vital components for starting and running such motors efficiently. Understanding the information contained within an EN60252 1 CAPACITOR Datasheet is crucial for ensuring proper motor operation and longevity.

Decoding the EN60252 1 CAPACITOR Datasheet

An EN60252 1 CAPACITOR Datasheet is your key to understanding the specific capabilities and limitations of a motor-run capacitor. These capacitors are designed for continuous operation while the motor is running, providing the necessary phase shift to create a rotating magnetic field within the motor. The datasheet will clearly outline the capacitor’s capacitance value (in microfarads, µF), its voltage rating (in Volts AC), and its operating frequency (typically 50/60 Hz). These values must be carefully matched to the motor’s requirements to prevent overheating, premature failure, or even damage to the motor itself.

Beyond the basic electrical parameters, the datasheet also includes crucial information about the capacitor’s physical characteristics and environmental tolerances. This includes its dimensions, mounting options (e.g., stud or bracket), operating temperature range, and expected lifespan. Many datasheets will also specify the capacitor’s safety certifications (e.g., UL, VDE, CE), indicating that it meets certain industry standards for safety and performance. You might find the following elements described:

• Capacitance Tolerance: How much the actual capacitance can vary from the nominal value.
• Dissipation Factor (Tan δ): A measure of energy loss within the capacitor.
• Case Material: The type of plastic or metal used for the capacitor’s housing.

Understanding the information presented in a EN60252 1 CAPACITOR Datasheet is important for a number of reasons. It helps to choose the correct capacitor for a specific motor application, ensuring optimal performance and preventing premature failure. It also aids in troubleshooting motor problems, as a faulty capacitor is a common cause of motor starting or running issues. Finally, it enables design engineers to properly integrate the capacitor into the overall system, taking into account its physical size, mounting requirements, and environmental limitations. Here is an example of the potential rating you can find in a datasheet:

For in-depth technical specifications and detailed information about specific EN60252 1 CAPACITOR models, consult the official datasheets provided by the capacitor manufacturers. These datasheets are your best resource for ensuring that you select the correct capacitor for your application and that it is used safely and effectively.