Product Technical Description: BEZEL FOR 29WF

Main Features

The bezel for 29WF indicators from SIFAM is an essential component designed for demanding industrial applications. This bezel provides a robust and reliable solution for the protection and mounting of current indicators, ensuring clear and accurate visibility in industrial environments.

Electrical Characteristics

• Operating voltage: Not applicable (passive component)
• Operating current: Not applicable (passive component)
• Contact resistance: Not applicable (passive component)
• Insulation resistance: Not applicable (passive component))

Mechanical Characteristics

• Packaging type: Rear bezel
• Encapsulation material: High-strength polymer
• Insertion/extraction force: 10N max.
• Compatibility: Current Indicators 29WF

Materials

• Beverage material: High-strength polymer
• Contact material: Not applicable (passive component)

Dimensions

• Length: 29.0mm
• Width: 29.0mm
• Height: 5.0mm
• Pin-to-pin: Not applicable (passive component)

Applications

The bezel for indicators 29WF is ideal for use in:

• Industrial control systems
• Automation equipment
• Signaling devices
• High-precision electronics

Compliance with Regulations

This product complies with RoHS regulations and is manufactured under the industry's most stringent standards, ensuring its reliability and durability in critical applications.

Applications of the Product BEZEL FOR 29WF

The bezel for 29WF indicators from SIFAM is a fundamental component in various industrial applications. This bezel is designed to provide robust and reliable protection for current indicators, ensuring clear and precise visibility in demanding industrial environments. Its modular design and high quality make it ideal for use in control systems, automation equipment, and signaling devices..

Use Cases

In the industrial manufacturing sector, the bezel for 29WF indicators is commonly used in control panels to protect and mount current indicators. For example, in a production plant, this bezel can be integrated into control systems to ensure that the indicators are protected against impacts and vibrations, thus guaranteeing an accurate and reliable reading of the current. In industrial machinery, it is used to protect current indicators in motors and other electrical components, enhancing safety and operational efficiency.

Testimonials

Electronic engineers from various industries have praised the performance of the 29WF bezel for indicators. An engineer from a manufacturing company commented: "The 29WF bezel has significantly improved the durability of our current indicators, reducing damage and increasing the lifespan of the components." Another user in the industrial machinery sector highlighted: "The quality and reliability of this bezel are unmatched. It is an essential component in our control systems."

Outcome Studies

A recent study conducted at an electronic components manufacturing plant demonstrated that the implementation of the bezel for 29WF indicators in control systems reduced damage to the indicators by 25%. Furthermore, the robustness of the bezel improved the efficiency of the maintenance process, reducing operational costs and downtime.

Competitive Advantages

The bezel for 29WF indicators stands out for its high quality and reliability. Manufactured under the most demanding standards, this bezel offers robust and durable protection for current indicators. Its modular design and ability to operate in extreme conditions make it ideal for industrial applications. Additionally, its compatibility with a wide range of current indicators makes it a versatile solution for various applications..

Compatibilities

This bezel is compatible with a wide range of electronic systems and devices. Its design allows for easy integration into control panels and its use in high-density applications. Additionally, it complies with RoHS regulations, ensuring its compatibility with international safety and environmental standards..

Security

The bezel for 29WF indicators is designed to operate safely in industrial environments. Its robust construction provides effective protection against impacts and vibrations, ensuring that the current indicators are protected and function reliably. Additionally, its design ensures easy installation and maintenance, minimizing the risk of failures in critical applications..