AKE112D00G

Welcome to our detailed product overview of the AKE112D00G, a high-quality electromagnetic relay designed for a multitude of applications. This sturdy and reliable electromechanical device excels in switching functions within electrical circuits. Specializing in the Single Pole Double Throw (SPDT) configuration, the AKE112D00G is ideal for both AC and DC applications.

Key Features of the AKE112D00G

• Electromagnetic Operation: Utilizes electromagnetic principles to control circuit switching, ensuring quick and reliable performance.
• SPDT Configuration: The Single Pole Double Throw setup allows for versatile applications, making it suitable for various circuit designs.
• Coil Voltage: Rated for 12VDC operation, the AKE112D00G delivers reliable performance powered by a standard 12V DC supply.
• Load Ratings: Capable of handling up to 5A for resistive loads with ratings of 5A/250VAC and 5A/30VDC, ensuring compatibility with a range of devices.
• Durability: Built with high-quality materials for long-lasting use, the AKE112D00G is designed to withstand various environmental conditions.

Specifications

The specifications of the AKE112D00G relay indicate its capability to operate efficiently in different scenarios. Here are key technical details:

Electrical Ratings

• Coil Voltage: 12V DC
• Maximum Load: 5A
• AC Voltage Rating: 5A/250V AC
• DC Voltage Rating: 5A/30V DC

Mechanical Dimensions

The AKE112D00G is designed compactly, making it integrate seamlessly into various setups without occupying excessive space. Its dimensions allow for easy incorporation into existing systems.

Operating Conditions

This relay operates efficiently within a broad temperature range, ensuring optimal performance in various environments, whether industrial or commercial.

Applications

The versatility of the AKE112D00G makes it suitable for a variety of applications, including, but not limited to:

• Industrial Machinery: Controls motors and other devices.
• HVAC Systems: Automates the operation of heating and cooling systems.
• Lighting Control: Facilitates smart lighting solutions by switching circuits.
• Alarm Systems: Engages and disengages alert mechanisms as needed.
• Home Automation: Enhances home systems by allowing for remote activation of circuits.

Benefits of Using the AKE112D00G

By choosing the AKE112D00G, users enjoy numerous benefits that enhance both efficiency and reliability:

• Speed: The relay operates at high speed, ensuring minimal response time for switching applications.
• Flexibility: With the SPDT configuration, it provides diverse options for circuit control, accommodating various needs.
• Cost-Effective Solution: Its robust design and performance lead to reduced maintenance costs and an extended operational life.
• Reliability: Offers consistent performance under specified load conditions, minimizing downtime.
• Easy Integration: Compatible with existing systems, the AKE112D00G can be easily installed with minimal modifications.

Installation Tips

To ensure optimal performance and longevity of the AKE112D00G, follow these installation tips:

• Proper Connections: Ensure wiring is secure and correctly aligned with the relay’s input and output specifications.
• Voltage Compatibility: Verify that the operating voltage aligns with the specifications to prevent damage.
• Appropriate Load Ratings: Always operate within recommended load limits to maintain performance and reliability.
• Positioning: Install in a dry environment, away from direct exposure to moisture to prolong the relay’s lifespan.

Conclusion

In summary, the AKE112D00G electromagnetic relay is an excellent choice for professionals seeking a versatile and reliable switch mechanism for numerous applications. Its SPDT configuration, durable construction, and substantial electrical ratings make it an invaluable component in both commercial and industrial settings. Discover more about our range of electromagnetic relays by visiting our category page. Invest in the AKE112D00G today and experience the efficiency and dependability it brings to your electrical circuits.