Overview of V23047-A1024-A501 by TE Connectivity
The V23047-A1024-A501 is a power/signal relay, specifically designed for dual-pole, double-throw (DPDT) operations with a contact configuration that supports momentary switching. With a coil voltage of 24VDC and a coil current maximum of 0.029A, this relay is engineered to handle switching tasks in a compact and efficient manner. The part offers a coil power rating of 700 mW and can carry up to 6A on its contact terminals with a maximum contact voltage AC of 400V. Notably, it features solder/quick connect terminals facilitating ease of installation and robust connectivity.
Manufactured by TE Connectivity, this relay is built to the highest quality standards, as evidenced by its compliance with multiple safety and quality standards such as CQC, cUL, TUV, UL, and VDE. The relay’s robust physical dimensions (29mm x 12.6mm x 25.5mm) underscore its capability to operate within a temperature range of -25 °C to +70 °C, making it versatile for various applications. The relay’s dielectric strength is also notable, with 4000 Vrms between coil and contacts and 1500 Vrms between open contacts, ensuring good insulation and protection against voltage surges.
Industry Applications for V23047-A1024-A501
This relay from TE Connectivity could be potentially applicable in various industries, where its features align with the specific needs of electronic and power management systems. Below are conceptual applications within select industries:
- Security and Surveillance: This relay might be used in the control panels of security systems, potentially to manage the switching of lights and alarm systems based on triggers from motion sensors or other detection systems. The high dielectric strength and reliability in changing temperatures make it well-suited for these applications.
- Renewable Energy: In renewable energy systems such as solar panels or wind turbines, the ability to handle high contact voltage and current could be crucial for managing power distribution or emergency cut-off mechanisms effectively.
- Transportation and Logistics: With its robust operating temperature range and capacity to handle significant voltages and currents, the relay could potentially be used in electric vehicle charging stations or within the power control modules of commercial transport vehicles.
- Robotics and Drones: This relay might serve in power distribution roles within robotic systems or drones, where precise control over power and signal transmission is necessary for effective operation.
Note that these potential industry applications are purely illustrative and require thorough analysis and verification by engineering and design teams to ensure compliance with specific industry standards and application requirements.
About TE Connectivity
TE Connectivity is a global technology leader, known for its high-quality electronic components, particularly in the field of relays. Specializing in a broad spectrum of Power/Signal Relays, TE Connectivity designs products that are integral to various industrial applications due to their reliability and effectiveness. The V23047-A1024-A501 is a fine example of TE Connectivity’s commitment to producing durable and efficient relays capable of meeting diverse operational demands across multiple industries. The company consistently adheres to rigorous international standards, ensuring that each component like the V23047-A1024-A501 delivers performance that customers can rely on.
Where to Find V23047-A1024-A501 by TE Connectivity
To purchase the V23047-A1024-A501, it is recommended that customers use resources like Findchips.com to compare current stock availability and pricing. Several distributors have historically offered this part, including Master Electronics, Sensible Micro Corporation, and Mouser Electronics. However, stock levels and prices may fluctuate, so checking on Findchips.com for the latest information is crucial. Additionally, for those looking for alternate parts, the Power/Signal Relays section on Findchips.com offers a variety of options that could meet specific application needs.