When it comes to optimizing your motor control systems, selecting the right accessory can make a significant difference in performance and reliability. The Clip-On Accessory is designed with precision to seamlessly integrate with various motor starters, including the MS116, MS132, MO132, MS165, and MO165 models. This compatibility ensures that you have a versatile solution for enhancing your existing setups.
The Clip-On Accessory is built to handle a rated current of 4 A and operates efficiently within a frequency range of 50/60 Hz. With power loss ranging between 1.5-2.3 W, this accessory is engineered to maintain energy efficiency while delivering optimal performance.
In terms of contact configuration, it features two normally open (2NO) contacts which provide reliable connectivity essential for industrial applications where consistent operation is critical. The screw terminal type further adds to its robustness by ensuring secure electrical connections that withstand demanding environments.
This accessory boasts an IP3 degree of pollution rating which offers adequate protection against solid objects larger than 2.5 mm like tools or wires but doesn't offer protection against water ingress—something important to consider depending on your operational environment.
Mounting this accessory is straightforward thanks to its side mounting design which allows for easy integration into existing systems without requiring extensive modifications or additional space—a practical feature that saves time during installation and maintenance processes.
Temperature resilience is another strong suit of the Clip-On Accessory; it functions optimally across an impressive operational temperature range from -50°C up to 80°C as well as ambient temperatures within the same limits. This wide temperature tolerance makes it suitable for diverse climates and challenging industrial settings where temperature fluctuations are common.
Overall, this Clip-On Accessory stands out as a reliable component in any motor control system setup due to its compatibility with multiple motor starter models, efficient power use characteristics, robust contact configuration, and adaptability under varying environmental conditions—all crucial factors when evaluating technical requirements for industrial applications.