W250MLCFC Eaton Drive Cutler Hammer NEMA Contactor Starter

W250MLCFC Eaton Drive Cutler Hammer NEMA Contactor Starter

The W250MLCFC Cutler Hammer is an Eaton Drive that functions as a NEMA Contactor or Starter. It belongs to the W200 series. This device has a motor voltage of 200 and a maximum horsepower of 1. Its enclosure should be of size 1, and the coil voltage is approximately 120. Operating at around 60 Hertz, this module is a three - phase unit with three poles.

The W250MLCFC is a Cutler Hammer NEMA Contactor or starter within the W200 series. It has a motor voltage of 200 and a maximum horsepower of 1 HP. The enclosure of the W250MLCFC should be size 1. It comes with a coil voltage of approximately 120 and a frequency of around 60 Hertz. This device is a three - phase module with up to three poles.

The W250MLCFC serves as a versatile solution applicable in numerous scenarios. It can be installed in logistics, conveyor control systems, production machines, tooling machines, packaging machines, and small elevators. It features both IEC and UL short - circuit ratings, with a 100 kAIC UL short - circuit rating when paired with a 30A class J fuse.

The W250MLCFC offers easy installation, thanks to its push - in terminals. These terminals enable quick and straightforward wiring of power and control circuits. Compared to screw - in terminals, they can reduce general installation time by around 60% and provide better resistance against vibrations.

The installation of the W250MLCFC should be carried out by a qualified mechanic. During the installation process, the power supply of the W250MLCFC must be disconnected to prevent accidental retriggering. The installer needs to confirm the isolation from the power source. Additionally, prior to installation, it is essential to ensure that the device is free of electrostatic charge. The connecting cables and signal lines should be installed in a way that inductive or capacitive interference does not affect the automation functions. The automation devices and related operating elements should be installed to protect them from unintentional operation.