Motor starter GZ1E push-button drive I=6-10A screw terminals GZ1E14

Motor starter – reliable protection and control

Motor starter GZ1E is a device designed to protect three-phase motors against overloads and short circuits. It also provides the ability to control the motor operation using buttons, making it an ideal solution for both professional installers and end users. The device is based on thermomagnetic technology, guaranteeing a quick and effective response in the event of a failure.

Functionality and parameters

The GZ1E14 starter is characterized by a wide setting range of the overload release (6-10A) and high short-circuit capacity (up to 100kA at 400V), allowing it to be used in various industrial applications. The rated operating power for AC-3 is 4kW at 400V, and the built-in thermal protection protects the motor from overheating. The device has 3 poles and is adapted for mounting on a DIN rail. The connection of the main contacts is realized by screw connections, which ensures a secure and durable connection of the wires.

• Versatility: Suitable for controlling motors up to 4kW at 400V.
• Safety: Thermomagnetic protection protects against overloads, short circuits and phase failure.
• Easy installation: Designed for quick mounting on a DIN rail.
• Durability: Made of high-quality materials ensuring long life.
• Ease of use: Control with ON/OFF buttons simplifies daily use.
• Compact dimensions: Width 44.5 mm, height 89 mm and depth 78 mm allow installation in limited space.

Applications and compliance with standards

Motor starters of the EasyTeSys Power series are used in many industries, including:

• Packaging industry
• Air conditioning, ventilation and heating systems
• Generators
• Pumps

The device meets the requirements of IEC 60947-2 and IEC 60947-4 standards, which guarantees its safety and reliability. The degree of protection IP20 means that the starter is intended for use in enclosed spaces, protected from moisture and dust. Using the GZ1E starter not only protects the motor, but also increases the energy efficiency of the installation and minimizes the risk of production downtime.