Product Description

The 07.10.800 brake, of high performance and created by KEB, is part of the Combibox Brake Series designed to meet the demanding needs of industrial applications. This all-in-one brake is powered on a power supply of 120V AC and is easily integrated into nearly any standard system. Offering a current rating of 15A at a frequency of 60Hz, this brake can operate within demanding, high-load situations while still providing consistent, reliable performance. This guarantees that the brake acts effectively and gives reliable control for a wide range of operations.

The 07.10.800 brake has a switch type operational system that ensures absolute control over the braking process. This makes it useful for applications with frequent switching or cyclic on/off and engagement/disengagement sequences. Switch type design ensures prompt response of the brake to control signals, thus enhancing the overall efficiency of the system. The housing of the brake is made from polycarbonate, a material which is very robust and renowned for great impact resistance and long-lasting performance. Polycarbonate's strength ensures that the brake can easily withstand harsh industrial conditions, providing a reliable braking solution in even the most demanding environments. The 07.10.800 brake, with its smooth-running characteristics and high durability, makes it suitable for use in different applications, including automation, robotics, conveyors, and industrial machinery. The polycarbonate material minimizes the requirement to maintain the brake due to dust, moisture, and mechanical stresses that may otherwise cause damage. Its compatibility with power supply systems of type 120V AC and a very high current rating of 15A makes it adaptable to a wide range of industrial settings.

The 07.10.800 brake design is also robust, switching functions efficient, and the device is characterized by reduced downtime, increased productivity, and extended service life for machines and systems, thereby serving as an essential component of any high-performance automated system or machinery requiring reliable and efficient braking control.