Product Description
Kollmorgen manufactured the M.1015.7872 servo motor is a high performance and flexible active machine component of the FSM Servo Motor Series in industrial plants. This motor has a packaged IP65, which means that its dust and water resistance cannot be surpassed. This makes it appropriate for scenarios where barriers to the environment are many ranging from food industries, outdoor use, or factories. Another interesting feature of the M.1015.7872 is its miniature housing that enables the direct replacement with Kollmorgen’s HSM400 and HSM600 motors. This makes them fit well into current systems and take shorter time to install hence making the changeover easier. The motor has watertight MS connections for standard cable assemblies which increases the durability of the motor in wet or humid environment.
An optional shaft seal kit is also available to provide extra flexibility for the motor to satisfy different application requirements. Furthermore, the design also incorporates an internal thermal switch which is very important in protecting the LED strip against overheating and therefore prolonging the lifetime of the LED strip. This motor is ideal for a host of motion control applications due to its mechanical construction, including robotics, conveyor operations and automated production lines. The M.1015.7872 is an indicator of our dedication to advances in technology and manufacturing quality and our aim is to provide a competitive product to professionals in the market who value the precision and strength of our products. Depending on the model, the IP65 package together with internal thermal switch allow the motor to perform optimally in harsh conditions, while its size and modularity makes its installation universal.
To sum up, the Kollmorgen M.1015.7872 is a very reliable and powerful motor system whose application can be extended thanks to several protection types and operational flexibility. It is a useful decision for industries where the demands are high in terms of accuracy, flexibility and stability which makes it an essential component of the modern automated facilities.