Product Description

The H5610001241 encoder is showcased as an important part of numerous servo motors to perform rotation and positional torque activities. It is a development of Danaher and the company excels in the production of industrial automation devices that are useful across the world.

The H5610001241 encoder uses a 7272 classified line driver which is a type of electronic output circuit used to transmit encoder signals. It delivers stable digital signals over long cables without much signal loss. The 100KHz frequency value indicates the highest rate at which it can send signal pulses up to 100,000 times per second. A higher frequency means the encoder can handle faster shaft rotations. A shafted encoder has a physical rotation that connects to the machine’s moving part. As the machinery rotates, it spins the encoder’s shaft by allowing it to keep check on motion or position. Starting torque refers to the amount of twisting force needed to begin rotating the encoder’s shaft. 14.12 Ncm means it requires a moderate effort to get moving. The encoder contains a termination with 10 Pin MS + mating which describes the type of connector used to plug the encoder into other devices.

The H5610001241 encoder output signal voltage range identifies levels at which the unit sends its digital signals. The range of 5-26 VDC can operate with a variety of systems using different voltage levels. The resolution in PPR as 1000 indicates how many electrical pulses the encoder produces per full rotation of its shaft. Higher PPR gives a more precise measurement of position and speed. The encoder has a temperature of a maximum of 70 degrees centigrade at which it can function correctly beyond this limit, its performance may degrade.