The HSM14F Hall-effect encoder is compact, durable and robust
It could hardly be thinner: the HSM14F Hall-effect single-turn encoder from MEGATRON has an extremely compact design, with a housing depth of just 6.2 mm. Other outstanding features are its high resolution and long bearing life. With the optional redundant electronics, the encoder is also suitable for use in applications with increased requirements for operational reliability.
The HSM14F has a very small housing depth and diameter of just 14 mm. Its compact dimensions make it the ideal angle sensor for all applications with limited installation space. The HSM14F offers a resolution of 12 bits (4096 steps) and an electrically effective angle of rotation of 360°. Angles of 90°, 180° and 270° as well as customized values are also possible.
The HSM14F Hall-effect encoder is flange-mounted. With a wide operating temperature range of -40...+105 °C and IP65 protection, the encoder is suitable for applications with increased environmental requirements. The integral sleeve bearing has a life of 100 million revolutions and the maximum operating speed is 400 min-1.
MEGATRON also modifies the HSM14F for series production according to customer requirements. For example, PWM outputs, customized output signals, different shaft geometries, shaft flattening or cable assemblies are possible.
We use cookies to provide functionality on our websites, to personalize function for your convinience, to provide social media features, and to compile access statistics. Various techniques may be used to share information about your use of our site with our social media and advertising partners. For more information, please see our Privacy Policy.
By using the website and its offers and continuing to navigate, you accept the indispensable cookies. In the you can manage the categories of cookies and allow additional categories. By clicking the "Accept" button, all categories of cookies are activated. You can revoke your consent at any time with effect for the future. For further information, please refer to our cookie policy as well as our privacy policy and imprint.
EN
DE
ES
FR
