Encoders Utilizing Inductive Angle Measurement
Flux Introduces New 300mm Size Option for Ind-Max Encoders
Flux, a leading manufacturer of industrial encoders, has expanded its Ind-Max range with a new 300mm size option. This new addition is designed specifically for harsh environments, offering robust features that maintain accuracy and durability in challenging industrial conditions.
The new 300mm encoder shares the characteristic of being part of Flux's Ind-Max range, which is known for its real-time and absolute position measurement capabilities. It utilizes inductive technology for non-contact, wear-free measurement, ensuring durability and longevity.
One of the key features of the new encoder is its immunity to magnetic and electromagnetic interference. This makes it an ideal choice for applications where such interference can cause issues. The encoder also boasts an enhanced temperature range for reliable operation in extreme thermal environments.
The new 300mm encoder retains the IP67-rated design of its Ind-Max counterparts, offering protection from dust and water ingress. It also continues to come standard with thousands of configuration options, allowing it to be tailored to specific applications.
The new 300mm size option joins a product line available in sizes ranging from 125mm to 375mm outer diameter. This expansion provides users with a wider range of options for large-scale applications while still maintaining the versatility that the Ind-Max range is known for.
In summary, the new 300mm size option balances large-scale application capability with robust features that maintain accuracy and durability in tough conditions, expanding Flux's Ind-Max versatility for industrial users.
The new 300mm encoder, primarily manufactured by Flux, is a significant addition to the finance sector as it boosts the company's industrial product line. This expansion in the manufacturing industry, with its technology-driven new encoder, is anticipated to influence the precision and longevity in multiple technology-intensive spheres.
