KÜBLER
SR085B is a cost-effective slip ring without bearings. Its flexible Modular System provides a wide range of customer-specific applications. SR085B is used to transfer data or power from a stationary to a rotating platform.
SR085B application area: Revolving doors, rotating tables, rotating stands, packaging, machines etc.
Contact resistance channel | 1 Ω |
---|---|
Dielectric strength | 1 kV/m |
Hollow shaft diameter max | 34 mm |
IP class | IP40 |
Life span | 100000000 revolution |
Rotation speed | 200 rpm |
Temperature operational max | 75 °C |
Temperature operational min | 0 °C |
SR085B is a cost-effective slip ring without bearings. Its flexible Modular System provides a wide range of customer-specific applications. SR085B is used to transfer data or power from a stationary to a rotating platform.
SR085B application area: Revolving doors, rotating tables, rotating stands, packaging, machines etc.
Designed for high-performance safety applications such as material handling, conveyors, robotics, and system integration. OEM Automatic is excited to announce its latest supplier partnership with Hokuyo
Engineers and technicians are seeking solutions that streamline assembly whilst maintaining high levels of protection and flexibility. KDS-SR90 angled screw frames and inlays bring a new level of efficiency to cable routing with a unique 90° entry design.
Here, our customer requires control boxes for electricity metering systems. We leveraged our expertise to deliver easy-to-install, ready-to-use assemblies. We look forward to creating more of these bespoke control boxes for our customer.
ATEX ensures that both equipment and work processes are designed to minimize these risks and create a safe working environment.
We’re thrilled to welcome Tony Maton, our new Sales Engineer at OEM Automatic! Tony brings a wealth of knowledge and expertise in industrial automation and machine safety
Did you get a chance to visit IATECH at The Leicester Marriott Hotel? We had over 33 exhibitors and 8 fantastic Tech Talks throughout the day, Read all about the day, here.