Part no.: Positek S520
• Subsea encoder to 350Bar, 5000 psi
• Analog voltage and current outputs
• Up to 0.1% linearity
• Measure up to 100 deg range
The 350bar S520 rotary sensor is an affordable, durable, high-accuracy sensor designed for Marine and Subsea feedback applications.
The S520, like all Positek® sensors, is supplied with the output calibrated to the angle required by the customer, between 15 and 160 degrees and with full EMC protection built in. The sensor provides a linear output proportional with angle of rotation. There is a machined registration mark to identify the calibrated mid point.
It is particularly suitable for OEMs seeking good sensor performance for arduous applications such as subsea ROVs where long term reliability and excellent sealing is important.
Overall performance, repeatability and stability are outstanding over a wide temperature range.
The S520 has long service life and environmental resistance with a rugged 316 stainless steel body and shaft, The flange mounting makes the sensor easy to install. There are a range of electrical options.
Environmental sealing is to IP68 350Bar, 3500 msw, 5000 psi.
"*" indicates required fields
Safety, hygiene, and accuracy are critical in food and beverage production and packaging. While sensors can help to achieve the necessary level of accuracy and efficiency, their requirements must extend far beyond the traditional specs of resolution and communication interface. Fortunately, Everight offers a variety of products that meet these needs.
Positek’s portfolio includes a range of high-accuracy linear sensors specifically designed for use in submersible applications. Made from marine grade stainless steel and offering the reliability that is not possible from a submersible LVDT or linear potentiometer, our sensors have served a host of different industries such as wastewater and offshore oil drilling. Another use […]
For maximum endurance and payload transportation capacity many UAV manufacturers turn to ICE (Internal Combustion Engine) powered flight. Electric propulsion has its place, but for maximum energy density batteries are not currently at the level of modern fossil fuels.
IncOder™ CORE is a robust miniature PCB-based inductive ring encoder designed for robotic joints. IncOder CORE is a non-contact, lightweight absolute rotary inductive encoder fully contained in a printed circuit board kit. The ergonomic hollow bore design is suited for integration into rotary actuators. The position sensor utilizes a unique field-proven inductive technique, delivering highly repeatable, […]