Cables and Connectors for Encoders and Angle Sensors
Cables and Connectors for Encoders and Angle Sensors
Encoders and angle sensors are typically connected by cables or connectors. Cables should be of high quality. Cables should be UL-rated and should have low capacitance. It is also important to choose cables that are designed for use in hazardous areas.
WS19KT position sensor is designed with an absolute encoder
Encoders and angle sensors use cables and connectors to send data back and forth. The cables are an important part of the signal, and must be made from quality materials to ensure the highest quality performance. BEI Sensors uses high-quality data cable and industrial connectors for its cable assemblies. These cables are robust and provide excellent noise immunity.
WS19KT position sensor is suitable for many harsh applications
The WS19KT is a robust and heavy-duty absolute encoder position sensor designed for harsh environments. It is ideal for applications that require high accuracy and a wide range of output options. The sensor is easy to install and comes with a stainless steel measuring cable that is easy to clean. It measures up to 60,000 mm and has a robust magnetic absolute encoder.
WS19KT position sensor has a compact design
The WS19KT position sensor is designed with an absolute encoder and multiple output options. It is a heavy-duty, robust sensor suitable for many harsh applications. The compact design of the sensor ensures it will be easy to install. It also has low power consumption and features a compact, rugged design.
WS19KT position sensor transmits absolute position as a multi-bit digital word
The WS19KT position sensor transmits absolute positioning information using a combination of inductive and capacitive transducers. This combination enables the measurement of absolute position within one half wavelength (193). The output signal has a polarity and amplitude proportional to the displacement of the soft iron core.
The WS19KT position sensor is an absolute encoder with many output options. It is rugged, heavy-duty, and ideal for many applications. It is available in both multi-turn and single-turn versions. Its high-precision design and reliability makes it ideal for harsh environments.
The WS19KT position sensor is an inductive absolute position transducer with two members that are moveable relative to each other. The active member generates the magnetic field, while the passive member receives the flux. Each member includes at least one active transmitter and at least two receivers, which are arranged parallel to the measuring axis. The sensing conductors are connected in parallel to each other, and each one is arranged so that the two wavelengths are similar but not the same.
The WS19KT position sensor transmits absolute positioning as a multi-bit digital word, and includes an inductive absolute position transducer. The transducer comprises a first transmitter winding and a second receiver winding. The second receiver winding is offset from the first receiver winding by one-quarter of its wavelength. The transmitter and receiver windings each comprise a segment of each winding. This allows the spatially modulated inductive coupling to be continuous over the entire length of each winding.
WS19KT position sensor has a twisted-pair cable
The WS19KT position sensor is a high-performance absolute encoder. It is available with a variety of output options and is extremely robust. This position sensor is designed for use in a wide variety of harsh applications.
Sensor cable connectors can be classified according to the type of pins on them. The electrical signals must run over the pins on the sensor. Therefore, the number of pins on the sensor and cable must match. Phoenix contact electrical connectors are an example of electrical connectors with inductive properties.
M-type
M-type sensor cable connector come in a variety of sizes and styles. They are designed to be versatile and reliable in an industrial environment. They can be easily sourced from suppliers and are easily replaceable if damaged. In addition, they are designed to withstand various harsh environments. These connectors are widely used for industrial automation applications and are available in the market.
M-type sensor cable connectors are designed to provide electrical access to actuators and sensors. The connector is placed at one end of the cable assembly. The connector is usually based on the DIN43650 (now called EN175301-803) standard. Most of these connectors are left unterminated but can also be terminated with a metric circular connector.
M-type sensor cable connectors are designed to be waterproof, oil and cold-resistant. These connectors are made of stainless steel and can be incorporated into overmolded cable assemblies. They also feature high-speed communication and data transfer interfaces. They can also be custom-designed to meet your exact specifications.
WS19KT position sensor uses a POSITAL encoder
POSITAL angle sensors and encoders are available in a wide range of sizes and resolutions. Each is custom-designed to fit the specific installation needs of its customer. These encoders can be mounted in a range of positions and are designed to operate reliably in industrial settings.
POSITAL’s multi-turn and contact-free measurement technology makes them ideal for many applications. They are available in several nonproprietary electrical interfaces and feature a range of performance parameters that can be programmed from the Kit Control Box.
POSITAL is a global manufacturer of industrial sensors and position sensors. They use the latest technological innovations to create reliable and efficient products for customers. Their products include rotary encoders, inclinometers and linear position sensors. The company is part of the FRABA group, a global enterprise with a long history of innovation.
POSITAL LINARIX encoders are simple to use and can be customized for various applications. They support a wide range of outputs, including analog, incremental, and SSI output. POSITAL LINARIX encoded sensors are ideal for rugged applications.
The company has also extended its range of rotary encoders. These sensors are designed to be installed between the body of a motor and other components that mount on the shaft. They have the advantage of being compact and easy to install. They also allow for reduced installation costs.
Advanced Shielding Technology (ASH) is a new shielding concept for assembled connectors. It uses liquid metal to completely enclose the cable shielding during the manufacturing process, ensuring a shield connection that is fully protected. This technology helps to improve the transmission quality of the signal even in harsh environments. It makes these products the perfect choice for future-proof factory automation cabling.