Encorers & Resolvers - Page 15

The Allen Bradley 842E-MIP9BA is an Ethernet/IP encoder designed for precise multi-turn position feedback, capable of tracking up to 4096 full rotations. It features a 12 mm hollow shaft and communicates via an M12 connector, offering 262,144 (18-bit) steps per revolution for high-resolution measurement. Operating on a voltage range of 10 to 30 V, this encoder delivers reliable and accurate performance in demanding industrial automation applications. This product is available through BSP Automation, providing trusted access to quality automation components.

The Allen Bradley 842E-MIP8BA is a multi-turn encoder designed for precise position feedback in industrial applications. Featuring a 10 mm hollow shaft, this encoder operates within a 10 to 30 V power range and supports Ethernet/IP communication with Device Level Ring (DLR) capability for enhanced network reliability. With a 30-bit resolution, it delivers high accuracy and detailed position data. The device connects easily via an M12 connector, making it a versatile choice for a variety of automation systems. Distributed by BSP Automation, this encoder offers reliable performance for demanding industrial environments.

The Allen Bradley 842E-MIP7BA is a multi-turn encoder designed for precise position feedback in industrial applications. It features an Ethernet/IP interface with Device Level Ring (DLR) capability, enhancing network reliability and communication. This model includes a hollow 3/8" shaft and operates within a 10 to 30 V power range. Its 30-bit resolution ensures high accuracy, while the M12 connector provides a secure and straightforward connection. Distributed by BSP Automation, this encoder is a solid choice for systems requiring robust and reliable performance.

The Allen Bradley 845H-SJHZ24CRY2 is a size 25 incremental encoder designed for precise motion feedback in industrial applications. Featuring a 3/8-inch shaft and an English servo flange, this encoder operates on an unregulated 8-24 V DC power supply. It delivers a high-resolution output of 2500 pulses per revolution (PPR) using a 5V DC RS-422 differential line driver, ensuring reliable signal integrity. The device comes with a radial connector positioned on the side for streamlined wiring. This model is available through BSP Automation, offering a dependable solution for accurate position sensing and control.

The Allen Bradley 845H-SJHZ24CNY2C is a size 25 incremental encoder designed for precise motion feedback applications. Featuring a 3/8 inch shaft and an English servo flange, this model delivers a resolution of 1000 pulses per revolution (PPR). It operates on an unregulated 8 to 24 V DC power supply and provides DLD 5V DC RS-422 output signals. The encoder includes a radial side connector and comes complete with a matching connector for easy integration. This product is available through BSP Automation, offering reliable options for your automation and control systems.

The Allen Bradley 845H-SJHZ24CNY1 is a reliable incremental encoder designed for precise motion feedback applications. This model features a 3/8-inch shaft and an English servo flange, making it compatible with a variety of industrial setups. It operates on an unregulated 8-24 V DC power supply and offers a differential line driver (DLD) output at 5V DC using the RS-422 communication standard. With a resolution of 1000 pulses per revolution (PPR) and an axial connector located at the end, this encoder provides accurate position sensing in compact installations. BSP Automation distributes this product, ensuring availability for a range of automation projects.

The Allen Bradley 845H-SJHZ24CMY2 is an incremental encoder designed for precise motion control applications. This model, part of the Bulletin 845H series, features an English servo flange and a 3/8-inch shaft, making it compatible with various servo systems. It operates on an unregulated 8 to 24 V DC supply and outputs a 5 V DC differential signal using RS-422 communication. With a resolution of 500 pulses per revolution (PPR), it provides accurate position feedback. The encoder connects via a radial side connector, allowing for flexible installation options. This product is available through BSP Automation, providing reliable solutions for your automation needs.

The Allen Bradley 845H-SJHZ24CHY2C is an incremental encoder designed for precise motion feedback in industrial applications. It features a 3/8-inch shaft and an English servo flange, making it compatible with a variety of servo systems. This model operates on an 8-24 V DC unregulated power supply and provides a 5 V DC RS-422 differential line driver output, ensuring reliable signal transmission. With a resolution of 200 pulses per revolution (PPR), it delivers accurate position data for control systems. The encoder includes a radial side connector and comes with a matching connector for easy installation. This product is available through BSP Automation, offering a dependable solution for your automation needs.

The Allen Bradley 845H-SJHZ24CGY1C is an incremental encoder designed for precise motion feedback in various automation applications. This model features a Bulletin 845H English servo flange and a 3/8-inch shaft, making it compatible with a range of machinery setups. It operates on an unregulated 8-24 V DC power supply and provides a 5 V DC RS-422 differential line driver output, delivering 100 pulses per revolution (PPR) for accurate position sensing. The encoder includes an axial connector at the end, complete with a matching connector for straightforward installation. This reliable incremental encoder is available through BSP Automation, ensuring you have access to a quality component for your control systems.

The Allen Bradley 845H-SJHZ24-FWY2 is an incremental encoder featuring a 16 mm diameter shaft. Designed to provide reliable position feedback, this encoder is well suited for a range of industrial automation applications where precise motion control is required. Distributed by BSP Automation, it offers trusted performance and durability in demanding environments.