Encoders - Page 13

The Allen Bradley 844D-B6CC2DR is a high-frequency incremental optical encoder designed for precision shaft feedback applications. Featuring a 3/4-inch through-shaft and a 10-pin connector with tether option C, this encoder operates reliably within a 5 to 26 V DC input range and provides an output signal in the same voltage range. With a resolution of 5000 pulses per revolution, it delivers detailed position sensing suitable for demanding industrial environments. This product is available through BSP Automation, offering a dependable solution for your motion control needs.

The Allen Bradley 844D-B6AC2DS is a high-frequency incremental optical encoder designed for precise motion feedback. Featuring a 3/4-inch through shaft, this encoder delivers 4096 pulses per revolution, making it well-suited for applications that require accurate position or speed monitoring. It operates within a voltage range of 5 to 26 V DC for both input and output signals and comes with a 10-pin connector to simplify wiring. There is also a tether option available for added installation flexibility. This reliable encoder is available through BSP Automation, supporting your automation projects with quality components.

The Allen Bradley 844D-B5CC5FW is an incremental hollow shaft encoder designed for precise rotational position feedback in automation systems. This encoder features a hollow shaft design, allowing for easy installation on various motor shafts without the need for additional couplings. Known for its reliability and accuracy, it is a solid choice for applications requiring consistent speed and position monitoring. Distributed by BSP Automation, this encoder supports efficient integration into a wide range of industrial control setups.

The Allen Bradley 844D-B5BC2CS is a high-frequency incremental optical encoder designed for precision motion control applications. Featuring a through-shaft design with a 5/8-inch diameter, this encoder offers reliable performance with a resolution of 2048 pulses per revolution. It includes a tether option B and is equipped with a 10-pin connector, supporting input and output voltage ranges from 5 to 26 V DC. Distributed by BSP Automation, this encoder is well-suited for systems requiring accurate position feedback and robust electrical compatibility.

The Allen Bradley 844D-B4BC2DB is a high-frequency optical encoder designed for precision motion feedback. Featuring a through-shaft design with a 1/2-inch diameter, this encoder delivers reliable performance with 120 pulses per revolution. It supports a tether option B and comes equipped with a 10-pin connector, operating within a voltage range of 5 to 26 volts DC for both input and output signals. This product is available through BSP Automation, providing a dependable solution for applications requiring accurate rotational measurement.

The Allen Bradley 844D-AMDC2CS is a high-frequency incremental optical encoder designed for precise motion feedback. This model features a 30 mm blind shaft with an anti-rotation pin for secure mounting, ensuring reliable performance in demanding applications. It uses a 10-pin connector and operates within a voltage range of 5 to 26 V DC for both input and output signals. With a resolution of 2048 pulses per revolution, it delivers accurate position data ideal for various automation tasks. This encoder is available through BSP Automation, providing a dependable option for integrating precise rotary feedback into your control systems.

The Allen Bradley 844D-A8AC2LS is an incremental encoder featuring a hollow shaft design. This particular model has a 1-inch diameter hollow shaft and mounts on a 7.25-inch diameter bolt circle, making it compatible with an 8.5-inch NEMA C face. It includes a 10-pin connector and operates within a voltage range of 5 to 26 V DC for both input and differential line driver output. With a resolution of 16,384 pulses per revolution, this encoder delivers precise position feedback suitable for a variety of industrial automation applications. This product is available through BSP Automation, ensuring reliable access to quality components.

The Allen Bradley 844D-A5CC1FW is an incremental optical encoder designed for high-frequency applications. Part of the 844D series, this model features a front hollow shaft with a 5/8 inch diameter, making it suitable for precise rotational measurement. It delivers 1024 pulses per revolution and operates on a voltage range of 8 to 24 VDC. Connectivity is facilitated through a 10-pin connector, ensuring reliable signal transmission. This encoder is available through BSP Automation, offering a dependable solution for motion control and feedback systems.

The Allen Bradley 844D-B6AC2CK is a hollow shaft incremental encoder designed for precision motion control applications. This model features a rear through-shaft configuration with a 3/4-inch hollow shaft, making it suitable for direct mounting on compatible equipment. It includes a tether and a 1/2-inch bolt-on flange that fits a 7.25-inch diameter bolt circle, compatible with an 8.5-inch NEMA C face. The encoder is equipped with a 10-pin connector and operates within a voltage range of 5 to 26 V DC, providing a matching output voltage range. With a resolution of 360 pulses per revolution, this encoder offers reliable feedback for accurate positioning. Distributed by BSP Automation, the 844D-B6AC2CK is a robust solution for industrial automation needs.

The Allen Bradley 844D-B5CC2LS is a hollow shaft incremental encoder designed for rear (through-shaft) mounting, featuring a 5/8-inch hollow shaft diameter. This model offers a tethered connection with a 10-pin connector, making it suitable for precise rotary position feedback in automation applications. It supports a supply voltage range of 5 to 26 V DC and provides differential line driver outputs within the same voltage range. With a resolution of 16,384 pulses per revolution, the encoder delivers high accuracy and reliable performance. This product is available through BSP Automation, providing a trusted option for integrating advanced motion control solutions.