Allen Bradley

The Allen Bradley 1738-OA2M12AC3 is a reliable digital output module designed for use with ArmorPoint I/O systems. This module features two output channels and supports an 8-position keyswitch, making it suitable for applications that require precise control and flexibility. Operating on 120-220 V AC, it is equipped with M12 output connectors that ensure secure and straightforward connections. The device is fully sealed with an IP69K rating, providing excellent protection against dust and high-pressure washdowns, which is ideal for demanding industrial environments. It also operates efficiently with a pointbus current of 75 mA and a power consumption of just 0.8 W. This product is available through BSP Automation, offering a robust solution for your digital output needs.

The Allen Bradley 1738-IV8M8 is a digital input module designed for on-machine distributed I/O applications. It operates on 24 V DC and features 8 sourcing inputs, making it ideal for monitoring signals such as keyswitch positions. This module supports an efficient PointBus current of 75 mA and consumes just 1.8 watts of power. Equipped with M8 connectors and a mounting base, it simplifies installation and integration into your control system. This reliable input module is available through BSP Automation, offering a practical solution for streamlined machine-level input processing.

The Allen Bradley 1738-IT2IM12 is an analog input module designed for precise temperature measurement using thermocouple sensors. This module features two single-ended inputs, allowing it to accurately capture temperature signals in a straightforward configuration. Built to withstand harsh environments, it boasts a sealed design with an IP69K rating for dust and water resistance. With a keyswitch set to position 6 and a low current draw of 175 mA on PointBus, this module offers reliable performance for demanding industrial applications. Distributed by BSP Automation, the 1738-IT2IM12 provides a robust solution for integrating temperature inputs within your control system.

The Allen Bradley 1738-IR2M12 is an analog input module designed for precise temperature measurement applications. This module supports two single-encoded RTD inputs, making it suitable for monitoring resistance temperature detectors with accuracy and reliability. Its sealed design meets the IP69K standard, ensuring protection against harsh environments, including exposure to high-pressure washdowns. Operating with a pointbus current of 220 mA and low power consumption of 1 watt, the 1738-IR2M12 delivers efficient performance within ArmorPoint I/O systems. Distributed by BSP Automation, this module is a solid choice for users seeking robust and reliable analog input capabilities.

The Allen Bradley 1738-IE4CM12 is a compact analog input module designed for reliable signal acquisition in demanding environments. This ArmorPoint I/O device features four single-ended inputs, allowing it to efficiently handle various types of analog signals. Built with a sealed enclosure rated to IP69K, it offers excellent protection against harsh conditions, including high-pressure washdowns. The module also includes a three-position keyswitch for straightforward configuration and security. Distributed by BSP Automation, this unit provides a robust solution for industrial automation applications where durability and precision are essential.

The Allen Bradley 1738-IE2CM12 is an analog input module designed for ArmorPoint I/O systems. It features two single-ended input channels and includes a three-position keyswitch for added control flexibility. This module is built with a sealed design, providing robust protection with an IP69K rating, making it suitable for harsh environments. It operates with a 75 mA PointBus current and consumes just 0.6 watts of power. Distributed by BSP Automation, this module offers reliable performance for applications requiring precise analog input monitoring and durable construction.

The Allen Bradley 1738-IB8M8 is a digital input module designed for reliable performance in demanding environments. This ArmorPoint I/O unit features eight sinking inputs and supports one keyswitch position, making it well-suited for precise control applications. Built to withstand harsh conditions, the module is fully sealed and rated IP69K, ensuring protection against dust, water, and high-pressure cleaning. It operates at 24 VDC with a pointbus current of 75 mA and a power consumption of just 1.6 W. This robust digital input module is available through BSP Automation, offering a dependable solution for industrial automation needs.

The Allen Bradley 1738-IB8M23 is an input module designed for discrete DC signals, offering eight sinking input points. This ArmorPoint I/O device features sealed M12 connectors and operates on a 24V DC power supply, making it well-suited for demanding industrial environments. Distributed by BSP Automation, this module provides a reliable solution for integrating field devices with control systems where durability and efficient signal processing are essential.

The Allen Bradley 1738-IB4M8 is a digital input module designed for reliable performance in demanding environments. This ArmorPoint I/O device features four sinking inputs and operates at 24 V DC with a low current draw of 75 mA. Its sealed construction meets the IP69K rating, ensuring resistance to dust and high-pressure washdowns, making it suitable for harsh industrial settings. Additionally, the module includes a keyswitch position for added control and security. This product is available through BSP Automation, offering a dependable solution for your input module needs.

The Allen Bradley 1738-IB4M12 is a digital input module designed to handle four sinking inputs. It features convenient M12 connectors, making wiring straightforward and secure. With a current consumption of 75 mA and operating at 24 V DC, this module offers reliable performance with a low power draw of just 1.6 watts. Its key switch position is set to 1 for consistent operation. Distributed by BSP Automation, this input module is a solid choice for integrating digital signals into your control system efficiently and effectively.