The 1756-OF6VI Isolated Analog Output Module from Allen-Bradley is a premium choice for industrial automation requirements. Designed to deliver reliability and precision, this module features six isolated voltage outputs, allowing for effective monitoring and control within your system.
With a 14-bit resolution that spans a range of 21V and a precision of 1.3 mV, the output signals generated by this module are both accurate and consistent. Additionally, its removable terminal block is compatible with models such as the 1756-TBNH and 1756-TBSH, making installation flexible and convenient.
Advanced functionalities are a hallmark of the Allen-Bradley 1756-OF6VI module. It includes on-board data alarming and scaling to engineering units, along with real-time channel sampling. The module's support for the integer mode and IEEE 32-bit floating-point data format ensures smooth integration into your existing control frameworks, enhancing overall performance.
This module is produced by Rockwell Automation under the well-respected Allen-Bradley brand, categorized within the ControlLogix series and identified by the part number 1756-OF6VI. Dimensions are 30cm x 20cm x 20cm, and it weighs 2KG. As a 100% new original product, it is readily available for immediate shipment.
When you acquire the Allen-Bradley 1756-OF6VI module, expect prompt delivery within 1-3 days after payment is confirmed. Our dedicated after-sales support is available to assist you in maximizing the benefits of your module, backed by a one-year warranty for your assurance. Shipping options include DHL, FEDEX, EMS, UPS, or TNT, ensuring that your order arrives safely and on time.
In summary, the Allen-Bradley 1756-OF6VI ControlLogix Isolated Analog Output Module stands out as an exceptional solution for industrial automation. With its advanced features, high precision, and dependable operation, this module will significantly boost the efficiency of your control systems. Trust in the quality and performance that Allen-Bradley brings to your automation needs.
