The Allen-Bradley DF1 protocol works in tandem with the ACM R/T SCADA to bring companies accurate, immediate and reliable information when it is needed the most.

Allen-Bradley DF1 is typically used for higher-speed data monitoring where frequent data updates are required. Similar to its counterpart, the Allen-Bradley ControlLogix protocol, the protocol is used almost exclusively for high-speed data monitoring in manufacturing operations – namely oil and gas industries.

The Allen-Bradley DF1 works to ensure that you are delivered information nearly instantaneously, as most units typically do not have archiving history capability in its hardware.

ACM R/T SCADA can be utilized by polling data from Programmable Logic Controllers (PLCs) by using the DF1 protocol. The data is then sent back from the device and can be provided for operator control screens in a Human Machine Interface (HMI) environment.

Allen-Bradley DF1 is one of the many protocols ACM R/T SCADA is compatible with to help make SCADA environments more manageable and more organized to ensure structured operation through an HMI. The HMI software is typically an OPC client application which can request data from the OPC server — or ACM R/T SCADA.

Allen-Bradley DF1 Protocol and ACM R/T SCADA

ACM R/T SCADA works to deliver protocol data to employees, such as control room engineers, by speaking to the DF1 device in its native protocol. Employees can obtain data from the field by using ACM R/T SCADA to deploy a request for data from the Allen-Bradley DF1. That data is then fed back into the control room through its common protocol, Object Link and Embedding for Process Control (OPC), as ACM R/T SCADA is an OPC server.

ACM R/T SCADA extends companies’ SCADA systems abilities

For over 30 years, AUTOSOL (Automation Solutions) has been building custom drivers to ensure the efficient and reliable transfer of commands, programs, data and information between control systems and endpoint SCADA devices like PLCs. ACM R/T SCADA speaks to devices in their native protocols to enable communication between incompatible devices, making it easy to add PLCs, including Allen-Bradley DF1, to a SCADA system and ensuring information is consistently being communicated.

Because ACM R/T SCADA isn’t dedicated to one specific protocol, your DF1 devices are able to interact. Companies will reap the benefits the Allen-Bradley DF1 offers while saving costs associated with having to update an entire SCADA system to devices that speak the protocol.

As a leader in the industry, AUTOSOL takes communication between devices seriously. Combining the flexibility of AUTOSOL’s ACM R/T SCADA and custom drivers means companies are not obligated to construct and update a SCADA system with one brand and its protocols. With our leading products and equipment your protocol will be able to transmit and receive data from all other SCADA devices.