Automated Logic has introduced two new controllers to its OptiFlex line for the WebCTRL building automation system.
Two new controllers join the OptiFlex family, including the OptiFlex 022 (OF022-E2) zone controller and the OptiFlex compact segment router (OFCSR-E2).
These controllers feature dual IP ports for convenient daisy-chain deployment and a compact footprint for more flexible system design.
Automated Logic reports it is a part of Carrier Global Corporation (NYSE: CARR), the leading global provider of healthy, safe, sustainable and intelligent building and cold chain solutions.
The OptiFlex 022 (OF022-E2) zone controller is engineered to deliver efficiency and reliability for modern building environments.
Featuring dual IP ports for convenient daisy-chain deployment, the OF022-E2 supports two universal inputs and two analog outputs, ensuring control options for a variety of applications.
Complementing the OptiFlex 022, the OptiFlex compact segment router (OFCSR-E2) is designed to facilitate migration from traditional serial network segments to fast and performant IP backbones.
The OFCSR-E2 offers robust routing capabilities between BACnet/IP, BACnet Ethernet, BACnet/ARCnet, and BACnet MS/TP networks, with native support for IPv4.
It is equipped with three physical communication ports: two 10/100 Mbps BACnet IP/Ethernet ports and a high-speed EIA-485 port that can be configured for BACnet/ARCnet or BACnet MS/TP.
Additionally, the device features a USB port for local access.
“At Automated Logic, we are committed to pushing the boundaries of what’s possible in building automation to create more intelligent, connected and efficient buildings,” said Axel Reichert, President, Automated Logic.
“The introduction of the OptiFlex 022 zone controller and the OptiFlex compact segment router is a testament to our dedication to innovation and our customers’ needs.
“These solutions not only enhance building performance and network reliability but also offer a path forward for legacy systems to embrace the benefits of IP-based communication.”