WAGO Corp.

750-880 Ethernet 2.0 Programmable Fieldbus Controller
Via an SD card, the 750-880 Ethernet 2.0 Programmable Fieldbus Controller (PFC) transfers device parameters, boot files, and other types of files between controllers. This expedites large-scale programming while increasing data-logging capabilities. It has 1 MB of data memory and an SD port for up to 8 GB of additional memory. The device provides high-frequency processing — up to 1,000 instructions within 235 nanoseconds. The PFC relies on an industry-approved TCP/IP stack and an IEC 61131-3 compatible environment. The slotted housing optimizes cooling, enabling an extended temperature range of –20°C to 60°C.

857 Series signal conditioning and relay modules
The 857 Series, also known as JUMPFLEX, is a new family of 6-mm wide, DIN rail mount, signal conditioning and relay modules. Offering good aesthetics in the control cabinet, the modules have a common profile to share accessories, such as jumpers. The modules’ push-in jumper system, available in red, white and blue color designations and with two to ten poles, facilitates both time and cost savings. The system also includes pre-marked modules for easy circuit identification, a marking tag holder for module identification and a built-in indicator for power or signal status.

WAGO I/O system 753 series
The WAGO I/O system 753 series allows customers to not only harness the flexibility of the 750 Series I/O system, but, also the capability of using pluggable connectors for I/O module wiring. Customers can pre-manufacture wiring harnesses using the 753 series connectors and simply plug them into the 753 series I/O modules (a variety of both analog, digital and special function modules are available). This serves to simplify installation and reduce wiring errors in the field. The 753 Series pluggable I/O modules are fully compatible with the original 750 Series I/O modules and bus-couplers. Customers can mix both 750 series and 753 series in the same I/O node. This allows the customers to choose whether or not to make all functions on the node pluggable or to use this feature to identify which modules are wired to devices internal (e.g., contactors or relays) vs. external (e.g., sensors or actuators) to the control cabinet.