Machine-Mount, Cabinet-Free Automation Solution Where previously discrete wiring was once required, fieldbuses now provide communication between the control and field levels. Depending on the application, cabinet-free automation systems help minimize costs for planning, start-up and maintenance. In addition to requiring a high degree of protection, a robust design and standardized connection technology, there is an increasing demand for advanced IP67 features once reserved only for IP20 systems, including: • • • • Real-time capability for isochronous data acquisition/output Parameterizable Diagnostic...

Modular Design Page 6 •Signal acquisition/output for custom applications High-Performance Data Transfer Page 8 • Fast data exchange Wide Variety of Parameterization Options Page 10 • Fieldbus dependent/independent Fieldbus Independence Page 12 • Meet specific market/system requirements Easy to Service Page 13 •Upgradable, parameter-saving and flexible Asynchronous and Synchronous Diagnostics Page 14 • Fast and precise error analysis Temperature Range of -25 ° C to +60 ° C Page 15 • Ideal for harsh environments

Efficient Power Supply Solution Page 16 •Convenient module supply Excellent Protection Page 18 •Withstand EMC, water and dust Screw and DIN-Rail Mount Options Page 20 •Flexible module assembly Ergonomic Design Page 22 • User-friendly modules Topology Example Page 24 • ETHERNET system incl. accessories Module Overview Page 26 • SPEEDWAY components

Modular Design Signal Acquisition/Output for Custom Applications Up to: 64 I/O modules per station 8 channels per module 520 channels per station 50 m between two modules 500 m total extension per station Fieldbus Fieldbus coupler Spacer module Power supply Power supply

As a modular IP67 I/O-System, WAGO SPEEDWAY 767 connects to both fieldbus and a higher-level control system via DI fieldbus coupler. An integrated system bus interface connects to I/O modules (e.g., analog, digital), allowing direct field-side acquisition and transmission of signals depending on the application needs. When used in areas of high signal concentration, the modules can be installed in an extremely space-efficient manner. The I/O modules are interconnected via data (system bus) and supply lines. Power dividers provide supplemental energy to cope with greater demands or when longer...

High-Performance Data Transfer Fast Data Exchange Hard real-time with sercos Cycle times (system bus synchronous to fieldbus) 256 digital signals + 64 analog signals, 250µs 512 digital signals, 250µs 32 digital signals + 8 analog signals, 250

Increasingly automation-intensive systems and exponentially faster ETHERNET-based controllers and fieldbus protocols need higher levels of communication bandwidth. Large data volumes are forwarded in short cycles for signal acquisition and transmission within the I/O system. WAGO SPEEDWAY 767 is specifically engineered for this, offering high synchrony, low jitter/skew and low latency to optimally control dynamic system processes. High-performance with standard fieldbuses Cycle times (system bus asynchronous to fieldbus) 512 digital signals, approx. 700 µs 256 digital signals + 64 analog signals,...

Wide Variety of Parameterizat Fieldbus Dependent/Independent Extraordinarily high degree of module parameterization Fieldbus-dependent parameterization via GSD, GSDML, SDDML and EDS files Fieldbus-independent, advanced parameterization via FDT/DTM technology Online diagnostics and simulation All SPEEDWAY components can be extensively parameterized. This allows the user to economically cover a wide range of functions with only a few base modules, while benefiting from a highly customizable system. Outside of a few select modules, parameter setting is performed channel-bychannel. This greatly reduces...

tion Options [Unnamed] (*) - WAGOframe - <Wago 767:004> 0767 6401 4AI U/l - Online Parameter File Edit View Device Tools Window Help <-) WAGO Service Speedway' Device Catalogue Device Types WAGO Kontaktt 80 WAGO Service Jumpflex iJWAGO Service Speedway Analog Input Module Voltage/ Current, with 4 inputs WAGO Kontakttechnik GmbH & Co. KG Settings (Online) Connection schema Electronic type label Diagnostic overview Measurement Range User 1 Measurement Range User 2 Measurement Range User 3 Measurement Range User 4 Global Settings Field supply Process image value Measuring range Upper user limit...

Fieldbus Independence Meet Specific Market/System Requirements SPEEDWAY 767 fulfills specific market and system requirements by supporting the fieldbuses shown above, while being compatible with additional fieldbus systems. Address hardware and set model-specific operation modes with the fieldbus coupler’s display panel, which is shielded from environmental aggressors and accidental contact via a protective cover. An USB interface (COM) provides direct system access for programming, parameter-setting and maintenance.

Upgradable System parameter handling “Options handling” Easy to Service Upgradable, Parameter-Saving and Flexible Upgradable System acquisition and operating costs are steadily increasing, making return on investment more important than ever. Designed with this in mind, the SPEEDWAY 767 System is updatable to help economize operational costs. Both coupler and I/O module firmware can be easily updated. This allows quick access to new functionalities, while errors can be fixed without replacing components. System parameter handling While all parameterizable SPEEDWAY modules feature factory default...

Asynchronous and Synchronous Diagnostics Fast and Precise Error Analysis Therefore, it is no longer a matter of whether systems are diagnostic capable or not, but how well they perform troubleshooting. Diagnostic capabilities are particularly critical for widely distributed IP67 systems, and Example: LED diagnostics for analog input module One of the greatest challenges for automation suppliers is making and keeping technology and engineering manageable — particularly for troubleshooting. LED and software supported Parameterizable this is precisely why all WAGO SPEEDWAY 767 devices deliver diagnostic...