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Block I/O – WINbloc Range

Flexibility thanks to modularity

The modular design of WINbloc consisting of fieldbus coupler (Bridge), base element and electronics modules offers numerous advantages.

Openness thanks to fieldbus independence

The WINbloc I/O system can be used for the PROFIBUS DP, CANopen, DeviceNet and INTERBUS fieldbus systems.

Space saving thanks to integrated terminals

The base element is made up of the terminal carrier, the distribution rail and the module bus.

The connection of the I/O points is performed via tension clamp and TOP connection technologies.

Thanks to the 2-, 3- and 4-wire connection technology of the base elements, an additional connection level is no longer necessary. The WINbloc modules allow direct connection of the signal, positive, negative and PE wires.

Comprehensive range

Electronics modules and base elements are available in various designs. The spectrum of the electronics modules consists of input and output modules with 4, 8, 16 and 32 channels.

Combined, analogue and counter modules round off the range.

Key advantages of the WINbloc family

• Digital and analog modules which are suitable for initators, light barriers, contacts, sensors, etc.
• Electronics modules with a range of I/O functions.
• Short-circuit proof outputs.
• Pluggable potential distributors with integrated cross-connections.
• Address setting of the electronics modules via hexadecimal or decimal switches.
• Comprehensive diagnosis features using status and diagnosis LEDs.
• A multitude of marking possibilities.
• A comprehensive range of base modules.
• Incorrect insertion of an electronics module prevented by a module specific coding.
• A high signal density for each module.
• Electrical isolation.

Manuals

More details concerning the fieldbus dependant system configuration of WINbloc can be found in the manuals.

  WINbloc Manual for PROFIBUS DP (37 MB)

  WINbloc Manual for CANopen (25 MB)

  WINbloc Manual for DeviceNet (6.5 MB)

  WINbloc Manual for INTERBUS (12 MB)

This page last updated: 9 November 2001