Special Features: Supports PROVOX I/O bus redundancy. Auto-Configuration feature detects the PROVOX network cards and I/O modules, creating a scan-list.that minimizes the risk of configuration errors. Monitor mode enables testing and verification of the conversion logic before controlling physical I/O,.reducing the risk of production loss due to programming errors. Each module supports up to 64 I/O cards. Supports PROVOX 20-Series Control I/O files 1 – 16 and 10-Series I/O with serial buffer card. Auto-Configuration feature maps the PROVOX I/O data into tags in the ControlLogix processor. Supports 250 words of input data and 248 words of Output data transferred on an I/O connection.to an Allen-Bradley ControlLogix processor. Diagnostic data is transfered from the PROVOX card to the processor. Configuration software uses RSLinx™ to communicate to the PROVOX module. Add-On Instructions are provided to convert between PROVOX % and CLX real numbers. 4 character scrolling LCD display showing module status. A multi-colored LED indicates status of the communications between the PROVOX module andthe processor. A multi-colored LED indicates the status of the PROVOX Remote I/O network. Module is hot-swapable.
Type: Communication Module
Maximum Power Dissapation: 20W
Ports: 1 Primary and 1 Secondary BNC Connector for connecting to the PROVOX network
Typical Power Consumption: 675 mA @ 24 Vdc and 5 mA @ 5.1 Vdc
Operating Temp: 32°F to 140°F (0 ºC to 60 ºC)
Storage Temperature: -40°F to 185°F (-40 ºC to 85 ºC)
Humidity: 5% to 95% RH, with no condensation
Sub Brand: CLX
Brand Name: PROSOFT
The Fisher PROVOX® module allows an Allen-Bradley® ControlLogix® processor to control PROVOX I/O devices. This module allows a phased migration approach to be used when upgrading or replacing the PROVOX controllers. The gateway provides automatic creation of the PROVOX network scan-list and generates the associated RSLogix™ 5000 tags reducing engineering effort. Monitor mode allows verification of your conversion logic using live I/O data without impacting the running legacy system. Once the new PAC is commissioned the legacy I/O can be upgraded one module or one rack at a time as scheduled downtime is available. This module minimizes the risk of excessive downtime when upgrading legacy control systems.
