Hilscher CIFx0-DPM and -PB
The CIF30-DPM is a Profibus ISA master card (2kByte DPRAM).
The CIF104-DPM is a Profibus PC104 master card (2kByte DPRAM).
The CIF30-PB is a Profibus ISA master card (8kByte DPRAM).
The CIF50-PB is a Profibus PCI master card (8kByte DPRAM).
The CIF60-PB is a Profibus PCMCIA master card (8kByte DPRAM)..
The CIF104-PB is a Profibus PC104 master card (8kByte DPRAM).
Context menu
Append Box... <Insert>
Adds Profibus slaves (boxes). As the addressing in the Profibus takes place via fixed station numbers, the sequence of the added boxes is irrelevant.
Currently supports the following boxes (further details on the boxes given later):
Supported boxes | Description |
|---|---|
Bus Coupler (max. 1.5 MBaud) | |
Bus Coupler (max. 12 MBaud) | |
Economy Bus Coupler (max. 1.5 MBaud) | |
Economy Bus Coupler (max. 12 MBaud) | |
Bus Coupler (fibreoptic, max. 1.5 MBaud) | |
Low-cost Bus Coupler (max. 12 MBaud) | |
Bus controller with integrated PLC (max. 12 MBaud) | |
General Profibus device (GSD files required from the manufacturer) |
Delete Device... <Del>
Removes the CP5412A2 fieldbus card and all subsidiary elements from the I/O configuration.
Online Reset
Initiates an online reset on the Profibus.
"CIF x0 DPM / PB" tab
Address: Enter the DPRAM card address here. This address is jumped on the card and can assume the following values: from 0xC8000 to 0xEF800 in steps of 0x800 (and 0x2000 at CIF 30-PB)
Search: Searches the computer for available CIF-30 cards (only when TwinCAT is active)
Stations No.: Each Profibus device requires a unique station number - including the master.
Baudrate: Set the Profibus baudrate. Automatically tests whether the connected slave also supports this baudrate.
Cycle Ticks: The smallest possible cycle time for the currently specified slave is set here. It can be manually increased (in ms)
Synchronous Mode: The highest priority task linked with the corresponding device controls the fieldbus cycle and is thereby synchronized with the fieldbus. All other tasks are served asynchronously via corresponding buffers.