Measurement, Control and Communication

• Intelligent, decentralized peripheral device
• X-Bus CPU module X-MAX-1 to run application-related programs for measurement and control
• 5 slots for MAX modules
• A total of 128 screw terminals for the connection of I/O signals. The particular function depends on what I/O modules are inserted.
• Host interface for downloading programs, and for data exchange or for connection to a fieldbus system such as PROFIBUS-DP or CAN.
• By exchanging the modules and the associated software it is easy to adapt the device for a variety of tasks.
• Up to 2 modules can be stacked at each slot.
• 16 three-colour LEDs to indicate signal states
• Supply voltage: 24V
• Partition into terminal and electronic blocks. This permits exchange of the electronics without disconnecting the electrical connections to the peripherals.
• Can be mounted on a DIN rail or on a flat surface.

• Intelligent, decentralized peripheral device
• X-Bus CPU module to run application-related programs for measurement and control
• 8 slots for MAX modules
• A total of 240 screw terminals for the connection of I/O signals. The particular function depends on which I/O modules are plugged in
• Host interface for downloading programs, and for data exchange or for connection to a fieldbus system such as PROFIBUS-DP or CAN.
• By changing the modules and the associated software it is easy to adapt the device for a variety of tasks.
• Up to 2 modules can be stacked at each slot.
• Supply voltage: 24V
• Can be mounted on a DIN rail or on a flat surface.

• Non-intelligent carrier card for PCI
• 6 slots for MAX modules
• Can be upgraded at any time to an intelligent card through plug-in CPU modules such as the X-MAX-1
• Multi-processor capability through multiple CPU modules
• As an intelligent card it works in parallel with the PC's CPU
• Stand-alone operation possible
• Creation of real-time programs with Borland C and Pascal compilers
• Convenient development environment, RTDS, including source-level debugger for Windows is included
• Drivers for Windows and Linux

• Intelligent ISA PC board with its own CPU and peripherals
• The board’s local CPU works in parallel with the PC’s CPU
• Available with 486 and 586 CPU up to 133 MHz
• up to max. 4 MB static CMOS-RAM (bufferable)
• 4 extension slots respectively for I/O modules, can be extended to comprise a total of max. 9 slots by means of module extender
• Watchdog, NMI and RAM buffer logic
• 6 timers
• Time and date
• Initialization data in the EEPROM
• 2 x RS-232 interfaces (async., sync., HDLC, etc. on the carrier board)
• Real-time multi-tasking operating system on-board (in the EPROM)
• Drivers available for MS-DOS, Windows (3.1x/95/98/ME/NT/2000/XP) and Linux
• Stand-alone operation possible
• Borland development environment can be used, e.g. Turbo-Pascal, Borland C++, Turbo Debugger (source level debugger)

• Intelligent ISA PC board with its own CPU and peripherals
• The board’s local CPU works in parallel with the PC’s CPU
• Available with 486 and 586 CPU up to 133 MHz
• up to 34 MB RAM (2 MB stat. + 32 MB dyn.)
• 2 extension slots respectively for I/O modules
• Watchdog, NMI and RAM buffer logic
• 6 timers
• Time and date
• Initialization data in the EEPROM
• 2 x RS-232 interfaces (async., sync., HDLC, etc. on the carrier board)
• Real-time multi-tasking operating system on-board (in the EPROM)
• Drivers available for MS-DOS, Windows (3.1x/95/98/ME/NT/2000/XP) and Linux
• Stand-alone operation possible
• Borland development environment can be used, e.g. Turbo-Pascal, Borland C++, Turbo Debugger (source level debugger)

• Intelligent ISA PC board with its own CPU and peripherals
• The board’s local CPU works in parallel with the PC ’s CPU
• Available with 486 or 586 CPU, up to 133 MHz
• Up to 34 MByte RAM:DRAM (8 or 32 MByte) and bufferable SRAM (512 kByte or 2 MByte)
• Watchdog, NMI and RAM buffering logic on-board
• 10 timers, each with interrupt capability
• Time and date (real-time clock)
• 6 serial interfaces: async, sync, HDLC, monosync, bisync, and other protocols possible (baudrate generator and DPLL for each channel)
• 5 hardware interfaces individually configurable (customer-specific as well): RS-232, RS232 iso., RS-422, RS-422 iso., RS-485, RS-485 iso., 20 mA iso., CAN iso., PROFIBUS iso., optical-fiber link
• 1 RS-232 interface
• OsX real-time multi-tasking operating system on-board (in the EPROM or in the Flash EPROM)
• Drivers available for MS-DOS, Windows (3.1x/95/98/ME/NT/2000/XP) and Linux
• Communication protocols available, e.g. 3964/R
• Libraries for developing user protocols included in the scope of delivery
• 100 %compatible with MODULAR-4/486 with 2 or 3 M-COM-2 modules
• Short PC board for 16-bit ISA slot, option for stand-alone operation (without PC)

• Intelligent ISA PC board with its own CPU and memory
• Parallel processing to the PC
• Real-time multi-tasking operating system on board
• 16 analog inputs (12 Bits resolution)
• 2 analog outputs (12 Bits resolution)
• 8 digital power outputs, 1 LED
• 1 timer, 1 universal measuring channel (e. g. for incremental encoder)
• 16 digital inputs
• RS-232-interface for remote debugging
• Drivers available for MS-DOS, Windows (3.1x/95/98/ME/NT/2000/XP) and Linux
• Borland development environment can be used (C++, Pascal)
• No jumpers or adjustment potentiometers
• Short PC board
• Low-cost solution