ADwin-Pro II is flexible and scalable

With the computing power of the T12 processor and the data transfer capacity of the Pro II bus, the system sets new standards. Choose from a wide range of interfaces to find the perfect fit for your project. Benefit from synchronous data acquisition and output.

  • The T12 processor module impresses with a 1 GHz operating clock, 1 GB memory capacity, and 64-bit FPU for float calculations.
  • The Ethernet interface enables data transfer from the Pro II system to the PC at 1 Gbit/s.
  • The bus bandwidth of up to 200 MB/s ensures high capacity for data traffic between the processor module and input/output modules.
ADwin-Pro II with a CPU-T12 in the foreground

Pro II Modules

ADwin-Pro II is available in a variety of robust housings for a wide range of applications: as a desktop system for the laboratory (Standard), as a system for control cabinet mounting (BM), or as a system with DC power supply for mobile use (DC).

Up to 16 slots and a wide range of different modules provide the ideal, flexible basis for fast real-time applications.

ADwin-Pro II, 16 slots

Enclosure ADwin-Pro II

  • Enclosure for Pro II modules
  • 16 slots
  • Dimensions (LxWxH) 336 mm × 447.5 mm × 146 mm

Ordering options

  • Pro II
    • Power supply 100 V to 240 VAC at 50/60 Hz
    • Power limit on secondary side >70 W
    • Fuse 5 A, slow-blow
  • Pro II-BM: same as Pro II, but
    • Modules inserted on the rear side
    • 15 slots
  • Pro II-DC
    • DC-DC converter 10 V–35 V
    • Power limit on secondary side >80 W
    • Fuse 25 A, 58 V
ADwin-Pro II-light, 7 slots

Enclosure ADwin-Pro II-light

  • Enclosure for Pro II modules
  • 7 slots
  • Dimensions (LxWxH) 336 mm × 234 mm × 146 mm

Ordering options

  • Pro II-light
    • Power supply 100 V–240 VAC at 50/60 Hz
    • Power limit on secondary side >40 W
    • Fuse 2 A, slow-blow
  • Pro II-light-DC
    • DC-DC converter 10 V...35 V
    • Power limit secondary side >80 W
    • Fuse 15 A, 58 V
ADwin-Pro II-mini, 5 slots

Enclosure ADwin-Pro II-mini

  • Enclosure for Pro II modules
  • 5 slots
  • Dimensions (LxWxH) 253 mm × 147.3 mm × 146 mm
  • External power supply required

Ordering options

  • Pro II-mini
    • External power supply
    • DC-DC converter 10 V–35 V
    • Maximum power output on secondary side 50 W
    • Fuse 10 A, 58 V

Technical Data

  • XILINX ZYNQ™ with dual-core ARM Cortex-A9
  • 64-bit FPU (double precision)
  • 1 GHz processor clock speed
  • 1 gigabyte main memory for code and data
  • Trigger input
  • 2 digital I/Os
  • 5 times the computing power compared to the T11
  • 1 GBit Ethernet interface for PC communication

More options

  • Flexible: Processes data from ADsim, ADbasic, or ADwinC
  • USB or SATA storage medium on the module
    • Boot USB: USB stick (permanently installed)
    • Boot HDD: 2.5" hard disk, up to 2 TB
    • Boot SSD: 2.5" solid state disk, up to 2 TB
    The SATA storage can be permanently installed or removable. The storage is accessed via the processor module or via NFS / SMB from the Ethernet network.
  • Standalone operation without a PC using the boot loader

Technical Data

  • ADSP TS101 (300 MHz)
  • 256 MB DRAM, 768 kB CPU RAM
  • Trigger input
  • 2 digital I/Os
  • Ethernet interface 1 GBit/s for PC communication
  • Backward compatible with Pro I modules

Special options

  • Bootloader option for PC-independent operation
  • New since Rev. E10: Optionally available with an additional storage medium.
    The following are available:
    • Boot USB: USB stick (permanently installed)
    • Boot HDD: 2.5" hard disk, up to 2 TB
    • Boot SSD: 2.5" solid state disk, up to 2 TB
    The SATA storage can be permanently installed or removable. The storage is accessed via the processor module or via NFS / SMB from the Ethernet network.

The analog input modules for ADwin-Pro II are the interfaces to your measuring devices, analog transducers, and amplifiers. They are ideal for solving fast and time-critical real-time tasks. Each analog signal is routed through its own ADC.

Option DSub

AIn-4/14

  • 4 differential channels
  • ADC resolution 14 bits
  • Conversion time 0.02 µs
  • Measuring range ±10V
  • Memory for burst measurements: 256 MB
  • Standalone burst measurement series (independent of the processor)
  • Limit value monitoring for each channel
  • Automatic averaging

Ordering options

  • Analog inputs: 4 or 8, differential
  • Connectors: LEMO 1-pin, LEMO 2-pin, DSub 32-pin, BNC
Option BNC

AIn-4/16

  • 4 differential channels
  • ADC resolution 16 bits
  • Conversion time 0.25 µs
  • Measuring range ±10V
  • Selectable gain: 1, 2, 4, 8
  • Memory for burst measurements: 256 MB
  • Standalone burst measurement series (independent of the processor)
  • Limit value monitoring for each channel
  • Automatic averaging
  • Automatic collection of extreme values

Ordering options

  • Analog inputs: 4 or 8, differential
  • Connectors: LEMO 1-pin, LEMO 2-pin, DSub 32-pin, BNC
Option LEMO 2-pin

AIn-F-4-/18

  • 4 differential channels
  • ADC resolution 18 bits
  • Conversion time max. 2.0 µs
  • Measuring range ±10V
  • Limit value monitoring for each channel

Ordering options

  • Analog inputs: 4 or 8, differential
  • Connectors: LEMO 1-pin, LEMO 2-pin, DSub 32-pin, BNC

The analog input modules for ADwin-Pro II are the interfaces to your measuring devices, analog transducers, and amplifiers. They are ideal for solving fast and time-critical real-time tasks. The analog signals are routed to the ADC via a multiplexer.

AIn-8/18

  • 8 differential channels
  • ADC resolution 18 bits
  • Conversion time 2 µs
  • Measuring range ±10V
  • Multiplexer settling time 2.5 µs

Ordering options

  • Measuring range ±30 V
  • Low-pass filter: 4th order Butterworth filter with 5 kHz, 10 kHz, or 50 kHz
  • TiCo processor
  • Connector: LEMO or DSub
Overview of all variants
Plug Without filter Filter 5 kHz Filter 50 kHz Filter 10 kHz, ±30V
LEMO AIn-8/18 AIn-8/18-LP5 – AIn-8/18-LP-30V
LEMO, TiCo – – AIn-8/18-LP50-TiCo AIn-8/18-LP-30V-TiCo
DSub AIn-8/18-D AIn-8/18-LP5-D – AIn-8/18-LP-30V-D
DSub, TiCo – – AIn-8/18-LP50-D-TiCo AIn-8/18-LP-30V-D-TiCo

AIn-32/18

  • 32 single-ended channels, 16 differential channels
  • ADC resolution 18 bits
  • Conversion time 2 µs
  • Measuring range ±10V
  • Multiplexer settling time 2.5 µs

Ordering options

  • AIn-32/18: Basis version
  • AIn-32/18-TiCo: with TiCo processor

AIn-16/18-C (current)

  • 16 differential channels
  • ADC resolution 18 bits
  • Conversion time 2 µs
  • Measuring range ±20mA
  • Multiplexer settling time 2.5 µs
  • Input resistance 500Ω
  • Voltage resistance: ±15V
 

AIn-8/18-8B

  • 8 channels for MB8 modules + 8 differential channels
  • ADC resolution 18 bits
  • Conversion time 2 µs
  • Measuring range ±10V
  • Multiplexer settling time 2.5 µs
  • Connector: DSub
 

AIn-16/18-8B

  • 16 channels for MB8 modules
  • ADC resolution 18 bits
  • Conversion time 2 µs
  • Measuring range ±10V
  • Multiplexer settling time 2.5 µs
  • Connector: DSub
 

The analog output modules for ADwin-Pro II are the interfaces to your measuring devices and actuators. They are ideal for solving fast and time-critical real-time tasks. Each analog signal is routed through its own DAC.

Option DSub, 4 channels

AOut-4/16

  • 4 single-ended channels
  • DAC resolution 16 bits
  • Settling time 3 µs
  • Output voltage ±10V

Ordering options

  • Analog outputs: 4 or 8, single ended
  • Connectors: LEMO 1-pin, LEMO 2-pin, DSub 32-pin, BNC
Option BNC, 8 channels

AOut-4/16-TiCo

  • 4 single-ended channels
  • DAC resolution 16 bits
  • Settling time 3 µs
  • Output voltage ±10V
  • TiCo processor for independent operation, 50 MHz

Ordering options

  • Analog outputs: 4 or 8, single ended
  • Connectors: LEMO 1-pin, LEMO 2-pin, DSub 32-pin, BNC

AOut-1/16

  • 1 analog output, output rate 50 MHz
  • DAC resolution 16 bits
  • Settling time 0.015 µs
  • Output voltage ±2V
  • TiCo processor for independent operation, 50 MHz

Digital channels (DIO)

  • 16 single-ended digital inputs, TTL
  • 16 single-ended digital outputs, TTL
  • Automatic edge monitoring on digital inputs
  • DSub connector

TiCo processor

  • TiCo processor
    • Processor type TiCo1
    • 128 kB internal memory
    • 4 MB external SRAM
  • Inputs/outputs on
    37-pin D-sub socket

IOs

  • Analog inputs
    • 8 differential channels or 16 single-ended channels
    • ADC resolution 18 bits, conversion time 2 µs
    • Multiplexer settling time 5 µs
  • Analog outputs
    • 4 channels
    • 16-bit resolution
    • Settling time 9 µs
  • Digital inputs
    • 8 channels with TTL logic
    • Configurable in groups of 4 as inputs or outputs

TiCo processor

  • TiCo processor
    • Processor type TiCo1
    • 128 kB internal memory
    • 4 MB external SRAM
  • Inputs/outputs on
    37-pin D-sub socket
  • In addition to MIO-4:
    • 4 transistor outputs
    • 4 optically isolated inputs
    • 1 counter block with two 32-bit counters: one up/down counter and one counter for period duration and duty cycle measurement
    • 1 SSI decoder
    • 1 EtherCAT interface (slave)

IOs

  • Analog inputs
    • 8 differential channels or 16 single-ended channels
    • ADC resolution 18 bits, conversion time 2 µs
    • Multiplexer settling time 5 µs
  • Analog outputs
    • 4 channels
    • 16-bit resolution
    • Settling time 9 µs
  • Digital inputs
    • 8 channels with TTL logic
    • Configurable in groups of 4 as inputs or outputs

TiCo processor

  • TiCo processor
    • Processor type TiCo2
    • 56 kB internal memory
  • Inputs/outputs on
    37-pin D-sub socket

IOs

  • 12 transistor outputs
  • 12 optically isolated inputs
  • 2 counter blocks with two 32-bit counters: one up-down counter and one counter for period duration and duty cycle measurement
  • 1 SSI decoder

DIO-32-TiCo2

  • 32 inputs/outputs
  • adjustable voltage levels (1.6 V … 4.7 V)
  • Automatic edge monitoring on digital inputs
  • Automatic edge output (200 MHz) with time stamp
  • 2 MB internal memory
  • TiCo processor

TiCo processor

  • TiCo2 processor
  • 128 kB internal program memory
  • 512 kB internal data memory
  • 100 MHz clock frequency

DIO-32*

  • 32 digital channels
  • TTL level
  • Configurable in groups of 8 as inputs/outputs
  • Automatic edge monitoring on digital inputs
  • Automatic edge output (100 MHz) with time stamp

Ordering options

  • DIO-32: Basis version
  • DIO-32-TiCo: with TiCo processor; spike filter
  • DIO-32/1: Channels individually configurable as inputs or outputs, with TiCo processor

DIO-8-D12

  • 20 programmable input and output channels
    • 8 TTL channels
    • 12 differential channels
  • Automatic edge detection on digital inputs
  • Automatic edge output (200 MHz) with time stamp
  • 2 MB internal memory
  • TiCo2 processor
  • Switchable spike filter

Ordering options

  • DIO-8-D12

COMP-16

  • 16 inputs with 50 MHz comparators
  • Voltage range -1 V…30 V
  • Adjustable switching threshold
  • Automatic edge detection on digital inputs
  • Automatic edge output (100 MHz) with time stamp
  • Filter function

included special functions

  • Hysteresis, symmetrical around switching threshold
  • Retention of comparator values
  • Freely selectable hysteresis

OPT-16

  • 16 optocoupler inputs
  • Minimum switching time 100 ns
  • Automatic edge detection with time stamp
  • Adjustable per channel to 5 V, 12 V, or 24 V

Ordering options

  • OPT-16: 16 inputs, adjustable 5 V/12 V/24 V
  • OPT-32-24V: 32 inputs, 24 V

REL-16

  • 16 relay outputs
  • Contact voltage up to 30 V
  • Contact current up to 500 mA
  • Response time 4 ms

Ordering options

  • REL-16: Outputs as normally open contacts
  • REL-16: Outputs as normally closed contacts

TRA-16

  • 16 transistor switching outputs
  • Switching voltage 5 … 30 V (external)
  • Switching time 2.5 μs
  • Event input

Ordering options

  • TRA-16: Outputs switch to VCC
  • TRA-16-G: Outputs switch to ground

PWM-16

  • 16 PWM outputs
  • TTL level
  • Optional transistor switching outputs 5 to 30 V
  • Signal shape adjustable per channel
  • Reference clock 100 MHz
  • Switching time
    • TTL: 20 ns
    • Transistor: < 3 μs

Ordering options

  • PWM-16: Basic version
  • PWM-16-I: Outputs and event input are optically isolated from the system circuit and other outputs.

Universal counter unit

  • 32-bit counter, individually configurable
  • Available counter modes:
    • Pulse counter
    • PWM analysis, period duration measurement
    • Incremental encoder inputs clock / direction or A / B with 4-edge evaluation
    • 2 SSI inputs, 5 V differential (RS-422) additionally for differential version
  • TiCo processor for preliminary evaluation of complex counter signals

Input signals

  • TTL signals
  • 32-pin D-sub connector

Universal counter unit

  • 32-bit counter, individually configurable
  • Available counter modes:
    • Pulse counter
    • PWM analysis, period duration measurement
    • Incremental encoder inputs clock / direction or A / B with 4-edge evaluation
    • 2 SSI inputs, 5 V differential (RS-422) additionally for differential version
  • TiCo processor for preliminary evaluation of complex counter signals

Input signals

  • 5 volt signals, differential (RS 422)
  • 32-pin D-sub connector

Universal counter unit

  • 32-bit counter, individually configurable
  • Available counter modes:
    • Pulse counter
    • PWM analysis, period duration measurement
    • Incremental encoder inputs clock / direction or A / B with 4-edge evaluation
    • 2 SSI inputs, 5 V differential (RS-422) additionally for differential version
  • TiCo processor for preliminary evaluation of complex counter signals

Input signals

  • Optically isolated signals
  • Selectable 5 V, 12 V, 24 V
  • 32-pin D-sub connector

RS-232/422/485

  • Serial interface RS-232, RS-485, or RS-422
  • UART controller TL16C754
  • Transmission rate 35 baud...2304 Mbaud
  • TiCo processor

Ordering options

  • RSx-2: 2 interfaces RS-232/RS-485
  • RSx-4: 4 interfaces RS-232/RS-485
  • RS422-4: 4 interfaces RS-422

CAN bus, CAN-FD bus, LIN bus

  • CAN bus
    • CAN interface
    • CAN 2.0 part A+B, ISO 11898
    • Controller AN82527 from Intel
    • Event input
    • TiCo processor
  • CAN-FD bus
    • CAN-FD interface, alternatively CAN interface
    • Event input
    • TiCo processor
  • LIN bus
    • LIN interface
    • Can be used as a LIN master or LIN slave
    • LIN specification 2.1

Ordering options

  • CAN-2: 2 CAN interfaces, high-speed
  • CAN-2-LS: 2 CAN interfaces, low-speed
  • CAN-FD-2: 2 CAN-FD interfaces
  • LIN-2: 2 LIN interfaces

SENT bus

  • SENT protocol according to SAE J2716, 2010
  • Inputs with comparator/filter
  • Supports fast channel, serial message
  • Automatically detects errors, sensor frequency, and filler pulse in the SENT signal
  • Multiple transmission modes. Adjustable: base clock, filler pulse, CRC checksum type.
  • Pull-up voltage also possible externally

Ordering options

  • SENT-4: 4 SENT inputs
  • SENT-6: 6 SENT inputs, 8 TTL digital channels
  • SENT-4-Out: 4 SENT outputs, 8 TTL digital channels

SPI bus

  • SPI interface
  • single-ended or differential
  • Master or slave configurable
  • Multiple TTL I/Os
  • TiCo processor
  • Alternative operation with digital channels

Ordering options

  • SPI-2-D: 2 SPI interfaces, TTL signals
  • SPI-2-T: 2 SPI interfaces, differential signals

Profibus

  • 1 Profibus interface, Slave

Profibus-40

  • 1 Profibus interface, Slave
  • TiCo processor

Profibus-IRT-CU

  • 1 Profibus interface, Slave
  • Connection for copper cable
  • TiCo processor

Profibus-IRT-FO

  • 1 Profibus interface, Slave
  • Connection for optical fibers
  • TiCo processor

Ordering options

  • Profi-SL: 1 Profibus interface
  • Profi-SL-40: 1 Profibus interface
  • Profi-IRT-CU-40: 1 Profibus interface, CU cable
  • Profi-IRT-FO-40: 1 Profibus interface, fiber optics

FlexRay interface

  • FlexRay interface
  • Each interface: Flexray bus with 2 channels
  • Controller MFR4310 from FreeScale
  • FlexRay Communications System Protocol Specification V2.1

Ordering options

  • Flex-2: 2 Flexray interfaces

EtherCAT interface

  • EtherCAT with slave interface
  • 16 input channels, 16 output channels
  • Measurement rate 32 × 10 kHz

EtherCAT-40 interface

  • EtherCAT with slave interface
  • TiCo processor

Ordering options

  • EtherCAT-SL: 1 EtherCAT interface
  • EtherCAT-SL-40: 1 EtherCAT interface

Aviation buses

  • Interface MIL-STD-1553
    • 2 bus connectors
    • 1 MBit/s
    • supports bus monitor 16 Bit SMT
  • Interface ARINC-429
    • 1 Transmitter and 2 Receivers
    • high speed (100 kHz)
    • low speed (12,5 kHz)
    • TiCo processor

Ordering options

  • MIL-1553-1: 1 Interface MIL-1553
  • ARINC-429: 1 Interface ARINC-429

LS bus

  • Interface to a bidirectional serial bus
  • 5 MHz clock rate
  • The bus works with the HSM-24V module, which processes 24 V signals.

Ordering options

Module RTD-8

The module converts signals from Pt temperature sensors using analog-to-digital converters (ADC) and allows either the temperature or the applied voltage to be queried.

All settings are made via software. A sequence controller records the measured values and relieves the ADwin processor. The module can filter interference frequencies from the digital signals.

Characteristic values

  • Temperature sensors Pt100, Pt500, Pt1000, Ni100
  • Measuring range depending on sensor: -200°C to +700°C
  • Input filter 25 kHz
  • Measuring resolution 0.015°K
  • Measuring accuracy ±0.1°K

Module TC-8-ISO

The module converts signals from common thermocouples and allows the temperature or the applied voltage to be queried (with and without cold junction compensation).

All settings are made via software. A sequence controller records the measured values and relieves the ADwin processor.

Characteristic values

  • Type B, E, J, K, N, R, S, T thermocouples
  • Measuring range according to sensor in accordance with IEC 584-1 standard
  • Measuring resolution 0.1°K
  • Lemo connectors, alternatively DSub

 

Pro I modules

Are you still using modules from the ADwin-Pro I family? With the powerful T11 processor, you can work in a backward-compatible manner and use Pro I modules in parallel with Pro II modules.

ADwin logo

Jäger Compu­ter­gesteue­rte
Mess­technik GmbH
Rheins­traße 2
D-64653 Lorsch

Contact

E-Mail: info@ADwin.de
Phone: +49 6251 9632-0

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