Data acquisition, process control and automation

Daq box interface T239

The box provides an interface between the computer and the process to automate. You can connect directly the sensors (like temperature sensors) and devices to control (like valves, pumps,...). You can configurate the system yourself without any knowledge of computer languages thanks to the user interface (Siam).

Typical applications

• fermentation
• control of chemical reactions
• quality control
• automatisation of measurements at laboratory-, pilotplant- and production-scale
• instruction tool
• EXAO

Advantages

• easy to adapt to the needs of the process
• easy to learn and to use
• possibilty of following complex control strategies
• all the paramters can be visualised graphically
• storage of the data on hard or floppy disk
• data transfer to any program that uses ASCII code (spreadsheet, word processing programs,...) or direct DDE communication.
• possibility of controlling several processes at the same time, several reactors, several analytical instruments,....

Standard configuration

• 8 configurable analog inputs (0-10 V, 0-20 mA, 4-20 mA, Pt 100, thermoelement), with 24 V available for Pressure probes
• 4 analog configurable outputs (0-10 V, 0-20 mA, 4-20 mA), with 24 V available
• 4 digital inputs, with 24 V available
• 8 digital outputs (relay), with 24 V available
• communication with the PC through RS485 interface. 16 such boxes can be connected on the same line over a distance from 800 m.

We have also solutions for more specific configurations. Please contact us.

Converter 0-10 V - Pulsations (PWM/pulse wide modulator)

This device has been designed to vary the pulse time of a relay with a 0-10 V signal. The pulse frequency (10, 5, 2, 1 0.5, 0.1 Hz) is fixed on the device with a button. The 0-10 V input signal control the time on wich the relay stay at the on state (see figure). The frequency can be visualised on a display.

For exemple if the input signal is 0 V and the frequency 0.5 Hz, the output stays low. If the input signal is 10 V, the signal stays high. If the input signal is 5 V, the output stays 1 second low and 1 second high.

Typical applications

• control of on/off valves
• automation (pressure control with a valve)

Technical description

• input signal: 0-10 V
• output: relay max 2 A, 24 V
• frequency of the output: 10, 5, 2, 1 0.5, 0.1 Hz

NuDam Serie

These are modules with analog and digital inputs and outputs for Din rail mounting. They communicate with the PC through a RS422 or RS485 interface and with our software Siam. Drivers for other software can also be provided (DASYLab, ISA Graf, libraries and driver for MS DOS/Windows 95/98/NT/2000/XP, OPC Server).

NuDam 6013

• Analog Input Channels: 3 temperature inputs, 2,3,4 wires, for Ni100, Ni120 and Pt100, Isolation Voltage: 2500Vrms
• AD Converter Resolution: 16 Bit Multiplexer Max Channel Scanning Rate, Multichannel
• Max Sampling Rate: 10 Samples/sec.

NuDam 6017

• Voltage Analog Input Channels Total: 8, Single-ended: 2, Differential: 6, Input Ranges Bipolar, Voltage: -0.156..+0.156V, -0.5..+0.5V, -1..+1V, -10..+10V, -5..+5V -20..+20mA Isolation Voltage: 2500Vrms
• AD Converter Resolution: 16 Bit Multiplexer Max Channel Scanning Rate, Multichannel
• Max Sampling Rate: 10 Samples/sec.

NuDam 6018

• 8 Channel Thermocouple Input Module Total: 8, Single-ended: 2, Differential: 6,Bipolar, Voltage: -0.01..+0.01V, -0.05..+0.05V, -0.1..+0.1V, -1..+1V, -2.5..+2.5V -20..+20mA
• Sensor: Thermocouple Typ B, Thermocouple Typ C, Thermocouple Typ E, Thermocouple Typ J, Thermocouple Typ K, Thermocouple Typ N, Thermocouple Typ R, Thermocouple Typ S, Thermocouple Typ T, V / mV
• Isolation Voltage: 2500Vrms
• AD Converter Resolution: 16 Bit Multiplexer Max Channel Scanning Rate, Multichannel
• Max Sampling Rate: 10 Samples/sec.

NuDam 6021

• Analog Output: 1 Isolation: 5000V, Number of DAC's: 1, Resolution: 12bit
• Output Ranges Internal Reference, Voltage: 0..10V, 0..20mA, 4..20mA

NuDam 6024

• Analog Output: 4 Isolation: 5000V, Number of DAC's: 4, Resolution: 12bit
• Output Ranges Internal Reference, Voltage: -10..+10V

NuDam 6050

• Digital Inputs: Total: 7, TTL: 7
• Digital Output Channels: Total: 8, Open Collector: 8,
• Output Voltage, Logic Level 1: up to 30V,
• Output Current, Logic Level 1: max. 30mA

NuDam 6052

• Digital Input: 8, Isolation: 5000V
• Level 1: up to 30V

NuDam 6053

• Digital Inputs: 16
• Isolation: 5000V

NuDam 6054

• Isolation: 5000V
• Digital Inputs: 15,
• Logic Level 0: +22V , Logic Level 1: 0V-20V

NuDam 6058

• Digital Inputs: 4 TTL
• Digital Output Channels: 2 , Open Collector, Logic Level 1: up to 30V

NuDam 6060

• Digital Inputs: 4
• Logic Level 1: 0..24VDC

NuDam 6063

• Digital Output Channels: 8 Relay
• Maximum Switching Current, DC: 1A/30VDC, Maximum Switching Current, AC: 0.5A/125VAC

NuDam 6080

• Digital outputs Total: 2 open collector
• Digital inputs: 2 timers or counters, logic level 0 :0-1 v, logic level 1: 3,5 - 30 v, max input frequency: 100kHz

Expert Serie 9000

These are modules with analog and digital inputs and outputs for Din rail mounting. They communicate with the PC through a RS422 or RS485 interface and with our software Siam on request. Drivers for other software can also be provided (DASYLab, ISA Graf, libraries and driver for MS DOS/Windows 95/98/NT/2000/XP, OPC Server).

Power: 10 to 30 VDC

EX-9011D: 1 analog input, 16 bit AD-module for thermocouple with 7 segment LED

EX-9012: 1 analog input , 16 bit AD-module

EX-9012D: 1analog input , 16 bit AD-module with 7 segment LED

EX-9012F: 1 analog input, 12 bit AD-module with high sample rate (100 Hz)

EX-9012FD: 1 analog input, 12 bit AD-module with high sample rate (100 Hz) and 7 segment LED

EX-9013: 1 analog input, 16 bit AD-module for resistance temperature detector (e.g. Pt100)

EX-9013D: 1 analog input, 16 bit AD-module for resistance temperature detector (e.g. Pt100) with 7 segment LED

EX-9014: 1 analog input, 16 bit AD-module with 15V supply for transmitter (isolated)

EX-9014D: 1 analog input, 16 bit AD-module with 15V supply for transmitter and with 7 segment LED

EX9015: 6 analog input (diff), RTD (Pt, Ni, Cu, 2/3/4 wire), individual channel configuration, break line detection

EX9015-M: 6 analog input (diff), RTD (Pt, Ni, Cu, 2/3/4 wire), individual channel configuration, break line detection, with modbus support

EX-9017: 8 analog input (diff.) , 16 bit AD-module, sampling rate = 10 Hz

EX-9017-M: 8 analog input (diff.) , 16 bit AD-module, sampling rate = 10 Hz, with modbus support

EX-9017F: 8 analog input (diff), 12 bit AD-module with high sample rate (50 Hz)

EX-9017F-M: 8 analog input (diff), 12 bit AD-module with high sample rate (50 Hz), with modbus support

EX-9017R: 8 analog input, 12 bit AD-module with high sample rate 50 Hz) isolated

EX-9017FR: 8 analog input (diff), 12 bit AD-module with high sample rate (50 Hz) over voltage protection 240 Vrms

EX-9017FR-M: 8 analog input (diff), 12 bit AD-module with high sample rate (50 Hz) over voltage protection 240 Vrms, with modbus support

EX-9018: 8 analog input, 16 bit AD-module for thermocouple, 10 Hz

EX-9018-M: 8 analog input, 16 bit AD-module for thermocouple, 10 Hz, with modbus support

EX-9018BL: 8 analog input , 16 bit AD-module for thermocouple with open loop detection, 10 Hz

EX-9018BL-M: 8 analog input , 16 bit AD-module for thermocouple with open loop detection, 10 Hz, with modbus support

EX-9019-M: 8 analog input , 16 bit AD-module for thermocouple with open loop detection, 10 Hz, with modbus support, individual channel configuration

EX-9021: 1 analog output, 16 bit, power on value, dual watchdog timer

EX-9021P: 1 analog output, 16 bit DA-module, power on value, dual watchdog timer

EX-9022: 2 analog output, 16 bit, power on value, dual watchdog timer

EX-9024: 4 analog output, 14 bit DA-module, +/- 10 V, +/- 5 V, 0-10 V, 0-5 V, 0-20 mA, 4-20 mA

EX-9024-M: 4 analog output, 14 bit DA-module, +/- 10 V, +/- 5 V, 0-10 V, 0-5 V, 0-20 mA, 4-20 mA, with modbus support

EX-9024H-M: 4 analog output+ 4 digital input, 14 bit DA-module, +/- 10 V, +/- 5 V, 0-10 V, 0-5 V, 0-20 mA, 4-20 mA, with modbus support

EX-9033: 3 RTD input (Pt, Ni, Cu, 2/3/4 wires) , 16 bit/15 Hz, open loop detection

EX-9033P: 3 RTD input (Pt, Ni, Cu, 2/3/4 wires) , 16 bit/15 Hz, individual channel configuration

EX-9033P-M: 3 RTD input (Pt, Ni, Cu, 2/3/4 wires) , 16 bit/15 Hz, individual channel configuration, with modbus support

EX-9036M: 6 RTD input (Pt, Ni, Cu, 2/3/4), 16 bit/12 Hz, open loop detection, modbus support

EX-9036P: 6 RTD input (Pt, Ni, Cu, 2/3/4), 16 bit/12 Hz, individual channel configuration

EX-9036P-M: 6 RTD input (Pt, Ni, Cu, 2/3/4), 16 bit/12 Hz, individual channel configuration, with modbus support

EX-9041: 14 digital input -module (isolated)

EX-9041D: 14 isolated digital input module with LED

EX-9041D-M: 14 isolated digital input module with LED and modbus support

EX-9042: 13 isolated open collector output module

EX-9042D:13 isolated open collector output module with LED

EX-9042D-M:13 isolated open collector output module with LED and modbus support

EX-9043: 16 open collector output module

EX-9043D: 16 open collector output module with LED

EX-9043D-M: 16 open collector output module with LED and modbus support

EX-9044: 4 isolated digital input, 8 isolated open collector output module

EX-9044D: 4 isolated digital input, 8 isolated open collector output module with LED

EX-9044D-M: 4 isolated digital input, 8 isolated open collector output module with LED and modbus support

EX-9050HD-M: 8 digital input, 8 open collector output module (NPN/PNP), with LED and with Modbus support

EX-9050AHD-M: 8 digital input, 8 open collector output module (NPN/PNP) with LED and modbus support

EX9051D-M: 16 digital input (common ground), LED, support modbus

EX-9052: 8 isolated digital input (6 channels differential, 2 channels single-ended) module

EX-9052D: 8 (6 channels differential, 2 channels single-ended) isolated digital input module with LED

EX-9052D-M: 8 (6 channels differential, 2 channels single-ended) isolated digital input module with LED and modbus support

EX-9053: 16 digital input module, single ended, digital level 0= 0 to 2 V, digital level 1 = 4 V to 30 V

EX-9053D: 16 digital input module with LED, single ended, digital level 0= 0 to 2 V, digital level 1 = 4 V to 30 V

EX-9053D-M: 16 digital input module with LED, single ended, digital level 0= 0 to 2 V, digital level 1 = 4 V to 30 V, with modbus support

EX9055D-M: 8 digital input (common ground), 8 digital output (isolated, N-MOSFET), support modbus

EX-9060: 4 digital input, 4 relay output module (0.6 A at 125 VAC, 2 A at 30 VDC)

EX-9060D: 4 digital input, 4 relay output module (0.6 A at 125 VAC, 2 A at 30 VDC) with LED

EX-9060D-M: 4 digital input, 4 relay output module (0.6 A at 125 VAC, 2 A at 30 VDC) with LED and modbus support

EX-9063D: 8 digital input, 3 DC-SSR relay output ( Max 5 A at 230 VAC or 30 VDC) module with LED

EX-9063D-M: 8 digital input, 3 DC-SSR relay output ( Max 5 A at 230 VAC or 30 VDC) module with LED and modbus support

EX-9063A: 8 digital input, 3 AC-SSR relay output module

EX-9063AD: 8 digital input, 3 AC-SSR relay output module with LED

EX-9063AD-M: 8 digital input, 3 AC-SSR relay output module with LED and modbus support

EX-9063B: 8 digital input, 3 DC-SSR relay output module

EX-9063BD: 8 digital input, 3 relay output module with LED

EX-9063BD-M: 8 digital input, 3 relay output module with LED and modbus support

EX-9065: 4 digital input, 5 DC-SSR relay output module

EX-9065D: 4 channel digital input, 5 channel relay output module with LED

EX-9065D-M: 4 channel digital input, 5 channel relay output module with LED and modbus support

EX-9065HD: 4 channel digital input, 5 channel relay output module with LED, relay type 5A at 250VAC/30VDC, digital level 0 = 0 to 1V, digital level 1= 4 V to 30V

EX-9065HD-M: 4 channel digital input, 5 channel relay output module with LED and modbus support, relay type 5A at 250VAC/30VDC, digital level 0 = 0 to 1V, digital level 1= 4 V to 30V, modbus

EX-9065AHD: 4 channel digital input, 5 channel relay output module, with LED, relay type AC-SSR normal open, digital level 0 = 0 to 1V, digital level 1= 4 V to 30V

EX-9065AHD-M: 4 channel digital input, 5 channel relay output module, with LED and modbus support, relay type AC-SSR normal open, digital level 0 = 0 to 1V, digital level 1= 4 V to 30V, Modbus

EX-9065BHD: 4 channel digital input, 5 channel relay output module, with LED, relay type DC-SSR normal open, digital level 0 = 0 to 1 V, digital level 1= 4 V to 30V

EX-9065BHD-M: 4 channel digital input, 5 channel relay output module, with LED and modbus support, relay type DC-SSR normal open, digital level 0 = 0 to 1V, digital level 1= 4 V to 30V

EX-9067: 7 channel relay output module, relay type 0.5 A at 120 VAC, 1 A at 24 VDC

EX-9067D: 7 channel relay output module, relay type 0.5 A at 120 VAC, 1 A at 24 VDC, with led

EX-9067D-M: 7 channel relay output module, relay type 0.5 A at 120 VAC, 1 A at 24 VDC, with led and modbus support

EX-9068D: 8 channel relay output module with LED, max 0.5 A at 120 VAC, max 1 A at 24 VDC

EX-9068D-M: 8 channel relay output module with LED, max 0.5 A at 120 VAC, max 1 A at 24 VDC, with modbus support

EX9080R: 2 isolated counter input, 2 digital output (open collector)

EX9080RD: 2 isolated counter input, 2 digital output (open collector) with LED

EX9080R-M: 2 isolated counter input, 2 digital output (open collector) with modbus support

EX9080RD-M: 2 isolated counter input, 2 digital output (open collector) with LED and modbus support

Expert Serie for Modbus/RTU connection

EX-9050HD-M: 8 channels digital input, 8 channels digital ouput (NPN)

EX-9050AHD-M: 8 channels digital input, 8 channels digital ouput (NPN)

EX-9068D-M: 8 channels digital output (relay)

EX-9015H-M: 6 channels analog input with individual channel configuration

EX-9017H-M: 8 channels analog input with individual channel configuration

EX-9024H-M: 4 channels analog output , 4 channels digital input

Expert Serie with ethernet connection

Support Ethernet 10/100 Based-T communication

Support protocol Modbus/TCP, TCP/IP, UDP, ICMP, ARP

EX-9015-MTCP:Ethernet Remote Monitoring Module with 7 RTD inputs (Pt100, Pt1000, Balco 500 and Ni), 16 bits

EX-9017-MTCP:Ethernet Remote Monitoring Module with Voltage/ Current Input, 8 differential analog inputs (±150mV, ±500mV, ±1V, ±5V, ±10V, 0-20mA, 4-20mA), 16 bits; 2 digital outputs (open collector)

EX9019-MTCP: Ethernet Remote Monitoring Module with 8-channel T/C (J, K, T,E, R, S, B) Input with DO*2(open Collector;NPN)

EX-9050-MTCP: Ethernet Remote Monitoring Module with 12 digital inputs and 6 digital outputs (open collector)

EX-9051-MTCP: Ethernet Remote Monitoring Module with 12 digital inputs and 2 digital outputs (open collector) and 2 Counters/Freq

EX9053-MTCP: Ethernet Remote Monitoring Module 16-channel Digital Input *12 (Dry/ Wet contact)/ Output *4(openCollector;NPN) w/ pin of Ext. PWR

EX9054-MTCP: Ethernet Remote Monitoring Module with 16-channel Digital Input *8(Differential)/ Output *2(openDrain;P-MOSFET) w/ pin of Ext. PWR

EX-9055-MTCP: Ethernet Remote Monitoring Module with 8 digital inputs or counter/frequency input, 8 digital ouputs (MOSFET up to 30V, 375mA per channel, 3A maximum load)

EX9060-MTCP: Ethernet Remote Monitoring Module with 5-channel DigitalInput (Dry/ Wet contact)/ 3 digital Output (Form A*1; FormC*2)

EX9063-MTCP: Ethernet Remote Monitoring Module with 7channel Digital Input (Dry/ Wet contact)/ 3 digital Output (FormA)

M2M Gateway

The M2M Gateway is a communication concentrator, functioning as the bridge between the control devices and the SDK. In addition, it also handles communications with several peripheral and sub-system protocols.

It narrows the distance between the physical and the logical world, easing real-time monitoring and control applications. It also empowers programming through the cloud, but keeping processing local, removing load from your servers with the next generation IoT architecture, the fog computing.

Besides the embedded I/O capability, it allows creating a network of devices, either by adding Domatica I/O Controllers or third-party modules using standard protocols. Moreover, because of its dynamic datapipe, which adjusts traffic to demands, is able to ensure remote real-time data acquisition with very low latency and very little data consumption.

It is suitable for Industrial Automation, Distributed Control Systems (DCS), Building Management Systems (BMS), Energy Management Systems (EMS), Home Automation (HA), other general monitoring/control solutions and M2M/IoT applications.

Although it is very common, but not mandatory to include only one M2M Gateway per network, it should not be mistaken with a system central. Any M2M Gateway module works in a distributed intelligence architecture, where each module has its program memory, object data memory (devices, timers, variables) as well as high processing power.

Features

• Object Server
• 6-channel inputs
• 6-channel outputs
• 1 Ethernet port
• 1 RS-485 port and 1 RS-232 port
• DomaticaCAN BUS for I/O expansion (up to 1 Mbit)
• Cellular Interface: GSM/GPRS
• RTC – Real Time Clock
• 150 000 register log (circular log)
• Local data processor/Off line processor
• Built-in protocols (depending on the order): Modbus (up to 1000 Modbus registers), KNX (up to 1000 KNX group addresses), DMX512, SNMP, WebSockets, REST API
• API/SDK available for Windows/Linux/Android/iOS

Different configurations

• M2M Gateway DI/DO: 6 x Digital Inputs, 6 x Digital Outputs
• M2M Gateway SAI/DO: 6-ch Analog Inputs (0-24VDC or 4-20 mA, – sample rate: 10 per second), 6 x Digital Outputs
• M2M Gateway AAI/DO: 6-ch Analog Inputs (0-24 VDC or 4-20 mA, – sample rate: 2300 per second), 6 x Digital Outputs
• M2M Gateway SAI/SAO: 6-ch Analog Inputs (0-24VDC or 4-20mA, – sample rate: 10 per second), 3-ch PWM Outputs, 3-ch Analog Outputs
• M2M Gateway AAI/SAO: 6-ch Analog Inputs (0-24VDC or 4-20mA, – sample rate: 2300 per second), 3-ch PWM Outputs, 3-ch Analog Outputs

Domatica I/O Controller – Programmable Control Unit

I/O Controller is a programmable control unit, with universal inputs and outputs for sensing and actuating, which works either alone or in a distributed intelligence network.

It has to be connected to the M2M gateway. Each module has its own program memory, object data memory (devices, timers, variables) and a dedicated high-power processor.

They have all a Domatica CAN bus.

Different configurations are available

• I/O Controller SAI/DO: 16 x Analog Inputs (0-24VDC or 4-20mA – sample rate: 10 per second),16 x Digital Outputs
• I/O Controller AAI/DO: 16-ch Analog Inputs (0-24VDC or 4-20mA – sample rate: 10 per second), 8-ch PWM Outputs, 8-ch Analog Outputs
• I/O Controller AAI/SAO: 16-ch Analog Inputs (0-24VDC or 4-20mA – sample rate: 2300 per second), 8-ch PWM Outputs, 8-ch Analog Outputs

Galvanic Isolation and Impedance Conversion of pH Signals Pikos® 1201 pH

• designed for direct connection of pH or redox probes to control systems (PLC / DCS) with active 4 to 20 mA input (loop powered)
• high-resistance input (10 TOhms), suitable to commercially available pH probes
• robust and water-tight in a completely encapsulated IP-68 housing
• Input and output are galvanically isolated from each other
• the temperature wires can be looped through the device
• Zero point and slope of the pH probe have to be taken into account in the control system
• Supply voltage: 12 to 28 V, Imax approx. 26 mA

USB-1901, USB-1902 and USB-1903

The ADLINK USB-1900 series provides a range of USB 2.0-based multi-functional DAQ modules. The USB-1901 and USB-1902 16-bit 250 kS/s USB 2.0-based high-performance DAQ modules allow four different voltage input ranges, while the USB-1903 features additional built-in precision current to voltage resistors capable of direct measurement of current signal from 0 to 20 mA.

The USB-1900 series is USB bus powered and equipped with removable screw-down terminals for easy device connectivity. The attached multi-functional stand can be used for desktop, rail, or wall mounting.

general features

• USB 2.0 high-speed function
• USB bus power
• Removable screw-down terminal module
• Lockable USB cable for secure connectivity
• 16-CH 250 kS/s voltage input (USB-1901/1902) : ± 10 V, ± 2 V, ± 1 V, ± 200 mV, High impedance > 1 GOhm
• 8-CH 250 kS/s current input (USB-1903) : 0-20 mA
• 2-CH 1 MS/s voltage output (USB-1902/1903): ± 10 V
• Analog and Digital triggering
• Free testing application included (U-Test)

Exemys Wireless Telemetry System

wRemote is a new concept of Wireless Telemetry, based on 802.15.4 Mesh Network technology in 2.4Ghz.

The system was designed for industrial or open field, where you need to collect remote and dispersed information in a reliable and low cost per point.

The Mesh Network is composed of one concentrators and different nodes. The nodes communicate with each other independently. This means that the nodes cannot send information directly to the Concentrator, but rather can pass it to other nodes on the network so that the destination is reached. The concentrator is connected to the computer with a RS232/RS485 or USB interface.

Advantages of Mesh Network

• it is possible to carry messages from one node to another by different paths.
• each node has its own communications with the others
• each node extends the scope of communications.
• it is much safer. If a node fails, another will take over the traffic

each remote node has:

• 4 digital inputs
• 2 digital ouputs
• 2 analog inputs 0-10 V or 4-20 mA
• 1 serial port RS232/RS485 modbus

Industrial Monitor

EX91154/91174/91194/91224

• 15''~21.5'' XGA 1024 x 768/SXGA 1280 x 1024/ SXGA 1280 x 1024/Full HD 1920 x 1080
• Industrial Display, VGA input/OSD on front side, AC100~240V power input, Optional touch, steel enclosure