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Acromag offers analog and discrete I/O modules for Ethernet, Modbus, and Profibus. Acromag remote I/O modules feature signal conditioners and network I/O for a broad range of monitoring and control operations where controllers communicate with instrumentation on the plant floor or in the field. Signal Conditioners include signal transmitters, signal isolators, 4-20mA signal splitters, limit alarms and computation modules. These signal conditioners input voltage, current, thermocouple, RTD, frequency, thermistor, load cell, potentiometer, and discrete sensors. These signal conditioners output DC voltage and current, relay, frequency, pulse width modulation and display/readout. Ethernet remote I/O modules communicate via Ethernet/IP, Modbus TCP/IP, Modbus UDP/IP, and Profinet.
- Image-based quality control with a single sensor incl. text and code reading
- Automatic object alignment
- 23 powerful feature checks for various inspection tasks
- Configured within a few minutes with VeriSens Application Suite
- Digital inputs and outputs as well as Industrial Ethernet
- Image-based quality control
- Text reader (OCR/OCV)
- Code reader (1D/2D)
Ethernet Remote I/O Modules for Modbus TCP/IP, Ethernet/IP, and Profinet Networks
Acromag offers Ethernet I/O Modules for Ethernet/IP, Modbus TCP I/O, and Profinet products, with a variety of solutions for remote I/O, distributed process control, and factory automation applications.
Analog and discrete Ethernet I/O modules interface sensors and actuators to controllers with Modbus TCP/IP or Ethernet/IP CIP™ protocol network communication.
Expandable Remote I/O
Acromag’s Busworks® NT Series lets you add expansion I/O modules for a high-density, cost-efficient remote I/O solution.
Base unit NTE Ethernet models handle the network communication and interface up to 16 analog or digital I/O channels for remote monitoring or control applications. NTX Expansion models provide a cost-effective way to add a mix of I/O signal types under a single IP address.
Multi-protocol support
The NTE Ethernet I/O modules are pre-programmed to support Modbus/TCP, Ethernet/IP and Profinet protocols. Just select which is to be used. Modules also support direct i2o® peer-to-peer communication without a master.
- Integrated I/O expansion bus
- Up to 64 I/O channels per port
- Mix analog, digital, and temperature I/O on one port
- i2o peer-to-peer or multicast communications
- Rugged design, -40° to 70°C
- Hazardous location approvals
2-Wire Loop-Powered & 4-Wire AC/DC-Powered Splitters
Acromag 4-20 mA Signal Splitters are available in 2-wire loop-powered and 4-wire AC/DC-powered models. The loop-powered model runs on 12-50 VDC power from the output loop, has a built-in isolated excitation supply with short circuit protection and can drive up to two field 2-wire process loops. The AC/DC-powered unit runs on 5-36 VDC SELV or 90-250 VAC with a low input burden that keeps voltage drop to less than 1.5 V for full-scale current and supports wide 0 to 1000 ohm load range with no trimming required if the load varies. Current limiting safely limits output to 27 mA. The splitters are DIN-rail mountable and feature removable terminal blocks. Both units feature pluggable terminals, zero/span trim pots and power LEDs that make installation, maintenance, and long-term service easy.
- SP233: Two-Wire Thermocouple / milliVolt Input Signal Splitter
- SP236: Two-Wire Current / milliVolt Input Signal Splitter
- SP237: Two-Wire Process Voltage Input Signal Splitter
- SP238: Two-Wire High Voltage Input Signal Splitter
Modbus RTU Communication
Acromag’s BusWorks 900MB Series is a high-performance collection of analog and discrete I/O modules and relay alarm outputs.
Industrial Modbus RTU (Remote Terminal Unit) serial transmission mode. These units feature universal input/output ranges and an intelligent microcontroller to provide extreme flexibility and powerful monitoring and control capabilities. These Modbus RTU modules are ideal for a wide variety of distributed I/O applications including data acquisition, control, process monitoring, and test & measurement.
Modbus devices communicate using a master-slave technique in which only one device (the master) can initiate transactions (called queries). The other devices (slaves) respond by supplying the requested data to the master, or by taking the action requested in the query. A slave is any peripheral device (I/O transducer, valve, network drive, or other measuring device) that processes information and sends its output to the master using Modbus. Acromag Series 900MB I/O Modules are slave devices, while a typical master device is a host computer running appropriate application software.
Signal Converters and Process Transmitters
Process signal transmitters and signal converters isolate, filter, amplify, and convert sensor signals to 4-20 mA current or 0-10V signals for interfacing with controllers and other instrumentation. Select from 2-wire loop-powered 4-20 mA transmitters, or 4-wire AC/DC-powered transmitters. Acromag offers 3- and 4-wire models with 4-20 mA transmitters or voltage transmitters. DIN-rail and field-mount versions are available. Process transmitter configuration is easy with Windows® software, Agility® mobile app pushbuttons, switches, or pots for span/zero settings, depending on the series.
Acromag high-performance signal conditioner products include process transmitters, 4-20 mA signal isolators, limit alarms, signal splitters, and math computation modules. These products isolate, amplify, filter, condition, and convert measured signals from sensors and other instruments. The enhanced signal is ready for interfacing with your PLC, DCS, display, recorder, or other process control instrumentation. Temperature transmitters convert thermocouple, RTD, and low-level temperature sensor signals to 4-20 mA, 0-10 V, or other DC voltage/current outputs. Acromag offers temperature transmitters in head-mount and DIN-rail form factors. Some temperature transmitters have software-configured universal input to convert a broad range of temperature sensors and other signals with a single unit.
Head Mount Signal Conditioners: are used in a variety of industrial, commercial, and laboratory applications. They are designed to convert and condition electrical signals from a variety of sensors.
DIN Rail Signal Conditioners: DIN Rail Signal Conditioners are essential for accurate data recording in a wide range of industrial, commercial, and laboratory applications. Used to convert input signals from a variety of sources.
Specialty Conditioners
Specialty Conditioners: are essential components for a wide range of industrial, commercial, and laboratory applications. From controlling temperature to monitoring strain and vibrations, Specialty Conditioners are essential for ensuring accuracy and safety.
Omega Engineering offers a variety of Specialty Conditioners, including Universal Temperature Connector Transmitters, LVDT Signal Conditioners, Wheatstone Bridge In-Line Amplifiers, Low Speed Amplifiers, USB In-Line Field Calibratable Signal Conditioners, Strain Amplifier/Conditioners, and Inline Temperature Transmitters. All of our conditioners can be used to provide accurate and reliable measurements in a variety of settings. In laboratories, our Vibro Ethernet Bridges and Vibro 12 Channel Relay Modules can be used for data transfer and control. Our Modular Signal Conditioner Data Acquisition Systems are ideal for collecting data from sensors and transducers.
Universal Programmable Transmitters
Universal Programmable Transmitters are widely used in a variety of industrial, commercial, and laboratory applications. They are a great way to efficiently and accurately monitor and control processes. UPTs provide isolated inputs and outputs and can be programmed to measure or output various process signals.
Omega Engineering offers a wide range of UPTs that are c-UL approved and feature high accuracy. These transmitters are easy to install and program, and they feature a local UI with front panel buttons for control and monitoring. They offer a simple solution for industries and labs that need to accurately measure and control process signals.
Small width – great power: the series advantages offered by JUMO dTRANS T08 and JUMO dTRANS S08 at a glance
Small width: The device’s small width of only 6 mm saves valuable space in the control cabinet during installation. All devices can be mounted on a DIN rail or bus bar without the need to take an air gap into account.
High degree of precision and reliability
Precision with a basic accuracy of up to 0.05% in all available signal ranges
Galvanic isolation of 2,500 V AC for all devices
High interference immunity according to NAMUR NE21
Short response time
Fastest conversion of signals into process measurements for the control system
Response time of up to <30 ms (temperature transmitter)
Response time of up to <7 ms (signal and isolating converter)
Especially suitable for rapidly changing signals (e.g. pressure, flow, and temperature)
Low temperature drift
Large ambient temperature range of -25° to +70°C for precise measurements
Low temperature coefficient with error <0.01 %/°C
Simple startup
Up to 1,000 measuring ranges can be set directly via DIP switches for the temperature transmitters – input and output signal types/characteristics can be set for signal/isolating converters which ensures fast startup and adaptation directly on-site without a PC and setup program
HART® device versions also via HART® Communicator and/or DTM with the PC program
PACTware – allows HART® users to perform startup with conventional tools
Device status visible from signal LED on the front of many models – errors can be quickly identified during setup, which shortens startup time
Other advantages
All terminals withstand up to ±31.2 V DC voltage – this provides protection against wiring errors as only a direct voltage of 24 V DC is used normally. High vibration resistance of up to 4 G – ensures stable measurement and/or signal behaviour even under critical conditions
Low power consumption (<0.65 to 1.2 W) reduces the cooling effort for the control cabinet
Signal converter and temperature converter
LÜTZE converters are used in many industrial applications to reliably perform a variety of tasks, such as converting signals, recording temperatures or other critical measurements and boost or separate signals.
The LÜTZE LCIS relays have extremely low heat dissipation and power loss. These innovative and functional electronics are also suited for hard to reach and remote locations, such as wind turbines. LÜTZE signal converters have a wide temperature range of -40°C to +75°C.
It is possible to use the LCIS converter in a distribution box as well, because of its compactness of only 71 mm. The corresponding marking tabs make individual labelling easy. This simplifies installation and minimizes wiring errors.
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