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Isolated Digital Transmitter Number/Frequency

The OMX 333 model series are simple DIN rail mountable programmable transmitters.
Type OMX 333UQC is a universal transmitter - counter/frequency meter/timer/clock adjustable in the instrument´s menu.
The instrument is based on a single-chip microcontroller, which ensures good accuracy, stability and easy operation of the instrument.

Isolated Analog Transmitter AC V-A

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters.
Type OMX 39AC is a transmitter for galvanic separation of AC voltage or current.
The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for majority of industrial applications.

 

Isolated Analog Transmitter DC V-A

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters.
Type OMX 39DC is a transmitter for galvanic separation of DC voltage or current.
The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for majority of industrial applications.

Isolated Analog Transmitter for Linear Potentiometers

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters.
Type OMX 39DU is a transmitter for galvanic isolation of linear potentiometers.
The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for majority of industrial applications.

Isolated Analog Transmitter for Ohmmeters

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters.
Type OMX 39OHM is a transmitter for galvanic separation of resistance. The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for majority of industrial applications.

Isolated Analog Transmitter/Separator

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters.
Type OMX 39PM is a galvanic separator. The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for majority of industrial applications.

Isolated Analog Transmitter for Thermometers Pt xxx

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters. Type OMX 39RTD is a transmitter for galvanic separation of thermal resistance sensors Pt 100/500/1000. The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for a majority of industrial applications.

Isolated Analog Transmitter for Wattmeters

The OMX 39 model series are inexpensive and simple DIN rail mountable analog transmitters. Type OMX 39W is a transmitter for galvanic separation and measurement of power consumption. The transmitters have galvanic separation with insulation voltage of  600 V. They are therefore suitable as primary insulation for a majority of industrial applications.

Isolated digital transmitter RS 485 / PROFIBUS

The transmitter is designed for easy and cost-effective connection of ORBIT MERRET™ instruments to PROFIBUS line with installation to DIN rail. One device can control up to 31 instruments via the RS 485 line with communication protocol OM ASCII.

Multifunction calibrator: DC V, Ohm, RTD, TC

Multifunction calibrator: OHM, RTD

Multifunction calibrator: 4 ... 20mA

Multifunction calibrator DC V-A, OHM, RTD, TC, Frequency

Multifunction calibrator DC V-A, OHM, RTD, TC, Frequency, Pressure

Multifunction calibrator DC V-A, OHM, RTD, TC, Frequency, Pressure

Multifunction calibrator DC V-A, OHM, RTD, TC, Frequency, Pressure, HART

Multifunction calibrator with an accuracy of 0.2% + 4 digits.

Generates: DC 100mV, 10V, 20mA, TC
Measures: DC 100mV, 30V, 20mA, TC

Isolated Digital Transmitter

The OMX 200 model series are digital DIN rail mounted signal converters housed in an enclosure only 12.5 mm wide.
The OMX 211PM type is a simple single-channel isolator with a convenient setting of the input and output ranges either using a DIP switch on the side of the housing or the free OM Link SW from a PC.
This device is based on a microprocessor with a 24-bit ∆∑ A/D converter, which guarantees high accuracy and excellent stability.

Universal Isolated Digital Transmitter

The OMX 300 model series are digital DIN rail mounted signal converters housed in an enclosure only 17.5 mm wide.
The OMX 311UNI type is a galvanic isolated single-channel universal signal converter. It can be configured for 10 different input variants. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW.
This device is based on a microprocessor with a 24-bit ∆∑ A/D converter, which guarantees high accuracy and excellent stability

Universal Isolated Digital Transmitter

The OMX 300 model series are digital DIN rail mounted signal converters housed in an enclosure only 17.5 mm wide.
The OMX 312UNI type is a galvanic isolated single-channel universal signal converter / splitter. It can be configured for 10 different input variants. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW.”You can also use this converter as a splitter into 2 analogue outputs.
This device is based on a microprocessor with a 24-bit ∆∑ A/D converter, which guarantees high accuracy and excellent stability.

ISOLATED TRANSDUCER • USB < > RELAY

Small compact OMT 01 USB module with relay output and PC control.

Universal Isolated Digital Transmitter

The OMX 333i model series are simple DIN rail mountable programmable transmitters.
Type OMX 333iUNI is a multifunctional transmitter with the possibility of 10 input configurations easily adjustable in the instrument´s menu.
This device is based on a microprocessor with a 24-bit ∆∑ A/D converter and D/A converter, which ensures good accuracy, stability and easy operation of the instrument.

Fast Isolated Digital Transmitter for potentiometers

The OMX 390 model series are very fast DIN rail mountable digital transmitters with a Teach-in function.
Type OMX 390DU is a isolated transmitter for potentiometers. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW. This device is based on a 32-bit processor, fast 24-bit ∆Σ ADC with PGA and 16-bit DAC, which guarantees high accuracy and excellent stability.

Fast Isolated Digital Transmitter / Separator

The OMX 390 model series are very fast DIN rail mountable digital transmitters with a Teach-in function.
Type OMX 390PM is a isolated transmitter. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW. This device is based on a 32-bit processor, fast 24-bit ∆Σ ADC with PGA and 16-bit DAC, which guarantees high accuracy and excellent stability.

Fast Isolated Digital Transmitter for Strain Gauges

The OMX 390 model series are very fast DIN rail mountable digital transmitters with a Teach-in function.
Type OMX 390T is a transmitter for strain gauges. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW. This device is based on a 32-bit processor, fast 24-bit ∆Σ ADC with PGA and 16-bit DAC, which guarantees high accuracy and excellent stability.

Fast Isolated Digital Transmitter for LVDT sensors

The OMX 390 model series are very fast DIN rail mountable digital transmitters with a Teach-in function.
Type OMX 390LVDT is a transmitter for LVDT sensors. Setting of both the input and output ranges can be done conveniently by a DIP switch located on the side of the housing or from a PC via the OM Link SW. This device is based on a 32-bit processor, dual 24-bit ∆Σ ADC with PGA, demodulato, wake-up signal generator and 16-bit DAC, which guarantees high accuracy and excellent stability.

6-digit Multifunction Instrument

The OM 403 model series represents 6-digit panel digital instruments designed with an emphasis on maximum efficiency and user comfort, while maintaining a favorable price.
Type OM 403UNI is a multifunctional device that can be easily configured for a wide variety of input signals in the device menu. Despite its versatility, the setup and operation of the device remain user-friendly, thanks to two displays, touch keys with color navigation and haptic feedback, and above all thanks to the integrated Setup Wizard.
The device is based on a 32-bit processor and a multi-channel 24-bit ΔΣ ADC, which guarantee high accuracy, stability and easy operation.

Equipment for remote measurement

In the present era of digitalization and the Internet of Things (IoT), the OMT 1100 brings you a simple way to improve remote monitoring and data collection in various industries.
 

OMA 713 is a portable case for OMR 700 for particularly demanding environments, with high dust, humidity or even with the risk of flooding the entire device.

Range 10A
Accuracy class 0.5%
Voltage drop 60mV

Range 15A
Accuracy class 0.5%
Voltage drop 60mV

Range 20A
Accuracy class 0.5%
Voltage drop 60mV

Range 25A
Accuracy class 0.5%
Voltage drop 60mV

Range 30A
Accuracy class 0.5%
Voltage drop 60mV

Range 40A
Accuracy class 0.5%
Voltage drop 60mV

Range 5A
Accuracy class 0.5%
Voltage drop 60mV

Range 50A
Accuracy class 0.5%
Voltage drop 60mV

Range 60A
Accuracy class 0.5%
Voltage drop 60mV

Range 100A
Accuracy class 0.5%
Voltage drop 60mV

Robust metal housing industrial grade potentiometers with repeatability of 0.007°.

Very robust metal housing, heavy duty, industrial grade potentiometers with repeatability of 0.007°.

The inductive position transducer series F 200 converts small rectilinear displacements into electrical analogue signals by means of a differential transformer with a movable core.The core is mounted on a pushrod wich may be pressed by a built-in spring against the object to be measured, or rigidly connected to the object. The transducer is supplied with a DC voltage. A built-in oscillator provides an AC voltage to supply the diffential transfomer.The secondary voltages of the transformer are rectified by a demodulator which is also built-in. The oscillator and the demodulator are hybrid circuits.

Fire Wire cable, 1.8m, black

FTI

The inductive precision sensor FTI is used to transform shortl inear travel paths into analogue electrical signals using a differential transformer with a movable core.The core is located on a gauging pin which is pressed against the measured object by an integrated spring. The sensor is supplied with direct voltage from which an integrated oscillator generates alternating voltage to feed the differential transformer. The secondary transformer voltages are rectified in a built-in demodulator. The oscillator and demodulator are designed using hybrid technology. The output current is strictly proportional to the displacement of the core and therefore to the measured path.

Geared multi-turn potentiometers with 3:1, 5:1 and 10:1 reduction ratios.Geared potentiometers of this series supply an analogue output signal proportional to the number of turns.

Geared multi-turn potentiometers with 3:1, 5:1 and 10:1 reduction ratios.Geared potentiometers of this series supply an analogue output signal proportional to the number of turns.

Heavy duty geared multi-turn potentiometers with 3:1, 5:1 and 10:1 reduction ratios.Geared potentiometers of this series supply an analogue output signal proportional to the number of turns.

Industrial-Grade Potentiometers
Precision servo size 20 potentiometer series with repeatability to 0.007°

Industrial-Grade Potentiometers with Current Interface

The IPS6000 is a high qualitypotentiometer that providesan output voltage proportionalto the angle of rotation, over amaximum range of 355°. Very robust metal housing, heavy duty, industrial grade potentiometers with repeatability of 0.007°.

The IPX7900 was developed for measuring the steering angle in electro-hydraulic steering systems. It offers reliable operation in mobile applications, under extreme environmental conditions. Very durable angle sensors with stainless steel shafts and anodized aluminum housings.
 

Micro USB 2.0 cable, A-B with a length of 2 m, for connecting devices to a PC.
Double shielded 2x AWG28, supports up to 480 Mbps.

Shielded S / FTP cable for connecting PLC modules

LFP

Membrane sensor potentiometers are very flat and canbe glued to plane surfaces in the required form.
Another advantage is the hermetically sealed structure of the membrane sensor potentiometer. Dirt, dust or humidity can not invade the sensor and therefore the use in a difficult environment is possible. It must be emphasized that the handling is very simple since the sensitive potentiometer track is protected by the coversheet.  

LS1

The integrated signal processor with Teach-In function provides an absolute and proportional current or voltage output signal.The non-contacting sensors are maintenance and wear-free and convince with an optimal reproducibility, resolution and linearity. The sensor can be exchanged without recalibration. Magnetic fields do not have any effect on the signal measurement.

LWG

Rod and cylinder design with twin slide bearings and lip seal
• Backlash free mounting via spherical rod end bearings with large pivot angle of ±12.5 degrees
• Outstanding linearity
• Resolution better than 0.01 mm
• Long life up to 50 Mio. movements
• Protection class IP65
• Cable or connector version available 

LWH

All purpose potentiometer. Actuated by a rod with a thread on its end. Oustanding lineratiy and longevity.

Designed for extreme operating environments, the LWX series features an all-metal construction and a pressurecompensation technology to prevent buildup that coulddegrade operation in mechani-cal, vehicle, automation androbotic applications where anextended operating life isessential.

Designed for extreme operating environments, the LWX series features an all-metal construction and a pressurecompensation technology to prevent buildup that coulddegrade operation in mechani-cal, vehicle, automation androbotic applications where anextended operating life isessential.