Basic model for power generation activities OM 10
OM 10 portable micro-ohmmeter performs 4-wire measurements of inductive and non-inductive resistances up to 50 KΩ with continuous or pulse measuring current up to 100 mA. It works at a resolution of 10 µΩ and an accuracy of 0.05%. The accuracy of measurements is also ensured by the automatic compensation of thermal electromagnetic forces, the compensation of ambient temperature (internal sensor) at 20°C and by the selection of the metal type. OM 10 can also measure DC and AC voltages up to 400 V.
- Voltmeter: Up to 400 VDC or VAC
- Automatic EMFs compensation
- Ambient temperature compensationwith built-in Pt100
- Calculation of resistance at 20°Creference temperature
Benchtop micro ohmmeters
High precision benchtop low resistancemeasurement instruments with 4-wiremeasuring principle, suitable for both inductiveloads and non-selfic resistances in variousproduction and testing applications
Programmable multipurpose model OM 21
OM 21 benchtop micro-ohmmeter is used for 4-wire measurement of very low resistance values up to 20 kΩ with an accuracy of 0.03% RDG and a 0.1 µΩ resolution. The reliability and accuracy of the measurements is improved by a low temperature coefficient of 10 ppm/°C, automatic removal of EMF parasites before each measurement, metal temperature compensation and compensation of ambient temperature.
- Automatic EMFs compensation
- Ambient temperature compensation with external Pt100 or keyboard input,metal temperature coefficient compensation
- Calculation of resistance at 20°C reference temperature
- Manual or automatic measurement trigger when continuity is established
- Alarm thresholds with visual and sound signal
- Insulated analogue output
- Battery option
- Data storage: 1,000 time-stampedmeasurements
- RS 232 and IEEE 488communication
6-configuration model for test benches OM 22
OM 22 Industrial benchtop micro-ohmmeter is used for 4-wire measurement of very low resistance values up to 20 KΩ with an accuracy of 0.03% RDG and a 0.1 µΩ resolution. Programmable, it is particularly suited for use on test benches with repetitive measurement tasks. The reliability and accuracy of the measurements is improved by a low temperature coefficient of 10 ppm/°C, automatic removal of EMF parasites before each measurement, metal temperature compensation and compensation of ambient temperature.
Same as OM 21 except:
Same as OM 21 except:
- 6 configurations only
- Programmable by PC, not manually
Infrared thermometry 8-14 m models
Various process and portablemodels are available to meet therequirements of a large numberof standard applications.
RAYOMATIC 16
IRtec Rayomatic 16 series is a miniature process infrared thermometer with separate electronics modules measuring from -20°C to 1000°C according to the different models.
The sensing head of JA and HA models withstands ambient temperatures up to 120°C and 180°C without cooling.
The sensing head of JA and HA models withstands ambient temperatures up to 120°C and 180°C without cooling.
- 8 to 14 µm
- Miniature sensing head and configurable electronics module
- Optional touch screen for temperature indication and configuration
- Optional IP65 sensing heads withstanding up to 120°C or 180°C without cooling
- Optional datalogging to Micro
- SDSensing head cable resistant to interference from movement
- 4-20 mA, RS485 Modbus or 24 V alarm relay outputs in option
- MIN / MAX / AVG values, peak / valley hold.
RAYOMATIC NET / PE
Rtec Rayomatic NET is a high quality, low cost, compact process infrared sensor which measures temperatures from -20°C to 500°C, accurately and consistently, with an outstanding response time of 240 ms.
A built-in RS485 RTU Modbus interface enables the user to configure the instrument.
A built-in RS485 RTU Modbus interface enables the user to configure the instrument.
- 8 to 14 µm
- Built-in RS485 Modbus RTU interface
- Touch screen terminal for configuration, indication, alarm generation and data logging
- Emissivity adjustable from 0.2 to 1.0
- MIN / MAX / AVG / instantaneous reading, pick and valley hold
- 2:1, 15:1, 30:1 and CF optics
- IP65 stainless steel housing
RAYOMATIC TC
IRtec Rayomatic TC is a high quality, low cost, compact infrared sensor which measures the temperature of inaccessible or moving objects and materials.
The temperature of targets from -20°C to 500°C is accurately and consistently measured, with an outstanding response time of 240 ms.
The temperature of targets from -20°C to 500°C is accurately and consistently measured, with an outstanding response time of 240 ms.
- 8 to 14 µm2-wire
- 4-20 mA / 4-wire voltage / 4-wire Tc J, K or T outputs / 4-wire voltage low consumption
- Built-in temperature sensor for 4-wire models
- Emissivity fixed at 0.95
- 2:1, 15:1, 30:1 and CF optics
- IP65 stainless steel housing
RAYOMATIC P IVT
IRtec P IVT is a portable infrared thermometer with an embedded camcorder that is able to display both the visible area and the measured temperature into a single easy-to-use solution, over a large temperature range from -50°C to 1000°C and with a short response time of 150 ms.
Compact, light and easy-to-use, it is the perfect tool for documenting measurements with photo, video or data acquisition.
Compact, light and easy-to-use, it is the perfect tool for documenting measurements with photo, video or data acquisition.
RAYOMATIC NXT
MicroRay NXT portable pyrometer measures temperatures from -60°C to 500°C. It is the ideal tool for diagnosis, inspection and control of areas difficult to reach (air conditioning systems, process and electrical maintenance, food safety – HACCP…) but where the temperature is a critical parameter and important for the proper functioning.
Further wavelengths
Process models of furtherwavelengths for specificapplications
Fiber optic models RAYOMATIC 60
IRtec RAYOMATIC 60 is a fibre optic infrared thermometer for high temperatures up to 2000°C. Three models are available to meet most industrial high temperature applications where the ambient operation temperature is very high and the target not easily accessible.
It is equiped with a miniature optical head and separate electronics connected by a flexible fibre optic cable. The sensing head and the optic fiber resist ambient temperatures up to 200°C.
It is equiped with a miniature optical head and separate electronics connected by a flexible fibre optic cable. The sensing head and the optic fiber resist ambient temperatures up to 200°C.