List of Surveying, measuring and analysis equipment products
- classification：Surveying, measuring and analysis equipment
226～270 item / All 15352 items
Accuracy: ±0.2K, Resolution: 0.1, Multi-functional temperature calibration bus capable of temperature settings in the range of -35 to +165°C.
- Other measuring instruments
Accuracy: 0.015% FS, 4-20mA output, measurement range: 25 to 1,001 bar, high-precision pressure sensor with DC 15 to 28V.
- Other measuring instruments
Accuracy: 0.01% IS-50, Measurement Range: -1bar to 400bar, high-precision pressure sensor with RS-232/RS-485 output.
- Other measuring instruments
Accuracy: 0.1 K (0.05 K at 0°C), display resolution: 0.1°C, temperature range: -10 … 0 … +100 °C temperature calibration bus.
- Other measuring instruments
Accuracy: 0.15 ... 0.25 K, Resolution: 0.001°C, Temperature Range: -55 ... +200 °C high-precision temperature calibration bus.
- Other measuring instruments
Accuracy: ±0.2K, Resolution: 0.1, Temperature range: Calibration bus with temperature setting possible from -40 to +255°C.
- Other measuring instruments
Accuracy: ±0.02K, Resolution: 0.1℃, Temperature range: Heating and cooling calibration bus capable of temperature setting from -45 to +300 °C.
- Other measuring instruments
High-precision DC digital thermometer with features of accuracy: ±0.005 ℃, resolution: 0.0001 ℃, temperature range: -200 to +962 °C.
- Other measuring instruments
High-precision DC digital thermometer with features of accuracy: ±0.005 ℃, resolution: 0.0001 ℃, temperature range: -200 to +962 °C.
- Other measuring instruments
The recording interval is 1ms to 10s, the pressure range is 0 to 25mbar to 1,000bar, with an accuracy of 0.1%, and it is a sensor compatible with evaluation software that does not require an external ...
- Other measuring instruments
Accuracy: 0.020% FS, Measurement range: 25 mbar to 1,001 bar, high-precision pressure sensor compatible with RS-232 and RS-485.
- Other measuring instruments
Accuracy: 0.01% IS-50, Measurement range: -1bar to 400bar, high-precision pressure sensor with RS-232/RS-485 output.
- Other measuring instruments
Accuracy: 0.015% FS 4-20mA output, measurement range: 2525 bar to 1,001 bar, high-precision pressure sensor with DC 15-28V.
- Other measuring instruments
Air data test indicator with a maximum accuracy of 0.01% FS, RVSM compliant, altitude range: 100,000 Ft, true airspeed range: 1,150.
- Other measuring instruments
This is a pressure display device that can be customized in various ways according to its intended use. It supports high pressure, high precision, and multiple channels.
- Other measuring instruments
Accuracy: ±0.2K, Resolution: 0.1, Temperature range: Calibration bus capable of temperature settings from -40 to +255°C.
- Other measuring instruments
Calibration of Thermometers at WIKA - Requirements and Traceability
Calibration of thermometers is often something that many customers cannot perform in-house. This is especially true for calibration processes certified according to ILAC-MRA certification, ISO 9001, or equivalent quality assurance systems. From a quality assurance perspective, regular checks of measuring instruments are necessary, and at the same time, traceability must be ensured. Simply put, traceability means that "in order to reliably compare measurement results, the measurement results must be able to be 'traced back' to standards (national or international) through a chain of comparative measurements." In relation to this standard, when the readings of the measuring instruments used and the measured values of the materials are compared, it becomes possible to perform calibration at a higher level. During these stages, calibration is conducted against standards that have been previously calibrated by higher precision calibration instruments. Standards are defined according to ranks established by law, which extends from working standards or factory standards to reference standards and national standards. Based on this ranking, the calibration hierarchy of the implementing organization is defined. This ranking spans a wide range, from in-house calibration testing facilities to accredited calibration laboratories and national meteorological institutes.
Accuracy: ±0.2K, Resolution: 0.1, Multi-functional temperature calibration bus capable of temperature setting in the range of -35 to +165°C.
- Other measuring instruments
About the Calibration of Thermometers at WIKA - Meaning and Necessity
Calibration is not performed using the same testing method for all cases. The choice of testing method varies based on various factors such as process conditions, quality standards, and safety requirements. Depending on the testing method, it is also possible to demonstrate that the calibration item has a measurement accuracy that is twice as precise. This becomes an extremely important factor in enhancing process efficiency. Calibrating temperature measuring instruments is essential for various reasons and meanings. The calibration of thermocouples and resistance temperature detectors is becoming increasingly important in light of recent material shortages and the need for manufacturing process efficiency. Improving measurement accuracy leads to savings in materials and reductions in pollutant emissions, and the calibration of thermometers is also related to safety. For example, if the measuring instruments on a production line do not display correct values and process control is erroneous, there is a risk of accidents or quality defects. The importance of calibration is evident in everyday examples, such as household gas and water consumption meters and fuel gauges at service station fuel pumps. For these reasons, regular calibration of temperature measuring instruments is necessary to reconfirm the reliability of measurement values and to assess changes over time. When accuracy or operation becomes questionable, consider readjusting or replacing the thermometer.
Accuracy: ±0.01℃, Resolution: 0.001℃, Temperature Range: -200 ... +962°C high-precision thermometer.
- Other measuring instruments
This is a portable infrared thermometer that allows for non-contact temperature measurement in the range of 60 to 1,000 °C, with an accuracy of 2 K or 2%.
- Other measuring instruments
Measurement and display on-site is possible! Introducing the pressure and temperature calibrators handled by our company.
- Other measuring instruments
Accuracy: 0.008% IS-33, Measurement range: 25 mbar to 1,001 bar, a high-precision pressure sensor compatible with RS communication.
- Other measuring instruments
Accuracy: 0.020% FS, Pressure range: -1 bar to 400 bar, Response time: 250 Hz (4 ms), High-speed response type with IEEE-754 output.
- Other measuring instruments
High precision and stability, capable of testing temperature switches, lightweight and compact design, easy operability dry well temperature calibrator.
- Other measuring instruments
Accuracy: 0.1 K (0.05 K at 0°C), display resolution: 0.1°C, temperature range: -10 … 0 … +100 °C temperature calibration bus.
- Other measuring instruments
About the Calibration of Thermometers at WIKA - Meaning and Necessity
Calibration is not performed using the same testing method for all cases. The choice of testing method varies based on various factors such as process conditions, quality standards, and safety requirements. Depending on the testing method, it is also possible to demonstrate that the calibration item has a measurement accuracy that is twice as precise. This becomes an extremely important factor in enhancing process efficiency. Calibrating temperature measuring instruments is essential for various reasons and meanings. The calibration of thermocouples and resistance temperature detectors is becoming increasingly important in light of recent material shortages and the need for manufacturing process efficiency. Improving measurement accuracy leads to savings in materials and reductions in pollutant emissions, and the calibration of thermometers is also related to safety. For example, if the measuring instruments on a production line do not display correct values and process control is erroneous, there is a risk of accidents or quality defects. The importance of calibration is evident in everyday examples, such as household gas and water consumption meters and fuel gauges at service station fuel pumps. For these reasons, regular calibration of temperature measuring instruments is necessary to reconfirm the reliability of measurement values and to assess changes over time. When accuracy or operation becomes questionable, consider readjusting or replacing the thermometer.
Accuracy: 0.15 ... 0.25 K, Resolution: 0.001℃, Temperature Range: -55 ... +200 °C high-precision temperature calibration bus.
- Other measuring instruments
About the Calibration of Thermometers at WIKA - Meaning and Necessity
Calibration is not performed using the same testing method for all cases. The choice of testing method varies based on various factors such as process conditions, quality standards, and safety requirements. Depending on the testing method, it is also possible to demonstrate that the calibration item has a measurement accuracy that is twice as precise. This becomes an extremely important factor in enhancing process efficiency. Calibrating temperature measuring instruments is essential for various reasons and meanings. The calibration of thermocouples and resistance temperature detectors is becoming increasingly important in light of recent material shortages and the need for manufacturing process efficiency. Improving measurement accuracy leads to savings in materials and reductions in pollutant emissions, and the calibration of thermometers is also related to safety. For example, if the measuring instruments on a production line do not display correct values and process control is erroneous, there is a risk of accidents or quality defects. The importance of calibration is evident in everyday examples, such as household gas and water consumption meters and fuel gauges at service station fuel pumps. For these reasons, regular calibration of temperature measuring instruments is necessary to reconfirm the reliability of measurement values and to assess changes over time. When accuracy or operation becomes questionable, consider readjusting or replacing the thermometer.
Accuracy: ±0.02K, Resolution: 0.1℃, Temperature range: Heating and cooling calibration bus capable of temperature settings from -45 to +300 °C.
- Other measuring instruments
About the Calibration of Thermometers at WIKA - Meaning and Necessity
Calibration is not performed using the same testing method for all cases. The choice of testing method varies based on various factors such as process conditions, quality standards, and safety requirements. Depending on the testing method, it is also possible to demonstrate that the calibration item has a measurement accuracy that is twice as precise. This becomes an extremely important factor in enhancing process efficiency. Calibrating temperature measuring instruments is essential for various reasons and meanings. The calibration of thermocouples and resistance temperature detectors is becoming increasingly important in light of recent material shortages and the need for manufacturing process efficiency. Improving measurement accuracy leads to savings in materials and reductions in pollutant emissions, and the calibration of thermometers is also related to safety. For example, if the measuring instruments on a production line do not display correct values and process control is erroneous, there is a risk of accidents or quality defects. The importance of calibration is evident in everyday examples, such as household gas and water consumption meters and fuel gauges at service station fuel pumps. For these reasons, regular calibration of temperature measuring instruments is necessary to reconfirm the reliability of measurement values and to assess changes over time. When accuracy or operation becomes questionable, consider readjusting or replacing the thermometer.
High-precision DC digital thermometer with features of accuracy: ±0.005 ℃, resolution: 0.0001 ℃, temperature range: -200 to +962 °C.
- Other measuring instruments
A customizable thermometer with a temperature range of -196 to +660 °C, high stability, low drift, and a long lifespan, using a platinum resistance temperature detector.
- Other measuring instruments
Socket transducer for converting alternating current voltage ★★★ Equipment for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
Socket transducer for frequency conversion ★★★ Equipment for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
Socket transducer for converting potential difference (resistance) ★★★ Equipment for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
Socket transducer for converting resistance temperature ★★★ Equipment for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
DC socket transducer for converting direct current voltage/current ★★★ Equipment for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
Leakage current fire alarm installed for the purpose of preventing leakage accidents ★★★ Instruments for distribution boards, control panels, distribution panels, and panels.
- Other measuring instruments
- Substation equipment
- Power distribution and control panels
■Remarkably clear observation of capillaries throughout the body at 720 times magnification ■Contributing to clinical research and evidence acquisition with flow rate quantification and image analysi...
- Other analytical equipment