ビカ・ジャパン List of Products and Services

The A-10 pressure sensor has a very significant feature not only due to its compact design but also because it can be integrated into most machines with over 2 million configurable variations. It can be fully adjusted to the measurement range according to individual requirements, making the A-10 pressure sensor a true all-rounder that can accommodate almost all applications. Another advantage is the rapid supply system. All configurable variations can be ordered from just one unit and are available in a short period of time. Our A-10 pressure sensors are offered at a reliable high quality and very competitive prices. Designed to withstand up to 100 million load cycles, its reliable functionality provides accurate measurement results with almost constant precision, which is highly valued worldwide.

• Measurement and Analysis Equipment

See how WIKA Cryo Gauges contribute to safe and efficient operations! They measure liquid levels using differential pressure and can detect gauge pressure in real-time. #CryoGauge #DifferentialPressureGauge #PressureGauge #Hydrogen #Manometer #IndustrialGas #LevelMeasurement #Cryo Video Content 0:00 Intro 0:08 Why are cryo tanks used? 0:26 Measuring the liquid level in a cryo tank with the WIKA Cryo Gauge 0:39 Points to note during initial filling 1:29 WIKA Cryo Gauge: An all-in-one solution for operating pressure and liquid level measurement The WIKA Cryo Gauge is the ideal instrument for measuring liquid levels in cryostats. Using the differential pressure method, the cryo gauge measures liquid level and can also display operating pressure. Thus, it can detect gauge pressure in real-time, allowing for safe handling. For more details on differential pressure gauges, visit: https://wika.link/fdrt https://wika.link/ux5y For more information on instrumentation solutions for cryogenic tanks, visit: https://wika.link/gc43

• Measurement and Analysis Equipment

Three types of lineup according to temperature range: A: CTD4000-140 B: CTD4000-375 C: CTD4000-650 <Specifications> - Display: 4-digit LED - Range: A: -24 ... +140 °C B: Room temperature +15 ... +375 °C C: Room temperature +15 ... +650 °C - Resolution: 0.1 K <Insertion part> - Depth: A: 104 mm, BC: 150 mm - Dimensions: A: 19 x 104 mm, BC: Ø 26 x 150 mm - Material: AB: Aluminum, C: Nickel copper <Power supply> - Power supply: A: AC100 ... 240 V, 50/60 Hz BC: AC 115/230 V, 50/60 Hz (a step-up transformer is required for domestic use) <Other> - Contact test function - Interface: RS-232 - Product size (W x H x D): 130 x 260 x 280 mm - Weight: 4.9 ... 6 kg - CE mark - DNG certification (optional) For more details, please refer to the datasheet.

• Other measuring instruments

<Display> - Display: 4-digit LED - Temperature Range: Room temperature +15 ... +650 °C - Accuracy: 0.5 K - Stability: < 0.3 K - Resolution: 0.1 K <Control> - Heating Time: 35 minutes (from 50 °C to 650 °C) - Cooling Time: 60 minutes (from 650 °C to 100 °C) - Stabilization Time: Depends on temperature and insertion length <Insertion Part> - Depth: 150 mm - Dimensions: Ø 26 x 150 mm - Material: Nickel copper <Power Supply> - Power Supply: AC 115/230 V, 50/60 Hz A step-up transformer is required for use in Japan - Power Consumption: 600 W - Fuse: 6.3/3.15 - Power Cord: AC 230 V; European standard AC 115 V; North American and Japanese standards <Other> - Equipped with contact test function - Interface: RS-232 - Product Size (W x H x D): 130 x 260 x 280 mm - Weight: 6 kg - CE marked - DNG GL certification (optional) For more details, please refer to the product data sheet.

• Other measuring instruments

<Display> - Display: 4-digit LED - Temperature range: Room temperature +15 ... +375 °C - Accuracy: 0.25 K - Stability: < 0.1 K - Resolution: 0.1 K <Control> - Heating time: 20 minutes (from 30 °C to 375 °C) - Cooling time: 40 minutes (from 375 °C to 100 °C) - Stabilization time: Depends on temperature and insertion length <Insertion part> - Depth: 150 mm - Dimensions: Ø 26 x 150 mm - Material: Aluminum <Power supply> - Power supply: AC 115/230 V, 50/60 Hz Required step-up transformer for use in Japan - Power consumption: 600 W - Fuse: 6.3/3.15 - Power cord: AC 230 V; European standard AC 115V; North American and Japanese standards <Other> - Equipped with contact test function - Interface: RS-232 - Product size (W x H x D): 130 x 260 x 280 mm - Weight: 5.4 kg - CE marked - DNG GL certification (optional) For details, please refer to the datasheet.

• Other measuring instruments

<Display> - Display: 4-digit LED display - Temperature range: -14 ... +140 °C - Accuracy: 0.25 K - Stability: < 0.1 K - Resolution: 0.1 K <Temperature Control> - Heating time: 20 minutes (from 20 °C to 120 °C) - Cooling time: 17 minutes (from 20 °C to -20 °C) - Stabilization time: Depends on temperature and insertion length <Insertion Part> - Insertion depth: 104 mm - Insertion part dimensions: Ø 19 x 104 mm - Insertion part material: Aluminum <Power Supply> - Power supply: AC 100 ... 240 V, 50/60 Hz - Power consumption: 80 W - Fuse: 2.5 A slow-blow fuse - Power cord: AC 230 V; European standard AC 115 V; North American and Japanese standards <Other> - Contact test function included - Interface: RS-232 - Product size (W x H x D): 130 x 260 x 280 mm - Weight: 4.9 kg - CE marked - DNG GL certification (optional) For more details, please refer to the product data sheet.

• Other measuring instruments

We would like to introduce WIKA's wide range of products in the calibration technology department. WIKA's mission is to provide excellent calibrators worldwide. In addition to manufacturing high-quality and high-precision calibrators, we also offer calibration services for pressure, temperature, and electrical measuring instruments. Our traceable calibration measurements comply with national standards and international guidelines. For more details, please visit our website. WIKA's list of calibrators: https://bit.ly/3rheP1Y The following blog articles provide more details about calibration and our partners. Precise Pressure Measurement: 50 Years of Mensor: https://bit.ly/39dB1DI Overview of Thermometer Calibration: https://bit.ly/31amB30

• Measurement and Analysis Equipment

Welcome to the WIKA Customer Portal. You can quickly and easily place orders through your dedicated portal site from WIKA's extensive range of instruments. You can easily order all WIKA products. Use the product configurator to select WIKA instruments tailored to your needs, from standard products to custom items. User-friendly navigation will guide you through the selection process. Save time by creating a "Favorites" list. By compiling a list of regularly needed items, you can reduce the time it takes to place orders. This list can be shared within your organization. Get an overview. With one click, you can access all activity history, including orders, inquiries, quotes, and returns. From the orders tab, you can obtain important information such as order confirmations, delivery notes, and invoices. You can also check the current shipping status online. Need support or have other questions? You can find the contact information for your WIKA representative directly from the dashboard.

• Measurement and Analysis Equipment

Even the best experimental labs cannot replicate actual process conditions, and testing in real plants can be inefficient and sometimes impossible. To test under specific conditions and configurations, WIKA USA has built its own full-size process unit equipped with a reactor and a heating furnace. For thermometers used in process plants, the ideal scenario is to test them in real plants, but the issues are time, cost, and practicality. Refineries and petrochemical plants need to continue operations to maintain profitability, and downtime must be limited to maintenance and repairs only. Testing of thermometers is scheduled during downtime, starting at the beginning of regular maintenance and sometimes conducted before the next scheduled maintenance. The problem is that regular maintenance cycles often exceed four years, leading to prolonged periods without testing.

• Measurement and Analysis Equipment

We would like to introduce WIKA's new corporate message, "Smart in sensing." This reflects our unique experience and know-how in making sensing technology smarter, more sustainable, and more valuable. Since its founding in 1946, WIKA has pursued absolute quality and reliability, as well as being a close presence for our customers. This new corporate message represents our commitment to finding answers to the challenges posed by megatrends by continuing to lead at the forefront.

• Measurement and Analysis Equipment

This is a handheld thermometer with Japan's explosion-proof TIIS certification. It can process signals from Pt100 and thermocouples, and features an adjustment function that minimizes measurement errors due to a low-drift measurement amplifier. By performing physical calibration with probes and displays at 1 to 3 different temperatures, measurement errors can be minimized, ensuring high display accuracy. Each temperature probe is calibrated at WIKA's DKD-certified factory, and DKD/DAkkS calibration certificates can be issued without additional charges. <Product Specifications> - Input ports: 1 or 2 - Temperature range: -200 to +600 °C (PT100) -200 to +1,500 °C (temperature resistance) - Display: 4 1/2 digit, backlit LC display - Resolution: 0.1 K - Display range: -19999 to 19999 - Power supply: 9V dry battery - Continuous operating time: 20 hours - Ambient temperature: 0 to 40 °C - Storage temperature: -10 to 50 °C - Communication interface: USB - Product dimensions: 200 x 93 x 44 mm - Weight: 300 g For more details, please refer to the product data sheet.

• maintenance

This is a handheld thermometer with Japan's explosion-proof TIIS certification. It can process signals from Pt100 and thermocouples, and features an adjustment function that minimizes measurement errors due to a low-drift measurement amplifier. By performing physical calibration with probes and displays at 1 to 3 different temperatures, measurement errors can be minimized, ensuring high display accuracy. Each temperature probe is calibrated at WIKA's DKD-certified factory, and DKD/DAkkS calibration certificates can be issued without additional charges. <Product Specifications> - Input ports: 1 or 2 - Temperature range: -200 to +600 °C (PT100) -200 to +1,500 °C (temperature resistance) - Display: 4 1/2 digit, backlit LC display - Resolution: 0.1 K - Display range: -19999 to 19999 - Power supply: 9V dry battery - Continuous operating time: 20 hours - Ambient temperature: 0 to 40 °C - Storage temperature: -10 to 50 °C - Communication interface: USB - Product dimensions: 200 x 93 x 44 mm - Weight: 300 g For more details, please refer to the product data sheet.

• maintenance

This is a handheld thermometer with Japan's explosion-proof TIIS certification. It can process signals from Pt100 and thermocouples, and it features an adjustment function that minimizes measurement errors due to a low-drift measurement amplifier. By performing physical calibration with probes and displays at 1 to 3 different temperatures, measurement errors can be minimized, maintaining high display accuracy. Each temperature probe is calibrated at WIKA's DKD-certified factory, and DKD/DAkkS calibration certificates can be issued without additional charges. <Product Specifications> - Input ports: 1 or 2 - Temperature range: -200 to +600 °C (PT100) -200 to +1,500 °C (temperature resistance) - Display: 4 1/2 digit, backlit LC display - Resolution: 0.1 K - Display range: -19999 to 19999 - Power supply: 9V dry battery - Continuous operating time: 20 hours - Ambient temperature: 0 to 40 °C - Storage temperature: -10 to 50 °C - Communication interface: USB - Product dimensions: 200 x 93 x 44 mm - Weight: 300 g For more details, please refer to the product data sheet.

• maintenance

◆Product Overview The CTP1500 is a compact handheld thermometer that offers excellent accuracy, making it suitable for various applications and locations. It achieves an accuracy of ±0.05 °C within a range of -20 ... +180 °C. This high level of precision allows it to be used as a standard thermometer in various industries, including biotechnology, pharmaceuticals, and food. ◆Product Features The CTP1500 is small and lightweight, making it easy to carry. It can be used for temperature measurements in various locations, such as research facilities and production sites. It features a paper-white display, which is also used in e-book readers, providing excellent visibility. At the same time, it achieves low power consumption, allowing for approximately 500 hours of continuous measurement with two AA alkaline batteries. ◆Accuracy Guarantee We guarantee the measurement accuracy of the CTP1500 by conducting shipping tests and issuing test certificates for all units purchased. An optional DAkkS calibration certificate compliant with ISO17025 can also be issued, ensuring the traceability of the product.

• Other measuring instruments

What does the accuracy of a pressure sensor mean, and how does the inaccuracy that leads to errors in the desired measurement results arise? This video explains the most important elements related to the accuracy of pressure sensors: zero point error, span error, and non-linearity. The interaction of errors such as zero point error, span error, non-linearity, hysteresis, and reproducibility is referred to as "accuracy." The term "accuracy" is frequently used in documents such as product specifications, but it is not clearly defined in standards. Unfortunately, there is no common understanding of what "accuracy" means. In reality, there are various related data points rather than a single "accuracy." All of these collectively represent "accuracy." The elements related to the accuracy of pressure sensors are standardized. For example, measurement errors include systematic and random components, so the numerical value of accuracy is determined statistically. It is necessary to distinguish between the measurement errors displayed as "maximum" and "standard." In the case of maximum error, the majority of the delivered products should have errors smaller than the maximum error. If there is a description of "typ.," the error may be several times the specified "standard" error.

• Measurement and Analysis Equipment

Pressure sensors maintain normal measurement deviations even with differences in operating temperature, but they do not necessarily operate under reference conditions. Therefore, WIKA defines a "total error band" for all pressure sensors. The operating temperature of a pressure sensor consists of ambient temperature and media temperature. It is more common for the sensor to deviate from the ambient temperature that guarantees its accuracy. These temperature influences affect the sensor's precision. The total error band of WIKA pressure sensors indicates the maximum deviation. While deviations vary by instrument, they always fall within the total error band. The total error band is based on a reference temperature and displays deviations that can correspond to typical operating temperatures. The total error band of the pressure sensor is documented in the WIKA data sheet, reflecting the minimum accuracy.

• Measurement and Analysis Equipment

All instruments experience aging degradation due to mechanical, chemical, installation, operational environment, and other factors, leading to deviations in measurement values and accuracy. While it is not possible to prevent aging degradation, early detection can be achieved through calibration. What is the difference between calibration and verification? And when should adjustments be made? ◆ Calibration refers to the process of comparing the measurement results of a calibrated standard instrument, certified by national or international standards, with those of the test instrument being calibrated, to determine the extent of any instrument deviation. If the calibration test results fall within the product specifications, a calibration certificate is issued along with the test report. ◆ Verification refers to the process of confirming whether the instrument deviation of the reference measuring instrument is within the range specified by public institutions or other standards, and making a pass/fail judgment. Both calibration and verification aim to assess the quality of the product based on the displayed values. Modifications to the measuring instrument itself are not permitted. ◆ Adjustments allow for modifications to the measuring instrument to keep the detected instrument deviation within the accuracy range. Adjustments are made when the instrument is deemed out of specification after calibration, and the instrument is then adjusted to fall within the accuracy range before re-calibration is conducted.

• Measurement and Analysis Equipment

This introduces the differences between accredited calibration based on ISO 17025 and general calibration. You will clearly understand the differences between these two types of calibration certificates and the points to consider. Your measuring instrument can undergo accuracy verification and calibration at WIKA's calibration lab. Calibration can be performed either as general calibration or ISO 17025 accredited calibration. In both cases, the calibration results are documented in a calibration certificate, and a calibration sticker is affixed to the calibrated instrument. Only ISO 17025 accredited calibration guarantees that testing is conducted using testing equipment certified by an international accreditation body. The traceability system diagram is structured to show the hierarchy from the standard instruments used in the inspection factory to the testing standards and national standards. Measurement uncertainty is documented by clarifying not only factors of measurement error such as hysteresis and variation but also measurement deviation and the uncertainty of the standard instrument. Compared to general calibration, ISO 17025 accredited calibration is more accurate, widely applicable, and internationally recognized. For general calibration, the difference in the measuring instrument is determined by considering only hysteresis. Calibration at the time of factory shipment is issued as an inspection certificate in accordance with DIN / EN10204.

• Measurement and Analysis Equipment

There are two methods for calibrating temperature measuring instruments such as dial thermometers, resistance thermometers (Pt100 and Pt1000), and thermocouples: fixed point calibration and comparative calibration. ■ Fixed Point Calibration Through a unique three-point calibration, the most accurate calibration at temperature fixed points is achieved. The triple point refers to the condition where the three phases of a substance are in thermodynamic equilibrium. For water, the triple point is defined as 0.01°C according to the International Temperature Scale (ITS-90). This means that the quantitative ratio of liquid water, water vapor, and ice remains unchanged. Reaching the triple point requires a significant amount of time and effort, but once achieved, it can maintain a stable temperature for a long period. By achieving a constant temperature condition, the deviation of the thermometer can be verified most accurately. Fixed point calibration is performed with the target thermometer used as a reference thermometer, meeting the requirements for reproducibility and high precision. ■ Comparative Calibration This method involves comparing the thermometer being calibrated with a reference thermometer that has been calibrated by a higher authority. Comparative calibration is conducted using a constant temperature bath, block gauge, or electric furnace. The probe of the thermometer being calibrated is inserted into the calibration device, and the instrument deviation is recorded at several calibration points in comparison to the reference thermometer. The use of a traceable reference thermometer allows for calibration at various required levels of accuracy.

• Measurement and Analysis Equipment

Simultaneous calibration of various types of temperature sensors such as Resistance Temperature Detectors (RTD), thermocouples, and thermistors is not easy. However, by setting up an automatic comparative calibration function, it is possible to calibrate up to 44 temperature sensors at the same time. It consists of the following equipment: 1. Multifunctional Precision Thermometer CTR3000 (https://bit.ly/3rWzYAh) 2. Multiplexer CTS3000 3. Micro Calibration Bus CTB9100 (https://bit.ly/3AakeMY) 4. Standard Thermometer CPT5000 The multifunctional high-precision thermometer CTR3000 can be connected to a reference thermometer, calibration bath, and multiplexer. The temperature sensor under test (DUT) is connected to the multiplexer and inserted into the calibration bath.

• Measurement and Analysis Equipment

This is a high-precision digital pressure gauge with Bluetooth functionality that has been certified under domestic radio wave laws. Its main features include a bar graph display and a large text area for easy reading, with accuracy options of 0.1% FS, 0.05% FS, and 0.025% FS. By downloading the specified app, you can also check pressure values from your smartphone. The measurement rate supports up to 50/s, and it can automatically save the maximum and minimum pressure instantly. It uses dry batteries for power, making it convenient to carry without the need for a power supply at the installation site. <Product Specifications> - Pressure Range: 0...0.1 bar to 0...10,000 bar - Accuracy: 0.1% FS, 0.05% FS, 0.025% FS - Explosion-proof compliant for overseas use <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C

• Measurement and Analysis Equipment

1. First, I will explain how to pre-program the calibration sequence using the CPH7000 Ex parameters. 2. Next, I will sequentially explain how to safely connect the CPH7000 Ex calibrator to the equipment that needs testing and how to execute the calibration sequence. 3. Finally, I will show you how to adjust the transmitter's zero and span in case of calibration failure. After the calibration is complete, I will explain the steps to safely remove the CPH7000 Ex from the equipment. The intrinsically safe explosion-proof CPH7000 Ex is a highly accurate and portable multifunction calibrator. Its user-friendly navigation system allows for smooth and straightforward operation. It can be used in explosive atmospheres and is capable of calibrating and measuring a wide range of pressure and temperature instruments. ★ The key features are as follows: - Manual pressure generation from 0.85 to +25 bar (12.3 to 360 psi) - Accuracy of 0.025 %FS - Fast measurement speed and large-capacity memory data logger

• Measurement and Analysis Equipment

Accuracy: The high-precision digital thermometer CTR3000 model, with an accuracy of ±0.005 ℃, is one of the best in the industry for temperature calibration. It has a proven track record of numerous installations not only in Japan but also in overseas national agencies, public institutions, renowned large companies, and calibration firms across various industries. It can perform multi-point calibration with up to 44 channels and is easy to operate with a user-friendly touch panel display. <Basic Specifications> - Accuracy: ±0.005℃ full range (4-wire platinum resistance thermometer) ±0.03℃ full range (3-wire platinum resistance thermometer) - Compatible with ITS90, EN60751 (DIN90), CVD (Calendar Bandusen) temperature coefficients (Pt) - Measurement range: -200 to 962℃ (Pt) / -210 to 1820℃ (TC) / 0 to 500kΩ (thermistor) - Resolution: 0.0001℃ / 0.00001Ω / 0.00001mV (depending on temperature range) - Temperature units: ℃, F, K, Ω, mV - Standard USB interface - Touchscreen For other specifications, please refer to the data sheet.

• Other measuring instruments

The WIKA-Cal calibration software is designed to create calibration certificates for pressure measuring devices and logger protocols, with a demo version available for free download. Calibration certificates can be created using the Cal-Template, and logger protocols can be created using the built-in template system of the Log-Template software. The pre-installed demo version switches to the full version when a paid USB stick is inserted, and as long as the USB stick is connected to the computer, the data logger functionality remains available at all times. When selecting a template, all documents automatically display easily understandable values from the database. However, if customers generate a new document layout based on the template, they can create it in their own layout in the document view. Meanwhile, the software retrieves previously created information from the SQL database, allowing for data addition during the generation of certificates.

• Scientific Calculation and Simulation Software

This is a portable high-precision pressure calibrator that achieves an accuracy of 0.025%, capable of not only pressure measurement and calibration/verification of transmitters but also temperature calibration. It can be used in explosion-proof areas and allows for the operation verification of pressure switches and setting of contacts. An optional built-in reference pressure sensor enables manual generation of pressure up to +25 bar. It is also possible to simultaneously supply power to external transmitters via an electrical module and measure their output signals. Calibration results can be sent, evaluated, and stored completely paperless from dedicated software. <Product Specifications> - Pressure Range: -0.25 ... 10,000 bar - Supply Pressure Range: -0.85 … +25 bar - Accuracy: Max FS ±0.025% - IP Rating: IP54 category 2 <Operating Conditions> - Ambient Temperature: -10 ... +50 °C 0 ... +40 °C - Storage Temperature: -20 ... +50 °C - Humidity: 0 ... 85 % r. h. (no condensation) - Media Temperature: -30 ... +125 °C

• Database

This is a high-precision digital display pressure gauge with Bluetooth functionality, certified under domestic radio wave laws. A key feature is its easy-to-read display with a bar graph and large text area, and you can choose from accuracies of 0.1% FS, 0.05% FS, or 0.025% FS. By downloading the specified app, you can also check pressure values from your smartphone. The measurement rate supports up to 50/s, and it can automatically save the maximum and minimum pressure instantly. It uses batteries for power, making it convenient to carry without needing to supply power at the installation site. <Product Specifications> - Pressure Range: 0...0.1 bar to 0...10,000 bar - Accuracy: 0.1% FS, 0.05% FS, 0.025% FS - Suitable for overseas explosion-proof applications <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet. Bluetooth-Compatible High-Precision Pressure Gauge Model: CPG1500

• others

What is a thermocouple? What are the types of thermocouples? How high can thermocouples be used in Celsius and Fahrenheit? This content explains these topics. Generally, in the industrial sector, either resistance temperature detectors or thermocouples are used for temperature measurement. A thermocouple consists of two different metals that are connected at the measurement point. Thermocouples with a solid weld of the two dissimilar metals have high vibration resistance, making them commonly used in the industry. When the temperature at the thermocouple measurement point rises or falls, the electron density of the two metals changes. This change in electron density generates a voltage at the output connection point. Thermocouples operate based on the principle of comparative measurement. In other words, the temperature at the measurement point is expressed as a thermoelectric voltage relative to the temperature at the output connection point. Since temperature measurement at the measurement point cannot be done with just the temperature difference, cold junction compensation is necessary. This ensures that the measurement results are not affected by the ambient temperature around the connection terminals. 00:00 Introduction 00:04 How does a thermocouple work? 00:55 Cold junction compensation 01:25 Voltage curve of thermocouples and material pairing 01:58 Types of thermocouples

• Measurement and Analysis Equipment

What are temperature resistance thermometers, Pt100 sensors, and Pt1000 sensors? What are the differences between Pt100 and Pt1000 temperature resistance thermometers? This video explains these differences in electric thermometers. Generally, there are two types of electric thermometers used: temperature resistance thermometers and thermocouples. In temperature resistance thermometers, temperature is measured using a resistance thermometer that measures ohmic values. The "Pt" in Pt100 represents the chemical element platinum, and the 100 indicates the resistance value of the sensor at 0 degrees Celsius. Therefore, the most commonly used measuring resistor, Pt100, means that its electrical resistance is 100Ω (ohms) at 0°C. For special applications, Pt1000 temperature sensors are also used. The change in electrical resistance due to temperature rise and fall conforms to the characteristic curve defined by international standards. Temperature can be measured with very high accuracy based on the measured resistance value. 0:00 Introduction 0:12 Operating principle of temperature resistance thermometers 0:47 Measurement range of platinum temperature resistance thermometers 1:21 Temperature resistance thermometers: Accuracy and standard measurement range 1:57 Pt100 temperature sensor: Industrial standards 2:10 Pt1000 and Pt25: Special specifications

• Measurement and Analysis Equipment

The drift of temperature resistance thermometers and temperature sensors refers to a temporary or permanent decrease in accuracy under specific conditions. Drift can occur due to various factors such as vibrations, extreme temperature loads, and humidity, leading to operational issues in the system, which can cause malfunctions or failures and may result in permanent damage. To detect permanent drift, regular calibration is necessary. To reduce risks, calibration intervals should be conducted over short spans. WIKA offers comprehensive calibration services in the field and in the lab to ensure accurate temperature measurements. #TemperatureResistanceThermometer #TemperatureSensor #Calibration #TemperatureMeasurement #PlatinumResistanceThermometer #EquipmentCalibration #RTD #TemperatureProbe #pt100 #pt1000 0:00 Intro 0:08 - What is the difference between permanent drift and temporary drift? 0:30 - How does vibration affect drift? 0:48 - What causes drift in temperature resistance thermometers under extreme temperatures? 1:16 - How does moisture affect drift? 1:27 - Solutions for drift in temperature resistance thermometers 1:37 - WIKA Calibration Services

• Measurement and Analysis Equipment

In this video, we will introduce the mechanism of electric thermometers and the reasons why signals often become weak or distorted. Temperature transmitters are also known as temperature converters. Temperature transmitters convert weak sensor signals into safe and powerful standardized output signals. The output signal can be either analog or digital. By using transmitters, processes become more efficient, and safety is significantly improved. They can also be used in hazardous areas and safety-related zones. #WIKA #ElectricTransmitter #TemperatureTransmitter #TemperatureConverter #TemperatureSensor #ResistanceTemperatureDetector #Transmitter #ProcessSafety #IndustrialProcess #MeasurementAccuracy 0:00 How does an electric thermometer work? 0:21 How does a temperature transmitter work? 0:30 What are transmitters used for? 0:48 What is an analog output signal? 0:56 What is a digital output signal? 1:09 Use of digital transmitters 1:27 What are the advantages of transmitters? 1:43 WIKA offers a variety of transmitters in its product lineup!

• Measurement and Analysis Equipment

<Basic Information> - Temperature Range: -35 ... +165 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Display: 7-inch touch panel display - Program: Capable of creating an automatic control program for calibration steps <Compatible Measurement Sensors> - Temperature resistance thermometers - Thermocouples - 0/4-20 mA, 0-5/10 V transmitter output <Insertion Part> - Insertion Depth: 150 mm - Insertion Part Dimensions: Ø 28 x 150 mm - Insertion Part Material: Brass <Temperature Control> - Heating Time: 14 minutes (from 20 °C to 165 °C) - Cooling Time: 13 minutes (from 20 °C to -20 °C) - Stabilization Time: Depends on temperature and insertion length <Power Supply> - Power Supply: AC 100 ... 240 V, 50/60 Hz - Power Consumption: 375 W <Other> - Interface: USB, Ethernet - Product Size (W x H x D): 210 x 300 x 380 mm - Weight: 13.5 kg - Complies with CE mark and UKCA mark For more details, please refer to the product data sheet.

• Other measuring instruments

<Basic Information> - Temperature Range: -35 ... +165 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Display: 7-inch touch panel display - Program: Capable of creating automatic control programs for calibration steps <Compatible Measurement Sensors> - Temperature resistance thermometers - Thermocouples - 0/4-20 mA, 0-5/10 V transmitter output <Insertion Part> - Insertion Depth: 150 mm - Insertion Part Dimensions: Ø 28 x 150 mm - Insertion Part Material: Brass <Temperature Control> - Heating Time: 14 minutes (from 20 °C to 165 °C) - Cooling Time: 13 minutes (from 20 °C to -20 °C) - Stabilization Time: Depends on temperature and insertion length <Power Supply> - Power Supply: AC 100 ... 240 V, 50/60 Hz - Power Consumption: 375 W <Other> - Interface: USB, Ethernet - Product Size (W x H x D): 210 x 300 x 380 mm - Weight: 13.5 kg - Complies with CE mark and UKCA mark For more details, please refer to the product data sheet.

• Other measuring instruments

<Basic Information> - Temperature Range: -35 ... +165 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Display: 7-inch touch panel display - Program: Capable of creating automatic control programs for calibration steps <Supported Measurement Sensors> - Temperature resistance thermometers - Thermocouples - 0/4-20 mA, 0-5/10 V transmitter output <Insertion Part> - Insertion Depth: 150 mm - Insertion Part Dimensions: Ø 28 x 150 mm - Insertion Part Material: Brass <Temperature Control> - Heating Time: 14 minutes (from 20 °C to 165 °C) - Cooling Time: 13 minutes (from 20 °C to -20 °C) - Stabilization Time: Depends on temperature and insertion length <Power Supply> - Power Supply: AC 100 ... 240 V, 50/60 Hz - Power Consumption: 375 W <Other> - Interface: USB, Ethernet - Product Size (W x H x D): 210 x 300 x 380 mm - Weight: 13.5 kg - Complies with CE mark and UKCA mark For more details, please refer to the product data sheet.

• Other measuring instruments

<Basic Information> - Temperature Range: -35 ... +165 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Display: 7-inch touch panel display - Program: Capable of creating automatic control programs for calibration steps <Compatible Measurement Sensors> - Temperature Resistance Thermometer - Thermocouple - 0/4-20 mA, 0-5/10 V transmitter output <Insertion Part> - Insertion Depth: 150 mm - Insertion Part Dimensions: Ø 28 x 150 mm - Insertion Part Material: Brass <Temperature Control> - Heating Time: 14 minutes (from 20 °C to 165 °C) - Cooling Time: 13 minutes (from 20 °C to -20 °C) - Stabilization Time: Depends on temperature and insertion length <Power Supply> - Power Supply: AC 100 ... 240 V, 50/60 Hz - Power Consumption: 375 W <Other> - Interface: USB, Ethernet - Product Size (W x H x D): 210 x 300 x 380 mm - Weight: 13.5 kg - Compliant with CE mark and UKCA mark For more details, please refer to the product data sheet.

• Other measuring instruments

<Basic Information> - Display: 7-inch touch panel display - Temperature Range: Room temperature ... ±700 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Program: Capable of creating an automatic control program for calibration steps <Supported Measurement Sensors> - Resistance temperature detector - Thermocouple - 0/4-20 mA, 0-5/10 V transmitter output <Temperature Control> - Heating time: 19 minutes (from 20 °C to 690 °C) - Cooling time: 85 minutes (from 700 °C to 30 °C) - Stabilization time: Depends on temperature and insertion length <Insertion Part> - Insertion depth: 150 mm - Insertion part dimensions: Ø 28 x 150 mm - Insertion part material: Aluminum copper alloy <Power Supply> - Power supply: AC 110 ... 115 V, 60 Hz or AC 230 V, 50 Hz only - Power consumption: 1,000 W <Other> - Interface: USB, Ethernet - Product size (W x H x D): 210 x 300 x 330 mm - Weight: 10 kg - Compliant with CE mark and UKCA mark

• Other measuring instruments

<Display> - Display: 7-inch touch panel display - Temperature range: -35 ... +165 °C - Accuracy: 0.1 K - Stability: < 0.02 K - Resolution: 0.001 - Program: Capable of creating an automatic control program for calibration steps <Supported Measurement Sensors> - Resistance temperature detector - Thermocouple - 0/4-20 mA, 0-5/10 V transmitter output <Temperature Control> - Heating time: 14 minutes (from 20 °C to 165 °C) - Cooling time: 13 minutes (from 20 °C to -20 °C) - Stabilization time: Depends on temperature and insertion length <Insertion Part> - Insertion depth: 150 mm - Insertion part dimensions: Ø 28 x 150 mm - Insertion part material: Brass <Power Supply> - Power supply: AC 100 ... 240 V, 50/60 Hz - Power consumption: 375 W <Other> - Interface: USB, Ethernet - Product size (W x H x D): 210 x 300 x 380 mm - Weight: 13.5 kg - Compliant with CE mark and UKCA mark For details, please refer to the product data sheet.

• Other measuring instruments

This is a high-precision digital pressure calibrator equipped with a backlit display. You can choose from accuracies of 0.1% FS, 0.05% FS, and 0.025% FS. The measurement rate is up to 50/s, and it has a data logging function that allows you to save measurement data, as well as automatically save the maximum and minimum pressure instantly. By downloading the specified app, you can check the pressure values from your smartphone. It uses batteries for power, making it convenient to carry and eliminating the need for a power supply at the installation location. <Product Specifications> - Pressure Range: 0...0.1 bar to 0...10,000 bar - Accuracy: 0.1% FS, 0.05% FS, 0.025% FS - Suitable for overseas explosion-proof requirements <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet. [Accuracy: FS±0.025%] Digital Pressure Calibrator CPG1500

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<Product Overview> This is a dustproof and waterproof digital pressure gauge with an IP65 protection rating, available with an accuracy of 0.5% FS or 0.25% FS. It features a display with a bar graph and backlight. The power source is a 1.5V AA alkaline battery, making it suitable for outdoor or dark locations. Power can also be supplied via a USB interface, allowing it to be used as a stationary pressure gauge. It includes a data logger function and a micro USB port for PC connection, enabling pressure value monitoring and data logging from smartphones or PCs. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure. It has obtained ATEX explosion-proof certification, allowing for use in restricted areas. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion-Proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

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<Product Overview> This digital pressure gauge features a highly visible display with a bar graph and backlight function, with an accuracy of 0.5% FS, available in options of 0.25% FS. It uses a 1.5V AA alkaline battery, making it suitable for installation in outdoor or dark locations. Power can also be supplied via a USB interface, allowing it to be used as a stationary pressure gauge. Equipped with a data logger function and a micro USB port for PC connection, it allows pressure value monitoring and data log saving from smartphones or PCs. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure. It has obtained ATEX explosion-proof certification, making it suitable for use in restricted areas. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion-Proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

• others

<Product Overview> This digital pressure gauge uses a 1.5V AA alkaline battery, making it portable and suitable for any installation location. It can also be powered via a USB interface, allowing it to be used as a stationary pressure gauge. A notable feature is its easy-to-read display with a bar graph and large text area, with accuracy options of 0.5% FS or 0.25% FS. It includes a data logger function and a micro USB port for PC connection, enabling pressure value monitoring and data log saving from smartphones or PCs. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure. It has obtained ATEX explosion-proof certification, allowing for use in restricted areas. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion-Proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Media Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

• others

<Product Overview> This is a digital pressure gauge compliant with ATEX overseas explosion-proof standards. It uses a 1.5V AA alkaline battery for power, making it convenient for portability without the need for a power supply at the installation site. Power can also be supplied via a USB interface, allowing it to be used as a stationary pressure gauge. A key feature is its easy-to-read display with a bar graph and large text area, with accuracy options of 0.5% FS and 0.25% FS. It includes a data logger function and a micro USB port for PC connection, enabling pressure value checks and data log saving from smartphones or PCs. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion-proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Media Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

• others

<Product Overview> This is a digital pressure gauge with a data logger function and a micro USB port for PC connection. It uses a 1.5V AA alkaline battery, making it convenient for portability without the need for a power supply at the installation site. Power can also be supplied via the USB interface, allowing it to be used as a stationary pressure gauge. A key feature is its easy-to-read display with a bar graph and a large text area, with accuracy options of 0.5% FS or 0.25% FS. By downloading the specified app, you can check pressure values and save data logs from your smartphone or PC. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion-proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Media Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

• others

This is a high-precision digital pressure calibrator that supports a measurement rate of up to 50/s. A key feature is its easy-to-read display with a bar graph and a large text area, and you can choose from accuracies of 0.1% FS, 0.05% FS, and 0.025% FS. It has a data logging function that allows for the storage of measurement data, as well as the automatic saving of maximum and minimum pressure values instantly. By downloading the specified app, you can check the pressure values from your smartphone. It operates on batteries, making it convenient for portability without the need for a power supply at the installation site. <Product Specifications> - Pressure Range: 0...0.1 bar to 0...10,000 bar - Accuracy: 0.1% FS, 0.05% FS, 0.025% FS - Explosion-proof model for overseas use <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Media Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet. [Accuracy: FS±0.025%] Digital Pressure Calibrator CPG1500

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<Product Overview> This is a digital pressure gauge with a data logger function and a micro USB port for PC connection. A key feature is its easy-to-read display with a bar graph and a large text area, with accuracy options of 0.5% FS or 0.25% FS. By downloading the specified app, you can check pressure values and save data logs from your smartphone or PC. The measurement rate is up to 10/s, and it can automatically save the maximum and minimum pressure values. It uses a 1.5V AA alkaline battery, making it portable without the need for a power supply at the installation site. Additionally, it can also be powered via the USB interface, allowing it to be used as a stationary pressure gauge. <Product Specifications> - Pressure Range: 0...0.4 bar to 0...1,000 bar - Accuracy: 0.5% FS, 0.25% FS - ATEX Explosion Proof <Operating Temperature> - Ambient Temperature: -10 ... +50 °C - Medium Temperature: -10 ... +50 °C - Storage Temperature: -20 ... +70 °C For more details, please refer to the product data sheet.

• others

It is possible to measure on-site with a sanitary specification mechanical thermometer. <Product Details> - Dial Diameter: 60/80/100/130mm - Measurement Temperature: -40... +40℃ to +20... +180℃ - Overtemperature Resistance: ≧50～≦120℃ +100% Overload safety ＞120～≦200℃ +50% Overload safety - Insertion Length: 30 ～ 300 mm - Compliant with 3-A and EHEDG - Connection Standards: VARINLINE/Clamp DIN 11864-1/DIN 11864-2/DIN 11864-3 For more details, please refer to the product data sheet.

• Fittings