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PT100 Temperature Probe
The JUMO PT100 temperature sensor, as well as the temperature probe, is designed to measure linear temperature, and its application is based on the resistance-temperature principle. It contains a platinum resistor element with a nominal resistance of 100 ohms at 0° Celsius. When temperature varies, the resistance also changes, thus allowing the temperature to be calculated through appropriate electronic circuitry. These probes are widely used in industries and labs due to their accuracy, thus making them suitable for use in harsh environments due to their durability.
PT100 B Sensor
The PT100 B sensor is a special temperature-measuring device that uses platinum to measure temperature changes by checking the resistance of the metal. When the temperature goes up, the platinum's electrical resistance changes a bit, and by comparing this change to the known resistance at zero degrees Celsius, we can figure out the temperature accurately. It's called 'B' because this version of the sensor has a certain curve that makes it good for precise measurements in special areas like labs or industrial settings. Its strong and dependable design means it can handle really tough environments but still gives very precise temperature readings.
PT100 C Temperature Sensor
The PT 100 C is a high-quality temperature sensor that works well for measuring temperature changes over a wide range. It uses platinum to measure temperature changes by checking how its resistance changes with temperature. Because platinum is very stable, the sensor can give accurate readings over a long time. It's very useful in both industrial processes and scientific experiments where keeping the right temperature very precisely is important for the process to work well. Its sturdy build also lets it hold up well in difficult working conditions.
Food Processing
PT100 temperature sensors are commonly applied in food processing, where they help control temperatures to prevent spoilage. In addition, during cooking or pasteurization, these sensors make sure the food is cooked at the right temperature to kill any germs. In cold storage and during transportation, sensors track temperatures to keep food fresh and safe. Due to their ability to offer accurate temperature readings, the temperature sensors are important in the food and beverage industry for cooking, freezing, and storage, as well as ensuring that the products are safe.
Pharmaceuticals
Maintaining correct temperatures is very important in the pharmaceutical industry. PT100 sensors track temperature during drug manufacturing to make sure each step is done just right. They also monitor temperatures in storage areas and refrigerators to keep medicines effective. When we do sterilization processes, sensors ensure that everything gets hot enough to kill germs. With their accuracy, the sensors are very important in tracking temperatures for making drugs, storing them, and making sure they stay safe and work well for patients.
Plastics Industry
Temperature control is important in the plastics industry for manufacturing and processing. The PT100 helps ensure that molten plastic stays at the right temperature during shaping and cooling. In injection molding, sensors make sure the plastic mixture is kept at the right temperature for good quality final products. They also track temperatures in machinery to keep everything running smoothly. Because it gives accurate temperature readings, the sensor ensures that the production process goes well and that the end products have the right qualities for the needs.
Vacuum Technology
Maintaining the right temperature is important for things like vacuum packing and electron microscopes. The PT100 sensor works even when the pressure is really low because it stays accurate and reliable. It helps control the temperature during vacuum drying, which is used to remove moisture from delicate items without harming them. In vacuum systems, it helps keep the right temperatures so that the vacuum works well for all sorts of uses. Its ability to perform reliably in low-pressure conditions makes it a key tool for keeping temperature steady in many important operations.
Temperature Measuring Range
The JUMO temperature sensor PT100 features a temperature measuring range of -50 to 600 degrees Celsius, making it suitable for several different temperature conditions. It is designed to measure temperatures in a very effective and accurate manner, either at very low temperatures like -50 degrees or at extreme high temperatures like +600 degrees Celsius. This wide range allows the sensor to be applied in diverse uses, such as in food processing and monitoring of refrigeration systems, or in industries like chemical and material processes, where the temperatures can be very high.
Accuracy
The PT100 platinum resistance thermometer features high accuracy, which is ±1.0°C, for general use, and it is ±0.5°C for more specific applications. This means that the instrument provides correct and repeatable readings of temperature. The sensor's accuracy ensures effectiveness within environments where temperature affects processes, such as in drug production or in material testing. It is possible to rely on the PT100 sensor to ensure that operations are performed within the required temperature ranges so that products are not damaged and quality is assured.
Sensor Element
The sensor element of the JUMO temperature sensor PT100 is made of pure platinum, which gives it excellent stability and reliability for measurements. Due to the characteristics of platinum, it will not change with time; thus, the sensor will be accurate regardless of how long it is used. The use of platinum makes it suitable for extreme conditions, such as corrosive environments or even those with very high temperatures. Sensors that use platinum as a material for their measurement element are known for their superior performance over the years and in a variety of environments.
Response Time
The JUMO temperature sensor PT100 has a response time of about 5 seconds when used in still air, and it can be shorter in moving air or liquids. This means it can quickly react to changes in temperature, which is great for processes that need real-time monitoring. Fast sensors can help in industrial applications where a small change in temperature may affect the outcome, for example, in the chemical reactions or material testing, so that adjustments can be made as required.
Using the JUMO temperature sensor PT100, proper installation is very important to get exact temperature readings. First, the sensor tip must be placed in the area where the temperature is measured, and this ensures that the part will get the right reading. Next, the sensor needs to be connected to the system properly so that it can send the readings out. The settings of the sensor must also be matched with the system so that everything works well together. Lastly, checking that the sensor is working correctly will confirm that it is giving the right temperature readings, and this is typically done by seeing if it matches other known temperature references.
JUMO temperature sensor PT100 works very well for measuring temperatures in different settings. For example, it works by getting a clear idea of the temperature in its environment and sending this information to the connected system. Specially made materials are used to ensure it responds quickly and accurately when temperatures change. This sensor is very strong and works well, even in extreme heat or cold. From cooking food to running large factories, the PT100 sensor helps keep many things at the right temperature all the time.
The JUMO temperature sensor PT100 stays very strong for a long time and works well if it is maintained carefully. The sensor should be checked every now and then to make sure it is giving the correct readings, and cleaning it helps prevent any buildup from affecting its accuracy. In very harsh areas, the sensor may need to be replaced after a while because its parts can wear down from the tough conditions. Sensors used outdoors or in very hot places often need more frequent checks. By taking a little time to care for the sensor, it will keep giving the right temperature readings for a long time.
Accuracy
The JUMO temperature sensor PT100 has the platinum resistance of 100 ohms that offers great precision, as it measures temperature with an accuracy of ±0.1°C. It is suitable for industries where small temperature changes make a big difference, such as in pharmaceuticals or aerospace. Its high accuracy ensures that processes stay within the required temperature limits for best product quality and safety. This helps prevent costly mistakes and keeps operations running smoothly.
Durability
The JUMO temperature sensor PT100 is very strong and can measure temperatures from -50°C to +600°C, so it can be used in very chilly places and very hot ones, too. Its sturdy build lets it work well in tough areas, like factories or outdoors, where sensors might usually get worn out. No matter how extreme the conditions get or how long it's used, this sensor will keep giving accurate temperature readings. Its durability means less time spent on replacing sensors and more efficiency in keeping production processes running.
Material
The JUMO temperature sensor PT100 uses platinum for its resistance wire, which gives very precise readings of temperature changes. It's different from other sensors that may use cheaper materials, like copper or nickel, that won't work as well at very high or low temperatures. Platinum can handle extreme conditions without losing accuracy, making it a good choice for harsh industrial environments. This ensures that processes stay under control, which improves product quality and safety in critical operations.
Installation and Maintenance
The JUMO temperature sensor PT100 is easy to install and doesn't take much work to keep it running. It can be fit into different kinds of machines and systems without any special tools. Once it's in place, it almost looks after itself and doesn't need much regular checking. Sensors that require lots of care and adjustments can slow things down, but this one works reliably with very little effort. That makes it a good choice for busy industries that need things to run smoothly without extra work for the staff.
The Temperature Sensor PT100 is widely used because it works so accurately under many different conditions. The sensor is used a lot in industries like food processing, chemicals, and even power plants, where it's important to keep track of temperature changes. Any small mistake with the temperature can lead to problems, so this sensor is very helpful for monitoring things precisely. It works well, whether the temperatures are very low or extremely high, which makes it a good all-around tool for controlling processes in many different industries.
The temperature sensor PT100 is simple to install and does not require much work to keep it running. It can be fit into different machines and systems without any special tools, so it's easy to get started. Sensors that need regular checks and lots of care can slow things down, but this one works reliably with very little effort. This makes it a good choice for industries that are busy because the sensor operates well without extra work for the staff.
The sensor's sturdy materials and strong design let it keep working well, even in extreme heat, cold, or harsh environments. While many sensors may break or wear out, the platinum sensor continues working accurately for many years. That means less time spent replacing sensors, which helps save money and keep production smooth.
The platinum resistance thermometer can measure temperatures as low as -50 degrees and as high as +600 degrees, making it good for both very cold and very hot conditions. This wide range means it can handle almost any temperature task, from freezing warehouses to high-heat industrial processes.
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