PTC200 / PTC700 便携式温度校准炉

Premium TCs

The calibrators of the Premium TC series are characterised by their unparalleled performance and outstanding ease of opereation. By means of the intuitive menu structure, all necessary inputs can be made quickly and easily. The large touch screen has plenty of room to display the reference, target and devices under test temperatures. At the end of a calibration process, the Premium TC provides the complete calibration certificate. The continuously growing bandwidth of supported temperature ranges supports an increasing number of temperature sensors on the market. They can be calibrated with a resolution of up to 0.001 °C / K and thus meet the highest requirements, e.g. of the food and pharmaceuticals industry.

PTC200 & PTC700 highlights

• Some of the best measurement uncertainties on the market

• Patented control technology - Fastest stabilisation times on the market - Time savings of up to 50 %

• -55–200°C (-67–392°F) is the widest temperature range with cooling and heating on the market g PTC200

• World's fastest dry-block temperature calibrator

• Unique hybrid technology: combination of highperformance resistance heating with Peltier elements specially optimized for the cooling process for fastest cooling and heat-up times

• Patented touch screen function for simple and convenient operation

• Accessories: device under test management with barcode scanner

Druck temperature calibrators

Druck temperature calibrators are used for the verification of the functionality and calibration of temperature

measuring devices and temperature sensors with a special focus on long-term reliability and utmost accuracy in combination with easy operation.

Every Druck temperature calibrator is meticulously tested for accuracy and stability. This is attested by our standard calibration certificate, which we issue with every temperature calibrator, or by means of an optional ISO 17025 calibration certificate. This is to guarantee that you receive a perfect product which can be traced back to national and international temperature measurement standards.

Features

Druck OS with touch screen

• Simple operation of the temperature calibrator via the integrated 7“ touch screen

→ Intuitive operation of the calibration functions

→ Management of calibration data directly on the calibrator

• Clear display

→ All important information at a glance

• Completely paperless calibration

→ Value calculation and transmission errors are excluded

• Glass surface made of multi-panel safety glass

→ Extremely robust against damage

→ Easy cleaning of the surface

→ Suitable for use in the food industry

Automatic calibration with camera

In calibration processes for devices under test with their own temperature display, the display of the DUT must be read for each calibration point. The read value is transferred by the user to the calibrator or the calibration certificate, and the subsequent calibration point is only approached after a manual acknowledgement. For this purpose, the user must return to the calibrator at each calibration point. In some cases, this can lead to long delays if the user carries out other tasks in between. With our automatic calibration with a camera, these timeintensive intermediate steps are no longer needed:

• The patented camera system automatically creates a recording of the DUT display at each calibration point. The subsequent calibration point is approached directly afterwards

→ No user interaction is required during the calibration process, as it is implemented automatically

→ All test points are approached without waiting times

• Upon completion of the entire calibration process, the user transmits the data of the created display records to the calibrator or calibration certificate

→ During the entire calibration process, the user is free to carry out other tasks

• The visual records of the device under test display at each calibration point are saved and attached to the calibration certificate as verification

Temperature control with ultra high speed (UHS) controller

• Temperature regulator with model-based state control

• Special regulation algorithm based on knowledge and experience from space travel

• Unique temperature stability of < 0.001 °C / K

• Anticipatory activation of the heating and cooling elements

→ The settling time to the target temperature is reduced by approx. 90% at each calibration point

→ Time savings of up to 50% with each calibration process