^ Sanitary Sensor Calibration High Speed, & High Volume Calibration VMETEK SENSORS, TEST & CALIBRATION

Your Sanitary Sensor Solution One of the technicians' most challenging calibration jobs is the awkward sanitary sensors used predominately in the pharmaceutical and food and beverage industries. To accurately calibrate these sensors, the technician must place the sensing element in the uniform zone of the temperature calibrator. However, correctly placing the sensing element is often difficult due to the small length of the sanitary sensor or the  New Liquid Calibration System: A redesigned liquid calibration system and a faster magnetic stirrer result in a longer temperature uniformity zone....

Sanitary Sensor Calibration in Our Temperature Bath Our new patent-pending temperature calibration technique allows users to calibrate large diameter, short sanitary sensors in situations that closely mirror the sensor’s day-to-day use. By isolating the liquid in the main block from the excess liquid around the flange, we have removed the liquid flow effect and the need for a precise liquid level, two traditional sources of error. We have combined knowledge learned through our years of producing temperature calibrators with the feedback given by users in the field and created the industry’s only...

Sanitary Sensor Calibration in the Dry-Block Configuration For customers that prefer the speed and cleanliness of a dry-block calibrator, we offer solutions to Once mounted, the RTC-168 combines the help you calibrate sanitary sensors. It starts with a custom insert that includes a cable groove which external cable reference sensor and the built-in allows users to slide our new STS-102 A 035 reference sensor under the flange of the sanitary sen- internal reference sensor to fuel its dual-zone sor. Place the sanitary sensor into the middle of the insert, and you’re ready to calibrate. As sanitary...

Additional RTC-168 Dry-Block Features Calibrating Large Sanitary Sensors New Insert Adapter Supports Your Investment As sanitary sensors come in many shapes and sizes, the flange of the sensor can often create the big- For customers who are currently using our gest challenge for calibration technicians. If the diameter is too large, this may prevent the sensing JOFRA ATC-156 & RTC-156 for their sanitary element from reaching the ideal zone in the temperature calibrator. sensor calibrations, we have a solution that will save you money. Our new insert The RTC-168 solves this problem with the largest...

Dry-Block and Liquid Temperature Bath Calibration When considering their temperature calibration options, technicians often must decide between a dry-block calibrator and a liquid temperature bath. Each solution has distinct advantages over the other, and they also come with different drawbacks. But, with the RTC-168, you don't have to decide. You can have the best of both worlds. And if that wasn't enough, our new liquid container makes switching from one to the other quick, safe, and clean. Advantages of Liquid Calibration ■ You do not need inserts for the different types of sensors. ■ You...

DLC—Dynamic Load Compensation. Making Dry Calibration Accurate and Well Documented DLC To bring our well documented active dual-zone technology to an even higher level, we have developed the patented DLC system. This feature makes it possible to perform top calibration specifications without being affected by the actual load, e.g. many sensors or very big sensors. The DLC sensor improves on the RTC calibrator’s already advanced dual-zone technology by controlling the homogeneity in not only the well, but inside the insert where the sensors-under-test are placed during calibration. The DLC sensor...

High Accuracy Temperature Calibrator Among the many features of the RTC Series, one of the most important that our customers depend on is its high accuracy. Through years of innovation and patents, we have continued to solve challenges our customers face when calibrating a wide variety of temperature sensors. Homogeneous Zones Reference Sensors Upper Zone We offer reference sensors that communicate directly with the temperature calibration of sensors, whatever the RTC to automate accurate calibrations for customers looking to type or format. Our innovative active dual-zone provide an even more...

Important RTC Features While the RTC Series boasts several features designed to bring the highest accuracy, we also have strived to make it easy to use. A simple user interface and helpful features are what help the RTC stand apart from the competition. User Interface  Stored Set-Ups: For users who routinely reuse the same instrument set-ups, they can store the The RTC features a full-color display, which shows all vital information for the current set-up in setting in their RTC, so they can quickly retrieve them the next time. large, easy-to-read digits. In addition to the temperature information...

Accessories and Supporting Products We have a line of accessories and supporting products that further enhance the RTC-168 temperature calibrator. These products provide options to pick and choose from depending on your application requirements. We have something to support almost any situation, from items that make calibrating and transporting easier to products that change and document the calibration process. Important Accessories Supporting Products Specially Designed Carrying Case JofraCal Calibration Software It's more than just a rolling case. Our case includes compart- JofraCal is a highly...

Specifications Functional Specifications Temperature Range Dry and Liquid @ ambient temp. 0°C / 32°F. . . . . . . . . . . -30 to 165°C/-22 to 329°F @ ambient temp. 23°C / 73°F . . . . . . . . . -30 to 165°C/-22 to 329°F @ ambient temp. 40°C / 104°F. . . . . . . . -17 to 165°C/1.4 to 329°F Liquid in Container @ ambient temp. 0°C / 32°F. . . . . . . . . . . -30 to 160°C/-22 to 320°F @ ambient temp. 23°C / 73°F . . . . . . . . . -26 to 160°C/-15 to 320°F @ ambient temp. 40°C / 104°F. . . . . . . . -13 to 160°C/8.6 to 320°F Accuracy with External STS Ref. Sensor (models B and C) In Insert. . . ....