Kaye ValProbe RT CO₂ Logger

The 3-in-1 data logger from the Kaye ValProbe RT product line offers the capability to measure critical parameters such as CO₂ (carbon dioxide), relative humidity (RH), and temperature with a single device. For applications where these measurements are quality-critical, the Kaye ValProbe RT CO₂ Logger provides economical, accurate, and GxP-compliant recording and documentation of these parameters.

Kaye ValProbe RT 1.3

ValProbe RT, Kaye’s industry leading wireless validation system, is ready to operate at version 1.3. This major software update implements many new features that greatly improve user experience.

Common Reporting Tool 1.4

The Common Reporting Tool is a comprehensive software compatible with Windows based PCs. It enables you to create reports from your Kaye Validator AVS or ValProbe RT Qualification study files, offering a practical solution for documenting the results of your validation studies.

Kaye LTR-200

The Kaye LTR-200 is a multi-purpose Temperature Calibrator specifically designed to address the capacity and flexibility needs for thermal validation. This essential Temperature Calibrator utilizes its ability to perform Temperature Calibration on up to 24 thermocouples capacity. Due to hybrid technology, the LTR-200 Temperature Calibrator saves hours of time and effort when calibrating or verifying validation Temperature Sensors.

Kaye ValProbe RT 5-Channel Bendable Logger

The real-time Kaye ValProbe RT data loggers, obtainable in one and two sensor versions, are now also available with five sensors in conjunction with bendable probes. The advanced electronics of the loggers in combination with the PT-1000 Sensors achieves an accuracy of up to 0.10°C and at the same time enable an extended battery life. This Logger supports up to 100,000 samples per measurement channel – so a total of up to half a million datapoints per device.

In the meticulous environment of pharmaceutical operations, ensuring the integrity and security of data loggers is paramount. The management of Kaye ValProbe (RT) data loggers requires high-quality, robust solutions to simplify transport, storage, and management—key aspects to maintain the accuracy of crucial data.

Everyone who has ever purchased a measuring system knows this. The true quality of the supplier is not only shown in printed words on a data sheet or a favorable offer. It shows itself when it comes to essential after-sales support. Be it the annual calibration, help, and support during commissioning, training for changing operating personnel, or bridging bottlenecks in your own measuring device. Particularly attentive readers of our blog series are certainly looking forward to what Kaye has had to offer in this area from the beginning.

Isn't it familiar? Despite all precautions and a detailed validation plan, it can happen that at the beginning of the validation you realize that one or more measuring systems are outside the calibration interval or are defective. This is annoying as it usually means a delay in qualification and a delay in the planned equipment validation - with all the associated costs. An effective method to avoid such unwanted changes in planning is to secure all Kaye validation and monitoring systems through a fixed and individually tailored maintenance plan. But how can Kaye as a manufacturer assist?

Kaye is more than "just" a supplier of high-precision measuring systems. From the outset, the technical solution has always been viewed in the context of the application. Over the years, an extensive range of useful and labor-saving accessories has been developed. From a variety of different temperature sensors (thermocouples) and special pressure sensors, brackets and feedthroughs, transport boxes or necessary IQ/OQ documents, to specially coordinated calibration units, application-specific complete solutions are offered. In today's blog post, we would like to introduce some of them in more detail.

Enhancing measurement accuracy is crucial in achieving reliable data, and it starts with considering sensor-dependent immersion depth. By calibrating and adjusting the entire measurement chain—including both sensors and data loggers—engineers can ensure precision and consistency in their readings, leading to more trustworthy outcomes in various applications.