Find your direct and local support. Reach out to our Kaye team or our authorized partner in your region for your sales enquiries, technical or services support. We look forward to assisting you with all your thermal validation system, environmental monitoring, and cold chain needs.
When your validation work takes you on the move, the Kaye ValProbe RT Shipping Case ensures that your entire setup travels safely, securely, and effortlessly. Built with durability and effi ciency in mind, this rugged case is the ideal solution for storing and transporting your ValProbe RT system.
In today's rapidly evolving digital landscape, where pharmaceutical and biotechnology companies rely on accurate and reliable data, streamlined and flexible reporting is essential. With the release of its latest software version 2.1 for Validator AVS, Kaye introduces the Historical Live Report, enabling users to efficiently track, analyze, and manage historical data in real time for enhanced decision-making and compliance.
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.
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.
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.
When it comes to high-precision thermal validation in closed chambers—such as depyrogenation tunnels, drying ovens, or high-temperature test environments—real-time data loggers are indispensable tools. They offer unmatched flexibility in handling and placement while enabling continuous monitoring and validation. However, like all technologies, they face limitations—especially when operating in extreme heat.
In a time when companies face increasing pressure in a rapidly changing market, integrity is an essential pillar for sustainable success. At Kaye, a company of Amphenol, integrity is not just part of our corporate philosophy but also the standard by which all our decisions and actions are measured.
In the dynamic world of technological and automated solutions, innovation is the key to success. At Kaye, a subsidiary of Amphenol, we have embraced this core value for over 65 years. Our continually innovative approaches, which push the boundaries of what is technically possible to develop practical solutions, have established us as a leading provider in the validation of thermal processes. The needs of our users are at the forefront—from developing technologically outstanding products to meeting all regulatory requirements in the pharmaceutical and biotechnology sectors.
We’re excited to share a significant achievement — the Kaye India Laboratory in Hyderabad has officially been awarded ISO/IEC 17025:2017 accreditation by IQAS. This milestone marks a vital step forward in our continual efforts to uphold the highest levels of quality, precision, and technical capability in our testing and calibration operations. Receiving ISO 17025 accreditation demonstrates global recognition of our lab’s competency and commitment to delivering reliable and accurate results.
At Kaye, a subsidiary of Amphenol, we recognize diversity as a crucial component of our corporate culture. It fosters creative solutions and drives us to incorporate a global perspective into our daily decisions, which ultimately enhances our success and innovation.
Flexible to use Dry Block and Liquid Bath all-in-0ne Temperature Calibrator from -30°C to 150°C. The Kaye LTR-150 is the most advanced multi-purpose calibrator specifically designed to address the capacity and flexibility needs for thermal validation.
The success of the LabWatch system extends far beyond hardware and software installation. Our application engineers take responsibility for the entire project, from initial specification through system validation, providing accountability at each step along the way to a complete turnkey solution.
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The documents define a set of procedures to ensure that the LabWatch system and its associated components are properly installed and operated according to recommendations and adequately documented and controlled according to cGMP requirements.
The LabWatch™ environmental monitoring system is a complete solution for critical stability, environmental, and facility monitoring applications.
The LabWatch™ environmental monitoring system is a complete solution for critical stability, environmental, and facility monitoring applications. LabWatch detects alarm conditions and alerts personnel wherever they are, documents any number of chambers without generating stacks of paper, protects data with secure storage, and lets you access data easily for analysis.
With the LabWatch system, current alarm status and sensor values can easily be retrieved by dialing into the system. Simply enter your access code into the phone and the LabWatch system will give the options of a full alarm summary or, report the live values from any requested sensor or chamber.
The LabWatch environmental monitoring system provides the flexibility to generate reports automatically and on demand. By maintaining a secure archive of monitored values from your chambers, the system can readily provide the information you need for internal and regulatory-required documentation.
LabWatch is available with the RF ValProbe data-collection system for real-time wireless validation. The RF ValProbe units collect temperature and humidity information and transmit it to the Labwatch system.
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Integrating high quality sensors, latest wireless and wired technologies for communication and networking abilities into an easy-to-use Information Management Solution, LabWatch combines precision monitoring with effective alarming, hassle-free reporting, and secure data archiving.
LabWatch detects system excursions and can alarm personnel wherever they are. It can document any number of chambers without generating stacks of paper, protect data with secure storage, create an audit trail of alarms and actions taken by the system and system operators and provides ready access to historical data.
The extensive reporting capabilities of the LabWatch system allow you to generate reports in compliance with FDA, GMP/GLP, AABB, JCAHO, AAALAC and other regulatory bodies. By maintaining a secure archive of monitored values from your sensors, the system can readily provide the information you need for internal analysis and regulatory required documentation.
Whether you are looking for monitoring 5 or 500+ inputs, on a stand alone Computer or on a networked Enterprise system spread globally, LabWatch provides the building blocks to meet your specific needs. LabWatch provides the flexibility for you to build up your own system or get a turnkey end to end solution from GE Sensing.
With sophisticated monitoring and reporting features, Kaye LabWatch proves to be an effective turnkey solution for your laboratory, warehouse and stability monitoring needs. The system provides a cost effective way to view and collect real time data for regulatory compliant monitoring of your valuable inventory. Critical environmental information is provided to assure that your equipment is operating within defined parameters, thereby protecting your assets and providing a ready trail of compliance.
The Kaye LabWatch system is built as an Enterprise Architecture Model encompassing intelligence and redundancy at multiple levels in the system. Each of the elements in the architecture are robust, complete & independent sub systems. At the primary input of the system lie the extremely accurate calibrated sensor modules (temperature/humidity/CO2/Pressure/etc.). These sensor elements feed into the RF Valprobe data loggers or the Netpac modules. The battery operated RF Loggers store and forward the real time data from the sensor elements at programmed interval to the RF Base Stations. Up to 30000 samples can be stored on these loggers and can be retrieved incase of a power failure on the base stations or RF transmission issues.
The loggers communicate data real time via a robust and reliable 2.4 GHz RF (Radio Frequency) Wireless network interconnected via the SmartMesh technology to the base stations. The RF base stations have the ability to connect to up to 100 loggers and 8 such base stations can be connected to a LabWatch system via an Ethernet network or USB. The RF Base stations provide the second level of redundancy in case of a Network or Server failures and can store 30000 samples from each of the 100 loggers. The RF Base stations communicate to the LabWatch Server via the industry standard OPC Server.
The LabWatch system can be a Wireless or a Wired System. The system architecture supports a Hybrid system with Wired and Wireless inputs based on the customer application or to add new Wired or Wireless points to an existing Wired/Wireless networks. In a Wired System the sensor modules are physically wired to a Netpac module. The Netpac modules are connected to the LabWatch system through an Ethernet or RS485 connectivity. The Netpac modules communicate to the Server via a Netpac Driver loaded as part of the LabWatch System.
LabWatch is a complete application residing on the LabWatch Server (typically a Windows 2012 R2 Server) and consists of multiple software modules like the GE Intellution iFix Software, Win 911 for alarming, Drivers for communicating with RF Base stations and Netpacs and the User Application Software. All the data from the sensor modules, application configuration information, audit trail, security information is stored on the LabWatch Server. User can access the LabWatch system remotely via a Terminal Client or View Node or the Web Client depending on the Server Configuration. A redundant Server can also be configured to act as a backup in case of the primary server failure. The LabWatch application is configured to archive all the information and data at periodic intervals to the IT specified backup location.
| Operating Systems | Microsoft Windows Server 2012 R2 (64-bit) |
|---|---|
| Software | Intellution iFIX, LabWatch Alarm Reporting System, WIN-911 Alarm Notification |
| Compatibility | Interfaces with any OPC based hardware, Kaye Netpacs and RF Mesh Sensors. |
| Inputs | Voltages ±55mV, ±100mV, ±1V, ±10V Currents 0 to 1mA, 4-20mA, 10 to 50mA Thermocouples J, K, T, R, S, E, B (inc. cold junction compensation and linearization) RTD Pt-100, Cu-10 Dry Contact Open/Closed |
|---|---|
| Input Capacity | From 20 to 100 inputs in 20-input increments: NEMA 2 or 4 enclosure |
| Outputs | Contact out, 2A at 26 VDC, 1A at 120 VAC Analogue out 0 to 10VDC, 0 to 5VDC, 4 to 20mA, 1 to 5mA |
| Environmental | Temperature: 0 to 60°C; Humidity: 0 to 95% non-condensing |
| Communications | Two-wire serial RS-485; Maximum distance from host: 16,000 ft. (5,000 m) or TCP/IP over corporate LAN for greater distances |
| Power | Input: 12 VDC, 24 VDC, 115VAC, 230 VAC Consumption: 11W maximum for any number of channels |
| Thermocouples | J, K, T: Specs for type T: Stranded, 22 AWG , Accuracy ± 0.1°C at 40°C, ± 0.25°C at 121°C; Variation within group (type) ± 0.03°C at 40°C, ± 0.05°C at 121°C |
|---|---|
| Humidity | Input for humidity only or with temperature: Humidity accuracy: 1% or 2%; Output: 4 to 20mA; Power 24 VDC; Temperature range: -10 to 78°C, ± 0.3°C accuracy |
| Other Sensors | Light (visible & UV), pressure (absolute and diff erential), fl ow, CO2, door switches |
| Temperature | Internal sensor range: -20 to +60°C (Accuracy of 0.6°C from 0 to 45°C) External sensor range: -196 to +200°C (Accuracy of 0.1°C from 0 to 60°C) Maximum cable length of external sensor is 30 feet/9 meters |
|---|---|
| Relative Humidity | Internal sensor range: 0 to 100% RH (Accuracy of 2% from 10 to 90% at 25°C) |
| Auxiliary Inputs | Contact Dry (50V maximum) Voltage 0-10 VDC (Accuracy of 0.5% Full Scale) Current 4-20 mA (Accuracy of 0.5% Full Scale) |
| Input Capacity | 1 x Temperature + 1 x RH 1 x Temperature + 1 x RH + 0-10VDC/4-20mA + Contact 5 x Temperature (3-wire or 4-wire 100O RTD) |
| Environmental | Body: -40 to 60°C, 0% to 95% RH non-condensing External Temperature Probe: -196 to +200°C Logger Dimensions: 2.5 in x 5 in x 1.25 in (64 mm x 127 mm x 32 mm) Base Station Dimensions: 7.5 in x 5 in x 1.75 in (190 mm x 127 mm x 45 mm) |
| Battery Life | 8000 hours at 1 minute sample rate |
| RF Base Station | Max number of nodes: 100 Connection: Ethernet or USB2.0 |
| RF Specifications | 2.4 GHz SmartMesh® Technology Range is approximately 300 feet/90 meters from one node to another Each node acts as a repeater |
| Logger Storage | Up to 10,000 data samples |
