RF ValProbe II HIGH ACCURACY MEASUREMENT O F T E M P E R AT U R E A N D H U M I D I T Y

RF ValProbe II Simplified Real-Time Validation The Kaye RF ValProbe II integrates breakthrough RF Mesh technology with enhanced technology thermal validation in situ loggers.The Kaye RF ValProbe II loggers operating range of -40°C to +60°C and temperature sensor range of -200°C to +200°C make them ideal for real-time RF validation and monitoring of environmental chambers, warehouses, freezers, refrigerators and steam-inplace (SIP) applications. The RF ValProbe II system utilizes a 2.4 GHz RF Mesh network and multiple redundant data storage to provide ultra-reliable and robust communications and...

∙ RF Mesh Networking technology provides reliable real time process data. Uses global 2.4 GHz RF frequencies ∙ Provides 100% data redundancy in both remote logger and base station in addition highly reliable RF network ∙ New industrial design with integrated LCD display ∙ Dual powered, logger runs on AC power and / or battery. Battery life greater than 1 year in typical use, using standard 3.6V AA Primary Lithium batteries ∙ Additional options for redundancy data retrieval and backup using micro SD card and USB ∙ Emergency battery backup for base station (30 min) for uninterrupted operation using...

SmartMesh® Technology Mesh networking technology is proven in many harsh environment applications. Its implementation in the Kaye product line allows up to 40 loggers to be connected in a seamless, reliable and self-forming mesh network. The mesh technology permits loggers to communicate with the base station and each other, correcting for weak RF links and automatically adjusting to dynamic RF environment, ex. a forklift truck driving into a warehouse blocking a signal. Interference from WiFi and other existing industrial RF networks is removed due to the frequency hopping features. No special...

The technology combines SmartMesh frequency hopping with TDMA (Time Division Multiple Access). In addition the mesh protocol permits the system to learn about the RF environment and dynamically adjust the network parameters to best fit the current situation. The network provides an accurate time reference for the whole network, ensuring all loggers and the base station are time synchronized correctly. Each data sample is timestamped with this network time. COEXISTENCE WITH OTHER RF SYSTEMS The RF ValProbe complies with the IEEE 802.15.4, the preeminent RF sensor network standard. Features like...

The Kaye RF ValProbe Software includes an intuitive, yet powerful reporting utility for generating Set-Up, Calibration, Qualification, Graph and Calibration Verification reports to document validation study results. Reports are generated from secure data files that can only be read by the system software. Upon study completion, process cycles to be analyzed are defined using the intuitive system graphic feature. add up to 15 cycles, separating qualification data into specific process phases, and create up to 25 groups with their own calculations and graphs during reporting. QUALIFICATION Reports...

SECURITY, PASSWORDS AND AUDIT TRAILS The Kaye RF ValProbe is specifically designed to enable compliance with FDA 21 CFR Part 11. All recorded data, including calibration offsets, set-up parameters, and administrative tasks are saved in secure, encrypted, tamper-proof electronic records in a format accessible only through the system software. All user inputs which could impact user data, for example starting a study or running a calibration, are protected via secure username / password logins, and are all logged in the secure audit trail database. SATURATED STEAM CALCULATION Easy integration between...

Steam In Place Application The Kaye RF ValProbe system permits up to 40 distributed loggers, measuring both temperature and pressure. The system allows large SIP systems to be validated or re-validated in single large sections without the need for repeated SIP studies. The temperature sensor is a precision small diameter bendable type RTD designed to permit easy access to pipes and vessels through gaskets. The temperature probe remains in place and can be fed along pipe work or placed into stainless vessels or filter bodies. The high accuracy pressure transducer is designed for 121C and 134C...

ENVIRONMENTAL Body (Logger Enclosure) ∙ -40°C to 60°C (Storage) ∙ 0 to 90% RH non-condensing ∙ -25°C to 60°C (Operating) 0 to 90% RH non-condensing ∙ ±2% from 25 to 85% RH @ 25°C to 40°C (Non-condensing environment) ∙ Certificate states ICH Points We provide a complete array of services for the RF ValProbe product range: ∙ Onsite installation, commissioning and IQ / OQ for RF ValProbe system ∙ Operator training and technical support ∙ Maintenance agreements ∙ Factory calibration ∙ Rental services Body (Base Station Enclosure) ∙ 40°C to 60°C (Storage) ∙ to 90% RH non-condensing 0 ∙ °C to 50°C...

RF Thermal Validation System Ordering Information RF VALPROBE LOGGERS Model# RTD1 RTD2 RTD3 RTD4 RTD5 RH Voltage Current Contact X3001D-0-0 X3001D-H-0 X3001D-H-V X3001D-H-A X3002D-2 X3002D-5 X3001N-R RF VALPROBE ORDERING EXAMPLE (x3001D-0-0-XXX, XXX=Probe length suffix) Model# Description X3001D-0-0-N10 RF ValProbe Logger with Display, includes Single 10ft External Temperature Probe, no RH Sensor, no auxiliary nputs. Rubber Boot for Mounting and Protection and Calibration Certificate. i RF ValProbe Logger with Display, includes Single 10ft External Temperature Probe, Internal RH Sensor, no auxiliary...

RF VALPROBE SENSORS Model# Description 237-076-N02 RF VP Validation Probe, 2ft Long Flexible Cable with PT100 Pt. Element RF VP Validation Probe, 3ft Long Flexible Cable with PT100 Pt. Element RF VP Validation Probe, 5ft Long Flexible Cable with PT100 Pt. Element RF VP Validation Probe, 10ft Long Flexible Cable with PT100 Pt. Element RF VP Validation Probe, 15ft Long Flexible Cable with PT100 Pt. Element RF VP Validation Probe, 30ft Long Flexible Cable with PT100 Pt. Element RF ValProbe Bendable Probe, 20” Long with PT100 Pt. Element RF VALPROBE BASE STATION Model# Description X3000 RF ValProbe...