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The Motor101A measures and records on and off status changes for motors or other equipment drawing up to 200 Amps. The state change occurs when the current switch exceeds the 150mA set point. This allows for most basic equipment to be monitored. The current switch monitors whether there is current passing through a wire around which it is clamped. When the current exceeds 150mA’s, the output changes and provides a voltage for the Motor101A to measure. The device can hold up to 406,323 state changes, but memory will only be used if the status has changed. The device can be programmed to check for status changes 4 times per second up to once every 24 hours. The Motor101A-NC includes the data logger and current switch. The Motor101A-C includes a data logger, current switch and an IFC200 interface cable.

The Rain101A is a complete system to accurately measure and record rainfall over long periods of time. It comes complete with an Event101A data logger, weatherproof enclosure, tipping bucket rain gauge, 50’ of cable and the IFC200 interface cable and software package. It can record up to 6” of rainfall every hour and 131” of rainfall total. The Rain101A only records to memory when rainfall is present, maximizing the amount of time the system can record. Using the logger’s built-in Engineering Units, the data can be offloaded and displayed in user-specified units (eg. inches, centimeters). The software can “totalize” the rain bucket tips, allowing easy viewing of the accumulated rainfall over the time period of interest. The Rain101A features a 10 year battery life, 4Hz reading rate, a multiple start/stop function, ultra-high speed download capability, 406,323 reading storage capacity, optional memory wrap, battery life indicator, optional password protection and more.

The SMR101A is a small, battery powered, soil moisture data logger in a weatherproof enclosure. It provides accurate volumetric water content measurements over a complete range from dry to saturated. The SMR101A has a 10 month battery for long-term deployments and soil studies, over multiple seasons. It also features a 4Hz reading rate, a multiple start/stop function, ultra-high speed download capability, 1,000,000 reading storage capacity, optional memory wrap, battery life indicator, optional password protection, and more. The SMR101A comes with the EC-5, a high accuracy soil moisture probe (pictured above), with a response time of 10ms, that can be used in all soil types. For easy soil moisture analysis and trend information, MadgeTech software provides a time and date stamped graph. This data may be viewed, printed or exported to third-party programs (Excel, etc…) for more detailed analysis and irrigation management. Soil moisture data is essential in determining and scheduling irrigation for proper plant growth, care and research. This data is also useful in determining the health of the soil and plant root systems.

The ThermoVault1000-FP system comes with a stainless steel thermal barrier and a Temp1000FP data logger. This durable system can withstand temperatures up to 230°C when completely submerged and 350°C in dry heat applications (enclosure o-ring removed). The ThermoVault1000-FP is easy to use, simply open the enclosure, insert the Temp1000FP, thread the probe through the end cap and latch it back onto the barrier body. The Thermovault1000-FP is built for use in applications that required extreme temperature monitoring, such as with furnace profiling, geothermal down-hole recording, and oven data logging

The ThermoVault1000-P system includes a stainless steel thermal barrier and a Temp1000P data logger. The durable enclosure can withstand temperatures up to 230ºC when completely submerged and 350ºC in dry heat applications (o-ring removed). The device is easy to use, simply open the enclosure, insert the Temp1000P, thread the probe through the end cap and latch it back onto the barrier body. The Thermovault1000-P is built for use in applications that required extreme temperature monitoring, such as with furnace profiling, geothermal down-hole recording, and oven data logging.

The ThermoVault140 is an extreme high temperature data logging system, for use with a HiTemp140 data logger and stainless steel thermal barrier enclosure. This durable system can withstand temperatures up to 250°C when completely submerged and 350°C in dry heat applications (O-ring removed). The ThermoVault140 is built for use in harsh applications that require extreme temperature monitoring, such as with furnace profiling, geothermal down-hole recording, and oven data logging. The ThermoVault140 is available in multiple probe sizes. The 5.25” probe is ideal for ambient temperature monitoring, while the 24” flexible probe can be easily adjusted to measure hard-to-reach locations, or even the internal temperature of a product.

MadgeTech's Ultra Low Temperature Freezer Validation System can measure and log data as low as -86°C. It can be placed in small and large freezers of varying configurations. The system provides a complete stand-alone temperature mapping and validation solution for freezers to ensure uniform storage and testing conditions. The ULT90 includes a USB docking station with 6 feet of cable (IFC300), 15 Cryo-Temp data loggers, and MadgeTech's Secure Software and IQ/OQ/PQ validation protocols, aiding compliance with FDA 21 CFR Part 11. For larger freezers, loggers can be plotted in one graph to show variances in different parts of the freezer. Finally, as failure to monitor external freezer temperatures may invalidate internal freezer temperatures, an additional Cryo-Temp can be included for placement outside of the freezer.

MadgeTech's Ultra Low Temperature Freezer Validation System can measure and log data as low as -86°C. It can be placed in small and large freezers of varying configurations. The system provides a complete stand-alone temperature mapping and validation solution for freezers to ensure uniform storage and testing conditions. The ULT90 includes a USB docking station with 6 feet of cable (IFC300), 9 Cryo-Temp data loggers, and MadgeTech's Secure Software and IQ/OQ/PQ validation protocols, aiding compliance with FDA 21 CFR Part 11. For larger freezers, loggers can be plotted in one graph to show variances in different parts of the freezer. Finally, as failure to monitor external freezer temperatures may invalidate internal freezer temperatures, an additional Cryo-Temp can be included for placement outside of the freezer.