MicroPOINT1 Temperature Logger ULTRA-PRECISE TEMPERATURE RECORDER LOGS 32,000 READINGS MICROPOINT1 SPECIFICATIONS Operating Temperature: -40°F to +176°F (-40°C to +80°C) Temperature Accuracy: ±0.5°C (0°C to +50°C) Temperature Resolution: 0.1°C Response Time: 15 minutes in still air Time Accuracy: ±100 ppm at 20°C ±1 min/month Storage Capacity: > 32,000 readings Battery: Replaceable Lithium 3.6V Recording Rates: 2,5,10,15 and 30 seconds Data Format: Date & Time Stamped; °F, °C, °K, or °R Dimensions: 0.6" x 1.4" x 2.15" (15mm x 35mm x 54mm) Weight: 0.9 oz. (23 grams) Visual Indicator: LED flashes at customer selected reading rate Pharmaceutical The United States Pharmacopoeia has set standards aimed at monitoring storage and distribution temperatures because temperature extremes can effect the stability of pharmaceutical articles. Regulations have been established which discuss acceptable Controlled Room Temperature, temperature "spikes" and Mean Kinetic Temperature (MKT). USP 24-NF 19 requires businesses that warehouse pharmaceuticals - such as pharmacies and hospitals - maintain the temperature of the storage area so the calculated MKT does not exceed 25°C. The MicroPOINT 1 and Micro Humidity Logging Thermometer provide this data through the MSLP software by clicking the "statistics" option for the whole data set or a "zoomed" subset of the data. Micro Series Support Package DATA ANALYSIS SOFTWARE The Telatemp MLSP Support Package includes everything you need to set up, start and download data from any number of data loggers in the Micro Series using a PC. To get started, the user connects the Interface Cable to the logger and to the PC's serial port, inputs the device ID description and starts the data collection through the easy-to-use software. The software is compatible with Windows 95® or newer and configures itself appropriately. Also provided is statistical analysis for the whole data set or any "zoomed" subset of the data. Some of the statistics provided are minimum, maximum, arithmetic mean, standard deviation and mean kinetic temperature.
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