Meets TMD requirements for vaccine storage under VFC/CDC guidelines. Range to -50°C/-58°F for freezer and ultra-low freezer storage monitoring. Alarm, min/max, includes glass bead vials and NIST-Traceable calibration certificate.
- Includes 3-point NIST-Traceable calibration certificate
- Records date and time of Max/Min
- LED and audible alarms
- Range from -50 to 70°C (-58 to 158°F)
- Includes glass bead vials
- Ideal for vaccine and pharmaceutical storage
Protect your valuable refrigerated and frozen products with the PharmAlarm 2 Max/Min Recording Thermometer. It records the date and time of max and min temperatures with audible and visual alarms. Alarm LED stays illuminated even if system returns to normal conditions.
Program alarms for both channels and the unit will sound an alert if the breach conditions are met. With a date and time function, you'll know exactly when the max and min values were reached with quick on-screen recall. The PharmAlarm 2 measures accurately from -50 to 70°C (-58 to 158°F). Rest the PharmAlarm 2 on a shelf with a convenient kickstand or attach to the side of fridge/freezer with magnetic rear mounts.
Each PharmAlarm 2 ships with two external temperature sensors housed in a vial of glass beads that more accurately measures biopharm stored chilled products. Also included is a 3-point NIST-Traceable calibration certificate with test data at -20, 25, and 50°C.
|Probe Range||-58 to 158°F (-50 to 70°C)|
|Environmental Range||32 to 122°F (0 to 50°C)|
|Reading Update||10 seconds|
|Time/Date Format||12-hour and month/day/year format|
|Battery||1.5 volt, type AAA or equivalent x 2 pieces (included)|
|Probe Cord Length||39.4 L inches (1 L m)|
|Display||0.63 H x 3.5 W inches (16 H x 90 W mm)|
|Dimensions||1.77 H x 5.3 W x 0.9 D inches (45 H x 135 W x 23 D mm)|
|Calibration||NIST-Traceable certificate included, 3-point (-20, 25 and 50°C)|
Convenient flip-out stand or
magnetic pads for easy mounting.
External Glass Bead Temperature Vials
Better approximates biopharm chilled products temperatures without risk of leakage.