VWR 620-1584 traceable thermometer with large digits and triple display: the benchmark for professional temperature monitoring
The VWR 620-1584 thermometer is specially designed for professionals who require accuracy, practicality and traceability in temperature monitoring. It is an essential device in laboratory environments, pharmaceutical settings or any context requiring strict control of thermal conditions. Thanks to its triple digital display, it allows instant and simultaneous reading of the ambient temperature (IN), the probe temperature ( OUT), and the associated limits or memories. Each piece of information is displayed with remarkable clarity thanks to its large digits, which are perfectly visible even from a distance or in low light conditions.
The technology behind this thermometer is based on a dual probe: an internal probe for ambient temperature and an external bottle-type probe for accurate measurements in controlled environments, such as refrigerators or incubators. The generous cable length (3 metres) offers great installation flexibility, allowing the probe to be placed exactly where it is needed. The minimum and maximum values reached are automatically recorded, ensuring complete traceability of the temperature history since the last reset.
This model also offers adjustable audible alarms for high and low temperatures, which can be activated independently for each channel (IN/OUT). These alerts protect sensitive samples and equipment by immediately warning when the defined thresholds are exceeded. The user can easily switch between display modes using buttons on the back of the device, as well as activate alarms or switch between °C and °F units.
Certified by an ISO/IEC 17025 accredited laboratory, the VWR 620-1584 guarantees accurate measurements from the first use. The device is powered by an easily replaceable AAA battery and retains data even when switched off.
Its simple design does not compromise its robustness. Its compact and lightweight casing is designed for reliable everyday use, with an interface designed to minimise handling errors.
