TFA Dostmann Digital Freezer / Fridge Thermometer, -30 to +50 C

The TFA Dostmann Digital Freezer / Fridge Thermometer offers reliable temperature monitoring across a range of -30 to +50 C, with a permanent display of maximum and minimum values so you can track conditions at a glance. Clear freezer and fridge symbols make readings easy to interpret, and the design allows mounting on surfaces or behind glass. Compliant with EN 13485, it is also suitable for professional use.

Key Features:

• Brand: TFA Dostmann
• Type: Digital freezer / fridge thermometer
• Measuring Range: -30 to +50 C
• Memory: Permanent display of maximum and minimum values
• Display: Clear freezer and fridge symbols
• Mounting: On surfaces or behind glass
• Compliance: EN 13485 compliant, suitable for professional use

Simple, clear and standards-compliant, the TFA Dostmann freezer / fridge thermometer is a dependable choice for monitoring refrigerated and frozen storage in laboratory and professional environments.

Frequently Asked Questions

1. What is the TFA Dostmann Digital Freezer / Fridge Thermometer, -30 to +50 C used for?

It offers reliable temperature monitoring across a range of -30 to +50 C, with a permanent display of maximum and minimum values so you can track conditions at a glance. Clear freezer and fridge symbols make readings easy to interpret, and the design allows mounting on surfaces or behind glass. Compliant with EN 13485, it is also suitable for professional use.

2. Is this product suitable for professional use?

Yes. It is designed for professional use, and offers digital freezer / fridge thermometer and -30 to +50 C to support this kind of work.

3. What type and measuring range does this product have?

It has digital freezer / fridge thermometer, -30 to +50 C and permanent display of maximum and minimum values.

4. What display and mounting does this product offer?

It offers clear freezer and fridge symbols, on surfaces or behind glass, EN 13485 compliant, suitable for professional use and permanent display of max. and min. values.