Testo 805i Bluetooth Infrared Thermometer, -30°C Min, ±2.5 °C Accuracy, °C Measurements With RS Calibration

In combination with a smartphone or tablet, the infrared thermometer testo 805i functions as a compact measuring instrument for wall temperatures as well as for fuse and component temperatures in air-conditioning systems. The measurement location is clearly marked with a multi-point laser circle. Users can read off their measurement values comfortably in the testo Smart Probes App installed on the end device. Using the App, images including temperature value and laser marking can also be created and documented. Detection of mould-endangered areas is simplified by a special menu. The measurement protocols can be sent directly as PDF or Excel files.

Professional measuring instrument for use with smartphones/tablets
Non-contact, infrared measurement of the surface temperature
Measurement spot marking with easily visible 8-point laser circle
Easy selection of emissivity with stored material list
Image documentation with measurement values and measurement spot marking
Optics 10:1, measuring range -30 to +250 °C
Dimensions 140 x 36 x 25 mm
Emissivity 0.1 to 1.0 adjustable

Requires iOS 8.3 or newer, Android 4.3 or newer, mobile end device with Bluetooth 4.0

AAA batteries (x3), calibration protocol

For reliable temperature measurement in your work environment, choose the 805i infrared thermometer from Testo. It's compatible with Testo's Smart Probes app for ease of data transfer, making it simple to collect and analyse your results. Thanks to its broad temperature measurement range of -30°C to +250°C, it's suitable for use in harsh industrial environments.

• 8-point laser circle clearly marks the measurement spot for accurate readings
• Compact dimensions of 140 (length) x 36 (width) x 25mm (height) for ease of handling
• Long battery life of 30 hours for long-lasting portability

• Air conditioning systems
• Energy sector
• Building and construction

Yes, it can. A special menu on the Smart Probes app helps you identify areas at risk of mould development based on the temperature data your thermometer records.