testo 405i – Thermal anemometer operated by smartphone

Type: Smart Probe testo 405i

Smart Probe testo 405i – Thermal anemometer operated by smartphone:

For the measurement of air flow velocities, temperatures and volume flows in ventilation ducts
For measuring volume flow, air velocity and temperature
Simple configuration of the dimension and geometry of the duct cross-section for determining the volume flow
Convenient for working in ventilation ducts thanks to its telescopic tube, which can be extended up to 400 mm
Really convenient to operate thanks to the testo Smart Probes App (e.g. easy viewing of readings, measurement data trend, log function)
With the testo 405i hot wire anemometer, you can measure air velocities, temperatures and volume flows. Via Bluetooth, the readings are transmitted wirelessly straight to the testo Smart Probes App on your smartphone or tablet. You can view the values conveniently and use numerous intelligent features

Smart Probe testo 410i – Vane anemometer operated by smartphone:

For air flow velocities, temperatures and volume flows at air outlets
Measurement of air velocity, volume flow and temperature
Display of the volume flow of multiple outlets in order to adjust systems
Easy parametrization of the outlet (dimension and geometry)
Convenient viewing of readings on a smartphone/tablet with the testo Smart Probes App
Professional measuring technology in a small format: the compact testo 410i vane anemometer with smartphone operation measures the volume flow, air velocity and temperature at air outlets quickly and reliably. The testo Smart Probes App enables readings to be viewed conveniently and offers intelligent additional functions

Smart Probe testo 510i – Differential pressure measuring instrument operated by smartphone:

Measures differential pressure, air flow velocity and volume flow
Measurement of gas flow and static pressure
Measurement menu for pressure drop test including alerts
Simple configuration and determination of volume flow with Pitot tube
Magnetic holder for easy attachment
Handy and intelligent: the compact testo 510i differential pressure measuring instrument featuring professional measuring technology and smartphone operation for measuring differential pressure, air flow velocity and volume flow. Readings can be viewed conveniently on your smartphone/tablet via the testo Smart Probes App and emailed directly

Smart Probe testo 549i – High pressure measuring instrument operated by smartphone:

For service and troubleshooting on air conditioning and refrigeration systems, as well as for installing them
Measurement of high and low pressure
Low refrigerant loss – since no hoses are required for measurements
Measurement data displayed in the form of a graph or table, and sent via testo Smart Probes App
Problem-free application at measuring points that are a long distance apart thanks to Bluetooth® range up to 100 m
The professional and compact testo 549i high-pressure gauge can be controlled via the testo Smart Probes App using your smartphone or tablet, and is ideal for carrying out servicing and troubleshooting on air conditioning and refrigeration systems. The App also enables evaporation and condensation temperatures to be calculated automatically

Smart Probe testo 115i – Clamp thermometer operated by smartphone:

For servicing air conditioning and refrigeration systems and measuring flow and return temperatures
Convenient temperature measurement on refrigeration, air conditioning and heating systems – thanks to wireless connection to your smartphone or tablet
Fast identification of temperature changes by graphic progression display
Measurement data analyzed and sent via testo Smart Probes App
Problem-free application at measuring points that are a long distance apart thanks to Bluetooth® range up to 100 m
Combined with a smartphone or tablet, the testo 115i clamp thermometer is the ideal temperature measuring instrument for carrying out servicing and troubleshooting on refrigeration, air conditioning and heating systems, as well as for installing them. It can also be used to measure flow and return temperatures