The Dew Point Meter NOVOTEST DPM LAB is a device for operational monitoring of surface temperature and environmental parameters: air temperature and humidity. Based on the measured parameters, the device calculates the dew point, which is an important criterion for assessing the conditions for painting and other work that requires monitoring the occurrence of condensation and taking into account the dew point.
The main advantages of the Dew Point Meter NOVOTEST DPM LAB are:
CONNECT TO NOVOTEST LAB
The Dew Point Meter NOVOTEST LAB can work with the NOVOTEST Lab application, which allows user to:
– take video and pictures of measurement process and results;
– automatically generate testing protocols;
– share testing results in any messenger;
– register as a doer and get additional orders for service;
– store testing results from all your devices in cloud storage, with access from anywhere in the world;
– convenient interface of the device;
– voicing the resulting values and many other advantages.
CONVENIENT BODY
The DPM LAB has a new ergonomic housing design that fits comfortably in the operator’s hand. The device is equipped with a battery compartment for batteries; it operates with standard AAA type batteries, which allows operator to use the device autonomously, without the need for mains power for recharging if there is a some stock of replaceable batteries. At the bottom of the body there is a USB Type-C connector, which is used to update the firmware and diagnose the status of the device.
ULTRA-BRIGHT DISPLAY
The new ultra-bright contrast display allows operator to use the device even in direct sunlight. The presence of different display modes allows user to display the measured parameter large on the display, or to display all parameters simultaneously on one screen, as is convenient for the operator.
NEW TEMPERATURE AND HUMIDITY PROBES
Compared to the previous version of dew point meter, the DPM LAB is equipped with probes for measuring environmental parameters, which record values much faster.
The device is also equipped with a more accurate infrared probe for measuring surface temperature; the new type of probe is less demanding on the surface of the tested object.
