Your cart
There are no more items in your cart
Laserliner VideoInspector XXL Inspection System / pc
€472.40
In stock
Product
The Climapilot Laserliner digital hygrometer is a compact device designed for monitoring indoor climate by measuring relative humidity, ambient temperature, and displaying the calculated dew point. Ideal for building diagnostics, HVAC checks, and general environmental monitoring.
Specifications
- Uses highly responsive sensor technology positioned at the tip for quick measurement of temperature and humidity
- Measuring range: ambient temperature from -10°C to 50°C (accuracy ±1°C); relative humidity from 20% to 90% (accuracy ±5% rH between 25% and 85% rH); dew point temperature from -28.6°C to 47.9°C (accuracy ±2°C)
- Made with a housing containing mainly recycled materials for sustainability; compact dimensions 138 x 27 x 19 mm; includes a min/max measured value display
- Suitable for long-term measurement thanks to low power consumption; powered by a single LR44 button cell
- Backed by a 4-year manufacturer’s warranty
Usage
Activate the device and place it in the area where you wish to monitor climate conditions. The sensor provides real-time readings of humidity, ambient temperature, and dew point. Data can be used for evaluating room comfort, preventing mold risk, or verifying HVAC performance.
FAQ
-
What parameters does the Climapilot Laserliner measure?
It measures relative humidity, ambient temperature, and calculates the dew point for a complete picture of indoor climate. -
What is the accuracy of its readings?
Temperature is measured with ±1°C accuracy, and humidity with ±5% rH between 25% and 85% rH. -
How is the device powered?
It uses a single LR44 button cell battery, supporting extended operation with low energy consumption. -
Can the device be used for continuous monitoring?
Yes, the low power design makes it suitable for long-term and frequent measurements. -
Does it show minimum and maximum values?
Yes, it displays the minimum and maximum measured values for easier monitoring over time.
mvm-dt-2025-07-07
