Kanomax 6501 Series: Climomaster Anemometer

รหัสสินค้า : Kanomax 6501-0G+6531-2G

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For more information contact : Wichit Chamnangankah Tel. 08-1832-7016, Nuttawut Yaopakdee Tel. 08-7717-5987

* Warranty 1 year. (Machine only) * Please check prices again.

• 6531-2
• 6541-2G
• 6561-2G
• 6542-2G
• 6533-2G
• 6543-2G
• 6551-2G
• 6552-2G

The most accurate handheld hot-wire anemometer of its kind

The Climomaster anemometer is a research grade handheld hot-wire anemometer that promises level 2% m.v. accuracy, making it the most accurate hot-wire airflow meter in the world. It offers a ton of flexibility and options including 8 different probes types. These probes are all interchangeable and can be used with a single main unit without any additional calibration.

Climomaster Hot-Wire Anemometer – 6501 Series probes can measure temperature and/or humidity along with air flow. Other probes are designed for use in turbulent or high-velocity airflow and some are miniaturized for use in really tight spaces like those encountered when checking the cooling profile of a circuit board. The unit comes standard with 20,000 record storage capacity and advanced data logging capability. It can also be ordered with a pressure sensor and analog output if desired. Many additional accessories such as software, extension rods, hands-free case and special cable lengths are also available.

Features & Benefits

• Its sleek, ergonomic design with anti-slip grip comes standard with a highly visible backlit display making it the handheld choice of Journeymen technicians in the field.
• Stores up to 20,000 data points which is easily downloaded to your company computer for analysis via the USB interface.
• The optional software allows the users to view real-time data graphically formatted on their company computer
• For your convenience the anemometer keeps track of its own calibration cycle and reminds you when it is due for calibration*.
• The Climomaster 6501-CE measures pressure and features an analog output.
• Equipped with an automatic atmospheric pressure compensation function.
• When the direction of the airflow is known, choose a unidirectional probe.
• When the direction of the airflow is unknown or turbulent, choose an omnidirectional probe.