KA33熱式風(fēng)速儀產(chǎn)品概述：

加野作為擁有70年風(fēng)速儀研究歷史的測量儀器制造商，其KA33熱式風(fēng)速儀一直作為電力節(jié)能、化纖、暖通空調(diào)、科研院所等領(lǐng)域的風(fēng)速測量主力軍，為客戶提供了專業(yè)的測量經(jīng)驗和解決方案。近十年來，加野人始終堅持對KA22/KA33的客戶進(jìn)行售后跟蹤并了解技術(shù)難題，并通過不斷地對新技術(shù)研究，十年磨一劍，將于8月隆重推出熱式風(fēng)速儀KA23/KA33,新產(chǎn)品是在繼承原有風(fēng)速計KA22/KA23優(yōu)勢的基礎(chǔ)上，又一全面升級產(chǎn)品。
與以往KA22/KA33相比，新產(chǎn)品KA33熱式風(fēng)速儀在外形、功能、精度方面都有新的改進(jìn)。主要體現(xiàn)在外觀簡潔化，功能多樣化，操作智能化、測量精準(zhǔn)化。
和KA22/31相比，新品體積縮小30%，機(jī)體采用高檔銀灰鍍膜，儀器左側(cè)為各功能按鍵，*可以單手操作，解放右手，輕巧靈便，方便快捷;探頭可自由伸縮，平時不使用時縮回去可以完好地保護(hù)探頭。儀器采用35inch彩色大屏幕，且具備三級背光選擇功能，更加節(jié)省能源，有效延長了電池的使用壽命。

日本加野KA33熱式風(fēng)速儀特點：

與KA22/31相比，體積縮小30%，電池壽命延長25%。
3.5inch彩色大屏幕，風(fēng)速、風(fēng)溫、壓力同時顯示。
數(shù)字、模擬雙視圖顯示、具備三級亮度背光選擇功能。
具備風(fēng)速判定測試模式，任意設(shè)置上下限。
具備風(fēng)速統(tǒng)計計算功能。

產(chǎn)品參數(shù)：

Never bring the probe close to a flammable gas atmosphere.
The heated sensor may cause a fire or explosion.
Never touch the sensor.
The sensor is heated during operation. Touching the heated sensor
may cause burns, and may also damage the sensor itself.
Do not disassemble or heat the batteries, or put them into a fire.
This may cause burns and the batteries may burst.
If abnormal noises, smells or smoke occur, or if liquid enters the instrument, turn off the instrument immediay, and remove the batteries or pull out the plug.
There is possibility of malfunction, electric shock, and/or fire. Please contact your local distributor or our service center for repair.
Always unplug the instrument from the electrical outlet when the instrument is not in use.
Failure to do so may cause an electrical shock, fire or circuit damage.
Do not use the instrument in a water vapor atmosphere.
Condensed steam on the sensor will change the heat dissipation rate,resulting in inaccurate measurements. It may also cause damage to the sensor.
This instrument is designed to be used in an environment with a clean air stream without any dust or foreign materials.
Foreign materials may cause damage to the sensor. Also dust or foreign materials on the sensor will impede accurate measurements.
Do not apply force to the sensor.
If the sensor is deformed, the accuracy of the sensor may beaffected.
When measuring, ensure that the direction mark is facing into the airflow.
Otherwise, the measurement may be inaccurate, as some sensors
(uni-directional probes) have a specific directivity.