ZQJ-254型紫外線強度檢測儀

ZQJ-254型紫外線強度檢測儀(yi)
MODEL ZQJ-254 ULTRAVIOLET INTENSITY METER
紫外線的應用很廣泛，如紫外線殺菌消毒，紫外線理療，紫外線熒光分析和鑒別偵(zhen) 破，紫外線曝光光刻等。紫外線的破壞作用在某些場合是非常危險的。如文物書(shu) 畫，橡膠塑料，在長期照射下會(hui) 發生老化，紫外線還會(hui) 傷(shang) 害眼睛，皮膚和花木等等。ZQJ-254紫外線強度檢測儀(yi) 能測量各種環境中的紫外線輻照劑量。
ZQJ-254型紫外線強度檢測儀(yi) 的用途：
可廣泛適用於(yu) 測量各種場合的紫外輻射強度,對從(cong) 事生物、化學、醫療、衛生、食品、偵(zhen) 破、考古部門和對測量濾色片及石英玻璃片的紫外線透過率，是生產(chan) 燈泡和玻璃製品廠等單位的*的檢測儀(yi) 器。
的技術指導：
⑴ 量測強度寬：0.1-30000(uwcm2)
⑵ 紫外線範圍：200×320nm（中心波長254nm)
⑶ 放大器采用集成塊測量值穩定可靠
⑷ 外形尺寸：200×150×85mm重量1公斤
⑸ 電　　源：1.5v1號電池2節
⑹ 工作環境條件：溫度（0-40℃相對濕度≤80%），無強電電磁場幹擾。
⑺ 儀(yi) 器準確度：15±%（253.7nm) 重複性：優(you) 於(yu) ±5%
As it is well known,the ultraviolet rays can be widely applied to disinfection,physical treatment,detdctive discrimination and exposure optical carving etc. Otherwise,it can strongly damage something such as historical relic books and drawing,rubber products and plastics which will ba ageing after the radiation in the long time period. The ultraviolet rays is harmful to eyes,sin and rlowers etc. Model ZQJ-254 ultraviolet Intensity meter can measure the radiation dose of ultraviolet rays in the various enviroment.
#APPLICATIONS:
　　This meter can be widely applied to measure the radiation intensity of ultraviolet rays in the various enviroment. To the divisions which are engaged in biology, chemistry, medecine,sanitation, food, detective work, archaeology and to the factories of lamp production and glass production in which the ultraviolet transminssion rate of filter plate and quartz glass plate are measured meter is a necessary for often use purposes.
#TECHNICAL SPECIFICATIONS：
⑴ intensity range measured 0.1-30000(uwcm2)
⑵ measured range of ultraviolet rays 200-320 nm central wavelength 254nm
⑶ amplifier is constructed by collector block and the measured values are stable and reliable
⑷ size 200×150×85mm weight 1kg
⑸ supply(battery)2×1.5v 1#battery
⑹ temerature of work enviroment 0-40℃ relative humidity≤80% Without disturbation due to strong magnetic and electric field
⑺ precision ±15%(2253.7nm)
repetation better than ±15%