LK-3600核輻射檢測儀|核輻射測量儀|個(gè)人劑量報(bào)警儀LK3600
LK-3600儀器特點(diǎn)
1、靈敏度高,穩(wěn)定。
2、超大液晶顯示,并有漢字顯示功能,狀態(tài)顯示一目了然。
3、測量射線劑量率,顯示劑量率、累積劑量和存儲累積劑量,有多種劑量率報(bào)警閾值可供選擇,根據(jù)劑量率大小和精度要求高低選擇測量時(shí)間,一般測量時(shí)間選擇02s,測量劑量比較小的本底劑量時(shí)請選擇10、20秒。
4、專門設(shè)計(jì)了本底測試功能,可檢測儀器能正常工作,方便自檢和計(jì)量部門檢查。
5、具有累積劑量存儲功能,斷電后數(shù)據(jù)可保存不丟失。
6、功耗低,體積小,攜帶方便。
7、儀器操作簡單,使用方便。
主要技術(shù)性能
1、G-M計(jì)數(shù)管經(jīng)補(bǔ)償,低能響應(yīng)得到提高。
2、儀器靈敏度高,對環(huán)境本底會(huì)有響應(yīng)。
3、適用輻射場合γ、χ射線。
4、測量范圍:劑量率:0.000usv/h—5msv/h
累積劑量:6位液晶顯示000.000—999.999msv
5、能響:<±30%(50KeV—1.3MeV)。
6、相對基本誤差:<±10%(137Cs 源662 KeVγ輻射1msv/h)。
7、報(bào)警響應(yīng)時(shí)間:≤3秒。
8、報(bào)警功能
劑量率閾值報(bào)警:報(bào)警閾值為0.5、1.0、2.5、10、30、50usv/h。
9、本儀器具有累積劑量存儲功能。斷電后存儲器的數(shù)據(jù)可保存不丟失,可進(jìn)行100萬次存儲擦除。
10、電池欠壓指示:在儀器液晶右上角顯示電池電壓圖標(biāo),電量標(biāo)示滿三格電池電量大約2.8V-3.2V,電量標(biāo)示二格電池電量大約2.5V-2.8V,電量標(biāo)示一格電池電量大約2.1V-2.5V,電量標(biāo)示無格電池電量在2.1V以下,處于欠電狀態(tài)。
11、工作環(huán)境要求:溫度:-10 -- 50℃ 濕度:達(dá)90%(無冷凝)
LK-3600 personal radiation alarm dosimeter is a kind of small-scale equipment, which is made by new SCM technology, can work in relatively harsh environment, and with strong anti-interference ability. It is mainly used to detect χ rays and γ ray, according to LCD screen you can directly read the ¨RATE¨; ¨DOSE¨ and ¨STORE DOSE¨. In the range of measurement, the value can be pre-fixed or threshold pre-alarmed, it would emit sound-light alarm when the value displayed exceed the threshold or blocked, prevent workers from being injured by excessive dose. The instrument is low power consumption, multi-function, small size, convenient taking. It is widely used in NDT, nuclear power station, nuclear submarine, isotope application and hospital cobalt treatment etc.
Main Technical Performances
1,Through G-M counter compensation, improve the low-energy response.
2,Instrument with high sensitivity, will respond to the natural environment.
3,For radiation occasions γ, χ rays.
4,Measuring range, dose rate: 0.000usv/h—5msv/h
accumulated dose: 6-digit LCD display 000.000—999.999msv
5,Energy response: <±30% (50KeV—1.3MeV).
6,Relative basic error: <±10%(135Cs Source