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型号:YT0608 个人剂量报警仪 产地:国 产
YT0608型个人剂量仪是采用新型单片机技术制作而成的智能型仪器,用来监测Χ射线和γ射线对人体照射的剂量当量率和剂量当量,有设置阈值和超阈报警功能。该仪器主要技术指标符合国家标准和国际标准,广泛适用于辐照站、海关、工业无损探伤、核电站、核潜艇、同位素应用和医疗钴治疗等领域。
二、仪器特点:
1、 灵敏度高,工作稳定;
2、 监测剂量当量率和剂量当量;
3、 功耗低。
三、技术指标:
1、 探测器:GM计数管;
2、 能量响应:<±30%(50KeV—1.3MeV);
3、 剂量率响应:0—∞;
4、 量程:
剂量当量率:00.01uSv/h—01.00mSv/h;
剂量当量: 00.01uSv—99.99mSv;
5、 测量时间:5s;
6、 相对误差:<±20%(137Cs);
7、 报警阈值:可设置;
8、 电池欠压指示:当电池电力不足时仪器停止工作,液晶显示缺电;
9、 电源及功耗:两节5号电池,功耗<2mA;
10、温度特性:<±10%(—10℃—+40℃);
11、湿度特性:<±15%(95%RH(+40℃));
12、外形尺寸:118(长)Χ65(宽)Χ25(厚)mm;
13、重量:<100克;
Ⅰ、General Description YT0608 personal dosimeter is a type of intelligent instruments which adopts the new Single Chip Microcomputer. It can be used to monitor the dose equivalent rate and the dose equivalent when x-ray orγ-ray irradiate the human-body. It has the alarm function when it exceeds the threshold we set up. The technical specifications of the YT0608 personal dosimeter is up to the national standards and international standards. It is widely used in areas of radiation stations, customs, industrial nondestructive testing, nuclear power plants, nuclear submarines, isotope applications, hospitals cobalt treatment, etc. Ⅱ、Main features : 1、High sensitivity, works steady; 2、Monitor dose equivalent rate and dose equivalent; 3、Low power consumption. Ⅲ、Technical indicators : 1、 Detectors : GM counting control; 2、 Energy Response :<±30%(50KeV—1.3MeV); 3、 The Dose Rate Response: 00.1uSv/h; 4、 Measurement Range: Dose equivalent rate:00.01uSv/h—01.00mSv/h; Dose equivalent:00.01uSv—99.99mSv; 5、 Measurement Time : 3-5s; 6、 The Relative Errors: <±20%(137Cs); 7、 The thresholds warning value: can be set up; 8、 Undervoltage instructions of the battery: LED displays battery low indication when the instrument stop working because of the low battery 9、 Power consumption: Two AA batteries, power consumption<2mA; 10、Temperature Characteristics : <±10% (-10℃—+40℃) 11、Humidity Characteristics : <±15%(95%RH(+40℃)); 12、Outside Dimensions:118(length)Χ65(width)Χ25(thick)mm; 13、Weight:<100g; 14、Origin: China
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