绝缘复合材料的体积电阻率测试仪

一、绝缘复合材料的体积电阻率测试仪符合标准：
One, accord with standard:
GB/T 1410-2006《 固体绝缘材料体积电阻率和表面电阻率试验方法》
GB/T 1410-2006 test methods for bulk resistivity and surface resistivity of solid insulating materials
ASTM D257-99《绝缘材料的直流电阻或电导试验方法》
ASTM, D257-99 "test method for DC resistance or conductance of insulating materials."
GB/T 10581-2006 《绝缘材料在高温下电阻和电阻率的试验方法》
GB/T 10581-2006 test methods for resistance and resistivity of insulating materials at elevated temperatures
GB/T 1692-2008 《硫化橡胶 绝缘电阻率的测定》
GB/T 1692-2008 determination of resistivity of vulcanized rubber insulation
GB/T 2439-2001《硫化橡胶或热塑性橡胶 导电性能和耗散性能电阻率的测定》
GB/T, 2439-2001. Determination of electrical conductivity and dissipation properties, electrical resistivity, of vulcanized rubber or thermoplastic rubber
GB/T 12703.4-2010 《纺织品 静电性能的评定 *４部分：电阻率》
GB/T, 12703.4-2010. Evaluation of the electrostatic properties of textiles: fourth part: resistivity
GB/T 10064-2006_《测定固体绝缘材料绝缘电阻的试验方法》
GB/T, 10064-2006_ "test methods for determining insulation resistance of solid insulating materials."
GB/T 22042-2008《服装 防静电性能 表面电阻率试验方法》
GB/T 22042-2008 "antistatic test method for surface resistivity of clothing"
EN 1149-1-1995 《防护服 静电性能 *1部分表面电阻检验方法和要求》
EN, 1149-1-1995, test methods and requirements for surface resistance of first parts of electrostatic resistance of protective clothing
GB/T 1410-2006《固体绝缘材料体积电阻率和表面电阻率试验方法》（与国际标准IEC93-1980等效）
GB/T 1410-2006 test methods for bulk resistivity and surface resistivity of solid insulating materials (equivalent to international standard IEC93-1980)
FZ/T 64013-2008 《静电植绒毛绒》
FZ/T 64013-2008 "electrostatic flocking Plush"
SJ/10694-2006《电子产品制造与应用系统防静电检测通用规范》6.1?
SJ/10694-2006 "electronic product manufacturing and application of electrostatic detection system" general specification 6.1
二、概述
Two, overview
既可测量高电阻，又可测微电流。采用了美国Intel公司的大规模集成电路,使仪器体积小、重量轻准确度高。数字液晶直接显示电阻值和电流。量限从1×104Ω ～1×1018 Ω，是目前国内测量范围较宽，准确度较高的数字**高阻测量仪。电流测量范围为2×10-4 ～1×10-16Ａ。机内测试电压10V/50V/100V/250V/500V/1000V任意可调。本仪器具有精度高、显示迅速、性好稳定、读数方便.适用于橡胶、塑料、薄膜、地毯、织物及粉体、液体、及固体和膏体形状的各种绝缘材料体积和表面电阻值的测定。
Not only can measure high resistance, but also micrometer current. Adopting the large-scale integrated circuit of American Intel company, the instrument is small in size, light in weight and high in accuracy. Digital LCD displays resistance and current directly. The measuring limit is from 1 * 104 to 1 * 1018, and it is the highest digital measurement instrument with the highest accuracy and the highest accuracy in our country. The current measurement range is 2 * 10-4 to 1 * 10-16A. In machine test voltage 10V/50V/100V/250V/500V/1000V can be adjusted at any time. The instrument has high precision, good stability, fast display, easy reading. All apply to rubber, plastics, film, carpet, fabric and powder, liquid, and solid and pasty insulating material shape determination of volume and surface resistance value.
三、主要特点
Three, the main features
电阻测量范围宽 1×104Ω ～1×1018Ω
The resistance measurement range is 1 * 104 to 1 * 1018
电流测量范围为 2×10-4Ａ ～1×10-16Ａ
The current measurement range is 2 * 10-4A to 1 * 10-16A
体积小、重量轻、准确度高
Small size, light weight and high accuracy
电阻、电流双显示
Resistance and current double display
性能好稳定、读数方便
Good performance, stability and convenient reading
所有测试电压(10V/50V/100/250/500/1000V) 测试时电阻结果直读，免去老式高阻计在不同测试电压下或不同量程时要乘以系数等使用不便的麻烦，使测量**高电阻就如用万用表测量普通电阻样简便。既能测**高电阻又能测微电流
All the test voltage (10V/50V/100/250/500/1000V) test resistance results in reading, replacing the old high resistance meter in different test voltage or different scale should be multiplied by the coefficient of the inconvenient trouble, high resistance as the multimeter is used to measure the general resistance of samples is simple to measure. It can measure ultra high resistance and micrometer current
四、技术指标
Four, technical indicators
1、电阻测量范围： 0.01×104Ω ～1×1018Ω。
1. Resistance measurement range: 0.01 * 104 to 1 * 1018.
2、电流测量范围为： 2×10-4A～1×10-16A
2. The current measuring range is: 2 * 10-4A to 1 * 10-16A
3、显 示 方 式：数字液晶显示
3 、 display mode: Digital LCD display
4、内置测试电压： 10V 、50V、100V、250、500、1000V
4, built-in test voltage: 10V, 50V, 100V, 250, 500, 1000V
5、基本准确度：1% (*注)
5, basic accuracy: 1% (* Note)
6、使用环境： 温度：0℃～40℃，相对湿度<80%
6, use environment: temperature: 0 ~ 40 DEG C, relative humidity <80%
7、机内测试电压： 10V/50V/100/250/500/1000V 任意切换
7 、 test voltage inside the machine: 10V/50V/100/250/500/1000V switch at any time
8、供电形式： AC 220V，50HZ，功耗约5W
8, power supply form: AC, 220V, 50HZ, power consumption of about 5W
9、仪器尺寸： 285mm× 245mm× 120mm
9, instrument size: 285mm * 245mm * 120mm
10、质量： 约5KG
10, quality: about 5KG
五、工作原理
Five, working principle
根据欧姆定律，被测电阻Rx等于施加电压V除以通过的电流I。传统的高阻计的工作原理是测量电压V固定，通过测量流过取样电阻的电流I来得到电阻值。从欧姆定律可以看出，由于电流I是与电阻成反比，而不是成正比，所以电阻的显示值是非线性的，即电阻无穷大时，电流为零，即表头的零位处是∞，其附近的刻度非常密，分辨率很低。整个刻度是非线性的。又由于测量不同的电阻时，其电压V也会有些变化，所以普通的高阻计是精度差、分辨率低。
According to Ohm's law, the measured resistance Rx is equal to the applied voltage V divided by the current I. The traditional high resistance meter works by measuring the voltage V, and by measuring the current I through the sampling resistance, the resistance is obtained. From Ohm's law can be seen as the current I is inversely proportional to the resistance, but not proportional, so is nonlinear resistance display value is infinite resistance when the current is zero, which is zero at the header is infinite, the scale near the very dense, low resolution. The whole scale is nonlinear. Because of the different resistance measurement, the voltage V will change, so the ordinary high resistance meter is of poor precision and low resolution.
本仪器是同时测出电阻两端的电压V和流过电阻的电流I，通过内部的大规模集成电路完成电压除以电流的计算，然后把所得到的结果经过A/D转换后以数字显示出电阻值，即便是电阻两端的电压V和流过电阻的电流I是同时变化，其显示的电阻值不象普通高阻计那样因被测电压V的变化或电流Ｉ的变而变，所以，即使测量电压、被测量电阻、电源电压等发生变化对其结果影响不大，其测量精度很高(**)，从理论上讲其误差可以做到零，而实际误差可以做到千分之几或万分之几。
This instrument is the current flowing through the resistor V and the voltage across the resistor I measured at the same time, the large scale integrated circuit to complete the calculation of the internal voltage divided by the current, and then the results obtained after A/D conversion by the digital display of the resistance value, even if the current voltage V and the flow resistance of the two ends of the I is changed at the same time, the resistance value is not displayed as ordinary high resistance meter as a result of the measured voltage or current change of V I variation, so, even if the measured voltage, the measured resistance and power voltage change has little influence on the results, the measurement accuracy is very high (patent), theoretically the error can be zero, while the actual error can be done a few thousandths or very few.
六、典型应用
Six. Typical applications
1、测量绝缘材料电阻(率)
1. Measure the resistance (rate) of insulating materials
2、测量防静电材料的电阻及电阻率
2. Measure the resistance and resistivity of antistatic materials
3、测量计算机房用活动地板的系统电阻值
3. Measure the system resistance value of the movable floor of the computer room
4、测量防静电鞋、导电鞋的电阻值
4. Measure the resistance of antistatic shoes and conductive shoes
5、光电二极管暗电流测量
5 、 photodiode dark current measurement
6、物理,光学和材料研究
6, physics, optics and materials research