可測試材料：

固體巖石、塑料(liao)、橡膠(jiao)、云母帶、云母、石棉、大(da)理石、瓷(ci)器、玻璃、硫黃等(deng)(deng)，主要用(yong)作電(dian)機、電(dian)器的繞組(zu)(zu)絕緣(yuan)、開關(guan)的底板和絕緣(yuan)子等(deng)(deng)。有機絕緣(yuan)材料(liao)有：蟲膠(jiao)、樹脂、橡膠(jiao)、棉紗、紙、麻(ma)、人造絲等(deng)(deng)，大(da)多用(yong)以制(zhi)造絕緣(yuan)漆，繞組(zu)(zu)導(dao)線的被覆絕緣(yuan)物(wu)等(deng)(deng)。

絕(jue)緣體積表(biao)面電阻(zu)率(lv)測試(shi)儀主要(yao)測試(shi)標準：

GB/T 1410-2006 固體絕緣材料 體積電阻率和表面電阻率試(shi)驗方法(fa)

GB1672-8液(ye)體(ti)增塑劑體(ti)積電阻率(lv)的測定(ding)

GB 12014 防靜電工作服

GB/T 20991-2007 個體防護裝備 鞋(xie)的測試方法

GB 4385-1995 防靜電鞋(xie)、導電鞋(xie)技術要求

GB 12158-2006 防止靜電事故通(tong)用(yong)導則(ze)

GB 4655-2003 橡膠(jiao)工業靜(jing)電(dian)安全規程(cheng)

GB/T  1692-2008 硫化(hua)橡(xiang)膠絕緣電阻(zu)的(de)測定

GB/T 12703.6-2010 紡織品 靜電性能的評定 第(di)6部分(fen) 纖(xian)維泄漏電阻

GB 13348-2009 液體石油產品靜電安全規程(cheng)

GB/T 15738-2008 導電(dian)和抗靜電(dian)纖維(wei)增強塑料電(dian)阻率試(shi)驗方法

GB/T 18044-2008 地毯(tan) 靜電習性評價法 行走試驗

GB/T 18864-2002 硫(liu)化橡膠 工(gong)業用抗靜電(dian)和導電(dian)產品(pin)電(dian)阻極(ji)限范圍

GB/T 22042-2008 服裝 防(fang)靜電(dian)性能 表面電(dian)阻率試驗方法

GB/T 22043-2008 服裝 防靜電性能 通過材(cai)料(liao)的電阻(zu)(垂直(zhi)電阻(zu))試(shi)驗方(fang)法(fa)

GB/T 24249-2009 防靜(jing)電(dian)潔凈織物(wu)

GB 26539-2011 防(fang)靜(jing)電陶(tao)瓷磚 Antistatic ceramic tile

GB/T 26825-2011 抗靜(jing)電防腐(fu)膠

GB 50515-2010 導(dao)(防)靜電地面設計規范(fan)

GB 50611-2010 電子工程(cheng)防靜(jing)電設計規范

GJB 105-1998-Z 電子(zi)產品防(fang)靜電放電控制手冊

GJB 3007A-2009 防靜電(dian)工作區技術要(yao)求

GJB 5104-2004 無線電引信風帽(mao)用(yong)防靜電涂料及風帽(mao)靜電性能通用(yong)要求

絕緣體積表(biao)面電阻率測試儀(yi)技術參(can)數

測試電(dian)壓 （V）  10  50   100  250  500  1000

 u    電阻(zu)測(ce)量范圍 10KΩ（4次(ci)方） ～100T Ω（14次(ci)方）；（直接得(de)出(chu)電阻(zu)不用計(ji)算(suan)）超出(chu)需(xu)要(yao)計(ji)算(suan)zui大到18次(ci)方（需(xu)要(yao)計(ji)算(suan) 電阻(zu)）

安全注意事項

4.1 使用(yong)前務必(bi)詳(xiang)閱此(ci)說(shuo)明(ming)書，并遵照指(zhi)示(shi)步(bu)驟(zou)，依次操作。

4.2 請勿使(shi)用非原(yuan)廠提供之附(fu)件，以免發生危(wei)險。

4.3 進行測試時，本儀器測量端高壓(ya)輸出(chu)端上有直流高壓(ya)輸出(chu)，嚴禁人(ren)體接(jie)觸 ;，以免觸電。

4.4 為(wei)避免測(ce)(ce)試棒本身絕緣(yuan)泄漏造成(cheng)誤差，接儀(yi)器測(ce)(ce)量端輸入的測(ce)(ce)試棒應盡(jin)可 能懸(xuan)空，不(bu)與外(wai)界物體(ti)相碰。

4.5 當被測(ce)(ce)(ce)物(wu)絕(jue)(jue)緣電(dian)阻值高(gao)，且測(ce)(ce)(ce)量(liang)出(chu)現(xian)指針不穩(wen)現(xian)象時，可將(jiang)儀(yi)器(qi)(qi)測(ce)(ce)(ce)量(liang)線屏(ping)(ping) 蔽(bi)(bi)(bi)端(duan)(duan)夾子接(jie)上(shang)。 例如(ru)：對電(dian)纜測(ce)(ce)(ce)纜芯與纜殼的絕(jue)(jue)緣時，除將(jiang)被測(ce)(ce)(ce)物(wu)兩(liang) 端(duan)(duan)分 別(bie)接(jie)于輸入(ru)端(duan)(duan)與高(gao)壓(ya) 端(duan)(duan)，再將(jiang)電(dian)纜殼 ，芯之(zhi)間的內層絕(jue)(jue)緣物(wu)接(jie)儀(yi)器(qi)(qi) “G”，以消(xiao) 除因 表(biao)面漏電(dian)而 引起的測(ce)(ce)(ce)量(liang)誤差。也可用加屏(ping)(ping)蔽(bi)(bi)(bi)盒的方法(fa)， 即將(jiang)被測(ce)(ce)(ce)物(wu)置于金屬屏(ping)(ping)蔽(bi)(bi)(bi)盒內，接(jie)上(shang)測(ce)(ce)(ce)量(liang)線。

使用條件

①環境溫度： 0～40℃

②相對溫(wen)度：≤70%

③供電(dian)電(dian)流：交(jiao)流 220V±10%50Hz

①直流(liu)高壓電流(liu)輸(shu)出 10，50，100，500，1000V 五檔

②根據試(shi)樣(yang)的(de)電阻值及直流高(gao)壓值選擇(ze)合適(shi)的(de)量程倍率。

③高輸(shu)入阻(zu)抗(kang)直流放大器(qi)（輸(shu)入阻(zu)抗(kang)>1015Ω）

④指(zhi)示儀表，指(zhi)示被測絕緣電阻(zu)。

⑤電(dian)源供給(gei)儀器(qi)各部分(fen)工(gong)作電(dian)源。

Testable materials:
Solid rock, plastic, rubber, mica, mica, asbestos, marble, porcelain, glass, sulfur, mainly used for winding motor, electrical insulation, switch plate and insulator etc.. Organic insulating materials: shellac, resin, rubber, paper, cotton, linen, rayon, mostly used in the manufacture of insulating paint, winding insulation coating etc.
Standard description of the surface resistivity tester for insulation volume
1. subject content and scope of application
This standard specifies the method for measuring the volume resistivity of liquid plasticizer.
This standard is applicable to the measurement of the volume resistivity of the liquid plasticizer. Other liquid additives can also be referred to this method.
Definition of 2. volume resistivity
The ratio of the DC electric field intensity to the current density in the direction of the volume current of the sample is expressed in Omega? M.
3. sample
3.1 the sample of liquid plasticizer is about 40ml each time.
3.2 samples should be free of bubbles and impurities.
The 3.3 sample should be placed above 2H under the condition of temperature 23 + 2 C and relative humidity 60-70%.
4. test instrument and electrode
The main test standard of the measuring instrument for the resistivity of the insulation volume surface:
Test method for volume resistivity and surface resistivity of GB/T 1410-2006 solid insulating materials
Measurement of volume resistivity of GB1672-8 liquid plasticizer
GB 12014 anti static work clothes
Test method of GB/T 20991-2007 individual protective equipment shoes
GB 4385-1995 antistatic shoes and conductive shoes technical requirements
GB 12158-2006 general guide for preventing electrostatic accidents
GB 4655-2003 electrostatic safety regulations for rubber industry
Determination of insulation resistance of GB/T 1692-2008 vulcanized rubber
Evaluation of electrostatic properties of GB/T 12703.6-2010 textiles sixth part fiber leakage resistance
GB 13348-2009 electrostatic safety regulations for liquid petroleum products
Test method for electrical resistivity of GB/T 15738-2008 conductive and antistatic fiber reinforced plastics
Walking test of GB/T 18044-2008 carpet static evaluation method
Resistance limit range of antistatic and conductive products for GB/T 18864-2002 vulcanized rubber industry
Surface resistivity test method for anti static properties of GB/T 22042-2008 clothing
Resistance (vertical resistance) test method for anti static performance of GB/T 22043-2008 clothing through material
GB/T 24249-2009 anti static clean fabric
GB 26539-2011 anti static ceramic tile Antistatic ceramic tile
GB/T 26825-2011 antistatic antiseptic adhesive
GB 50515-2010 Guide (anti) static ground design specification
GB 50611-2010 code for anti static design of Electronic Engineering
GJB 105-1998-Z electronic product anti static discharge control manual
Technical requirements of GJB 3007A-2009 anti static working area
General requirements for anti electrostatic coating and hood electrostatic performance using GJB 5104-2004 radio fuze cap
Technical parameters of the surface resistivity tester for insulation volume
Test voltage (V) 10501002505001000
U resistance measurement range 10K ohm (4 power) to 100T 100T (14 Power); (directly draw resistance not to calculate) exceed the need to calculate the maximum to the 18 time (need to calculate resistance).
Safety precautions for the insulation volume surface resistivity tester
4.1 read the instructions before use, and follow the instructions step in operation.
4.2 do not use the accessories provided by the non original factory in order to avoid the danger.
4.3 when the test is carried out, the high voltage output of the high voltage output end of the instrument is on the end of the instrument, and the human contact is strictly forbidden, so as to avoid the electric shock.
4.4 in order to avoid the error caused by the insulation leakage test bar itself, the instrument for measuring input test bar should be suspended, do not collide with the external object.
4.5 when the insulation resistance of the measured object is high and the indicator is unstable, the clamp of the instrument measurement line can be attached. For example, for the insulation of cable core and cable shell, the two ends of the tested object are connected to the input terminal and the high voltage terminal respectively. Then the inner insulation of the cable core and the core is connected to the instrument "G" to eliminate the measurement error caused by the leakage of the surface. It can also be used with a shielding box, which is placed in a metal shield box and attached to the measuring line.
Conditions for the use of an insulating volume surface resistivity tester
Ambient temperature: 0~40 degrees centigrade
The relative temperature is less than 70%.
Power supply current: AC 220V + 10%50Hz
The high voltage DC current output 10, 5 501005001000V
Select the appropriate range ratio according to the resistance value of the sample and the high voltage value of the direct current.
High input impedance DC amplifier (input impedance >1015 omega)
(4) indicating the instrument to indicate the insulation resistance measured.
The power supply is supplied to each part of the instrument.