產(chǎn)品名稱：電壓擊穿試驗儀 
產(chǎn)品型號：ZJC-50KV
控制方式：微機控制
滿足標準：GB1408-2006 絕緣材料電氣強度試驗方法 
          GB/T1695-2005 硫化橡膠工頻電壓擊穿強度和耐電壓強度試驗
          GB/T3333 電纜紙工頻電壓擊穿試驗方法
          HG/T 3330絕緣漆漆膜擊穿強度測定法
          GB12656 電容器紙工頻電壓擊穿試驗方法
          ASTM D149 固體電絕緣材料在工業(yè)電源頻率下的介電擊穿電壓和介電強度的試驗方法.
一、電壓擊穿試驗儀 ，適用范圍及功能
絕緣漆介電擊穿強度測試/耐電壓擊穿試驗機主要適用于固體絕緣材料（如：塑料、橡膠、薄膜、樹脂、云母、陶瓷、玻璃、絕緣漆等介質(zhì)）在工頻電壓或直流電壓下?lián)舸姸群湍碗妷旱臏y試。
電壓擊穿試驗儀,由電腦控制，通過我公司自主研發(fā)的全新智能數(shù)字集成電路系統(tǒng)與軟件控制系統(tǒng)兩部分來完成，使升壓速率真正做到勻速、準確，并能夠準確測出漏電電流的數(shù)據(jù)。
可實時動態(tài)繪制試驗曲線，顯示試驗數(shù)據(jù)，判斷準確，并可保存，分析，修改，打印試驗數(shù)據(jù)。

1、絕緣漆介電擊穿強度測試/耐電壓擊穿試驗機在試驗過程中可對升壓擊穿過程繪制實時曲線，每次試驗的升壓曲線都由不同顏色構(gòu)成，試驗結(jié)束后可疊加對比材料的試驗數(shù)據(jù)重復性。
2、可以隨時調(diào)取當前及歷史試驗數(shù)據(jù)進行查看，編輯及修改實驗結(jié)果。
3、試驗過程中可以隨時修改試驗條件及存儲路徑及自動存儲試驗結(jié)果。
4、試驗過程中，可隨時通過軟件決定本次試驗是否有效，方便篩選試驗結(jié)果。
5、可對軟件設置密碼，生成密碼保護，做到專機專人操作，避免無關(guān)人員誤操作。
6、 可對試驗結(jié)果編輯修改后打印，方便操作 更加人性化。
7、可對一組試驗中曲線數(shù)據(jù)的試驗結(jié)果是否進行人為選定 。
8、本儀器采用*無觸點原件勻速調(diào)壓方式，淘汰同類產(chǎn)品中機械傳動升壓方式。
電壓擊穿試驗儀,設備安全說明：

1、設備要安裝單獨的保護地線。接保護地線，主要是減少試樣擊穿時對周圍產(chǎn)生的較強的電磁干擾。也可避免控制計算機失控。

2、該試驗設備的電路設有多項保護措施，主要有：過流保護、失壓保護、漏電保護、短路保護、直流試驗放電報警等。

3、接地要求： 儀器需要單獨接地，接地附合國家標準要求，金屬棒深埋地下至少要1.5米以下。

4、該試驗設備的電路設有多項保護措施，主要有：過流保護、失壓保護、漏電保護、短路保護、直流試驗放電報警等。
二、電壓擊穿試驗儀 ，技術(shù)要求：
01、輸入電壓： 交流 220 V
02、輸出電壓： 交流 0--50 KV ; 
               直流 0—50 KV
03、電器容量： 3KVA
04、高壓分級： 0-10KV，0--50KV，
05、升壓速率： 100V/S 200V/S 500 V/S 1000 V/S 2000V/S  5000V/S 等
              （備注：滿足標準要求并可以根據(jù)用戶需求設定不同的升壓速率）
06、試驗方式：
           直流試驗：1、勻速升壓  2、梯度升壓 3、耐壓試驗 
           交流試驗：1、勻速升壓 2、梯度升壓 3、耐壓試驗
07、電壓擊穿試驗儀 ，試驗介質(zhì)：空氣，試驗油
08、安裝靈敏度較高的過電流保護裝置保證試樣擊穿時在0.05S內(nèi)切斷電源。
09、采用智能集成電路進行勻速升壓。
10、支持短時間內(nèi)短路試驗要求。
11、電壓試驗精度： ≤ 1％。
12、試驗電壓連續(xù)可調(diào)： 0--50KV。
13、電流可采集到m*。
14、出具*計量單位校準檢定證書或出具客戶計量單位的證書。
15、電源：220V±10%的單相交流電壓和50Hz±1%的頻率。
16、電流電壓穩(wěn)定度: 外界電源電壓波動10%時

三、 安全保護

電壓擊穿試試驗儀器，電路保護控制：
（1）超壓保護 （2）過流保護 （3）短路保護（4）漏電保護 （5）軟件誤操作保護

   高壓輸入回路斷電保護控制：

   (1)總電源開關(guān)        (2)調(diào)壓器復位開關(guān) (3)高壓斷電開關(guān)
        (4)試驗箱門安全開關(guān) (5)高壓回路開關(guān)    (6)漏電保護開關(guān)

四、主要配置
標準配置
序號 名稱 配置 備注 
01 試驗主機 一臺   
02 控制裝置 一套   
03 試驗電極 二套(國標1408.1)   
04 試驗油箱 二只   
05 放電系統(tǒng) 一套   
06 控制系統(tǒng) 一套   
07 數(shù)據(jù)采集系統(tǒng) 一套   
08 試驗軟件 一套 光盤 
09 計算機 一套 品牌 
10 噴墨打印機 一臺 品牌 
11 產(chǎn)品使用說明書 一份   
12 計量證書 一份   
13 產(chǎn)品合格證 一份  

Dielectric breakdown voltage tester, dielectric strength tester, voltage tester, insulation breakdown voltage tester, high voltage breakdown strength tester of dielectric breakdown strength tester, dielectric strength tester
Product Name: voltage breakdown testing instrument
Product type: BDJC-50KV
Control: microcomputer control
Meet the standards: GB1408-2006 electrical strength of insulating materials - Test methods
GB/T1695-2005 vulcanized rubber power frequency voltage breakdown strength and dielectric strength test
GB/T3333 cable paper at power frequency voltage breakdown test method
HG/T 3330 insulating varnish films - Determination of electrical breakdown strength
GB12656 capacitor voltage breakdown test method
ASTM D149 of solid electrical insulating materials at commercial power frequencies of dielectric breakdown voltage and dielectric strength test methods.
One, the voltage breakdown testing instrument, the applicable scope and the function
Voltage breakdown testing instrument, mainly applicable to solid insulation materials ( such as: plastic, rubber, thin film, resin, mica, ceramic, glass, insulating paint and other media) in the frequency of the voltage or DC voltage breakdown strength and voltage withstand test.
Voltage breakdown testing instrument, controlled by a computer, through my company independent research and development of new inligent digital integrated circuit and software control system two parts to complete, so that the pressure rate truly uniform, accurate, and can accuray measure the leakage current data.
Real time dynamic drawing test curve, display test data, the judgment is accurate, and can be preserved, analysis, modification, print the test data.
In 1, the instrument in the test process can boost the breakdown process in real time curve drawing, each test boost curve by different color, after testing can be superimposed contrast material testing data repeatability.
2, may at any time to obtain the current and historical test data to view, edit and modify the experimental results.
In 3, during the test can be modified at any time test conditions and storage path and automatic storage test results.
In 4, during the test, may at any time through the software determines the test is effective, convenient screening test results.
In 5, the software set a password, password generation protection, do special person operation, to avoid irrelevant personnel misoperation.
In 6, the test results edited print, convenient and more user-friendly operation.
In 7, of a group of test curve data of the test results are artificially selected.
In 8, the instrument adopts the advanced contactless original uniform pressure, elimination of similar products in the mechanical drive boosting mode.
Two, voltage breakdown testing instrument, technical requirements:
In 01, the input voltage: AC 220 V
In 02, the output voltage: AC 0--50 KV;
DC 0 - 50 KV
03, electrical capacity: 3KVA
In 04, high grade: 0-10KV, 0--50KV,
In 05, 100V/S 200V/S 500 V/S pressure rate: 1000 V/S 2000V/S 5000V/S
( Note: meet the standard requirements and can be based on user needs to set different pressurization rate )
06, test method:
DC test: 1, 2, 3 speed boost pressure gradient, pressure test
AC test: 1, 2, 3 speed boost pressure gradient, pressure test
07, voltage breakdown testing instrument, test media: air, test oil
In 08, the installation of high sensitivity over current protection device to ensure that the sample breakdown in 0.05S to cut off the power supply.
09, adopts an inligent integrated circuit speed boost.
10, support a short time short-circuit test requirements.
11, voltage test accuracy:≤ 1%.
In 12, the test voltage is continuous and adjustable: 0--50KV.
13, the current can be collected to level mA.
14, issued by the country one class unit of measurement calibration verification certificate issued or customers designated units of measurement certificate.
15, power: 220V ± 10% single-phase AC voltage and 50Hz±1% frequencies.
16, current and voltage stability: the external power supply voltage fluctuation 10%
Three, security protection
Voltage breakdown testing instrument, circuit protection control:
( 1) the overpressure protection ( 2) over-current protection ( 3) short circuit protection ( 4) ( 5) software leakage protection misoperation
High voltage input circuit protection control:
( 1) the total power switch ( 2) regulator reset switch ( 3 ) high voltage disconnecting switch
( 4) test box door safety switch ( 5) high voltage circuit switch ( 6) leakage protection switch
In four, the main configuration
Standard configuration
Name configuration notes
01 experimental hosts
Control device 02 set
03 the test electrode two ( GB 1408.1 )
04 test tank two
The 05 discharge system one set
06 control system
07 data collection system
The 08 test a set of Software CD
09 computer of a brand
The 10 one ink-jet printer brand
11 using a manual
A 12 measurement certificate
13 certificate of product a
In four, a voltage breakdown testing instrument, equipment safety instructions:
1, equipment to install a separate protective ground. Grounding protection ground, mostly reduce the sample breakdown when the surrounding the strong electromagnetic interference. Also avoid control computer control.
In 2, the test equipment is provided with a number of circuit protection measures, are: over-current protection, under-voltage protection, leakage protection, short-circuit protection, DC test discharge alarm.
3, grounding requirements: instruments require a separate grounding, grounding of a national standard requirements, metal rods buried at least 1.5 meters below.
In 4, the test equipment is provided with a number of circuit protection measures, are: over-current protection, under-voltage protection, leakage protection, short-circuit protection, DC test discharge alarm.
Five, voltage breakdown testing instrument of conventional models for: