电气介电强度试验仪

ZJC-100KV计算机控制电气介电强度试验仪
ZJC-100KV computer controlled voltage breakdown tester
一、概述：
I. overview:
ZJC-100KV电气介电强度试验仪由电脑控制，可实时绘制试验曲线，显示击穿电压测试数据，判断准确，并可保存，分析，打印试验数据，软件系统操作方便，介电强度设备击穿性能稳定，安全可靠。
ZJC-100KV voltage breakdown tester is controlled by computer, can draw test curve in real time, test data of breakdown voltage, judge accurately, and can save, analyze and print test data. The software system is easy to operate, and dielectric strength equipment is stable, safe and reliable.
二、符合标准：
Two, accord with standard:
1、GB1408.1-2006《绝缘材料电气强度试验方法》
1, GB1408.1-2006 "electrical strength test method for insulation materials"
2、GB1408.2-2006《绝缘材料电气强度试验方法?*2部分：对应用直流电压试验的附加要求》
2, "GB1408.2-2006 electrical strength of insulating materials test methods part second: Additional requirements for the application of DC voltage test"
3、GB/T1695-2005《硫化橡胶工频击穿电压强度和耐电压的测定方法》
3, GB/T1695-2005 "vulcanized rubber power frequency breakdown voltage strength and resistance to voltage measurement method"
4、ASTM D149《固体电绝缘材料工业电源频率下的介电击穿电压和介电强度的试验方法》
4, D149 ASTM "test method for dielectric breakdown voltage and dielectric strength of the dielectric breakdown voltage at the industrial power supply frequency of the solid electrical insulation material"
三、主要技术要求：
Three, the main technical requirements:
1、设备输入电压： AC220
1, equipment input voltage: AC220
2、试验电压方式： 交流 0--100 KV ；?直流 0--100 KV；
2, the test voltage: AC 0--100 DC 0--100 KV KV;
3、电器容量：10KVA；
3, electrical capacity: 10KVA;
4、试验方法：0-100KV全量程可调；
4, test method: 0-100KV full range can be adjusted;
5、击穿及耐压试验升压速率：?0.1 KV/S?0.2 KV/S?0.5 KV/S1.5 KV/S2 KV/S2.5 KV/S?3.0 KV/S ；
5, the breakdown voltage test and pressure rate: 0.1 KV/S 0.2 KV/S 0.5 KV/S1.5 KV/S2 KV/S2.5 3 KV/S KV/S;
6、试验方式：直流/交流试验：1、匀速升压 ?2、阶梯升压 ?3、耐压试验；
6, test mode: AC / DC test: 1, 2, speed boost, 3 step-up voltage withstand test;
四、试验方式：
Four, test method:
1、绝缘试样空气中击穿或耐压试验
1, insulation test of air in the air breakdown or pressure test
2、绝缘试样浸油中击穿或耐压试验
2, insulation breakdown or compressive specimen immersed in test
3、绝缘试样空气中阶梯击穿或耐压试验
3, insulation test of the air in the air of the ladder breakdown or pressure test
4、绝缘试样浸油中阶梯击穿或耐压试验
The 4 step, the insulation breakdown or compressive specimen immersed in test
五、试验软件：
Five, test software:
1、在试验过程中可对升压击穿过程绘制实时曲线，每次试验的升压曲线都由不同颜色构成，试验结束后可叠加对比材料的试验数据重复性。
1, in the process of the test can be used to draw real-time curve of the boost breakdown process, each test of the boost curve is composed of different colors, test data after the end of the experiment can be superimposed on the experimental data repeatability.
2、可以随时调取当前及历史试验数据进行查看，编辑及修改参数。
2, can obtain the current and historical test data to view, edit and modify the parameters.
3、试验过程中可以随时修改试验条件及存储路径及自动存储试验结果。
3. The test conditions and the storage path and automatic storage test results can be modified at any time in the process of testing.
4、试验过程中，可随时通过软件决定本次试验是否有效，方便筛选试验结果。
4, the test process, the software can be determined at any time by the test is effective, easy to screen test results.
六、安全保护功能：
Six, safety protection function:
1、试验在试验箱中进行，试验箱门打开时电源加不到高压变压器输入端，即高压侧无电压。100KV测试设备高压电极距离试验箱壁的较近距离大于270mm，50KV测试设备高压电极距离试验箱壁的较近距离大于250mm，试验时即使人接触箱壁也不会有危险。
1, the test is carried out in the test chamber, and the power supply is not added to the input side of the high voltage transformer when the door is opened, that is, the high voltage side without the voltage. The nearest distance of the high voltage electrode distance of the test equipment is more than 270mm, and the distance of the 50KV test equipment is more than 100KV, the wall of the test chamber is more than 250mm.
2、介电强度测试设备要安装单独的保护地线。接保护地线，主要是减少试样击穿时对周围产生的较强的电磁干扰。也可避免控制计算机失控。
2, the dielectric strength test equipment to install a separate protective ground wire. Earth wire, mainly to reduce the sample breakdown of the strong electromagnetic interference around the. Can also avoid control computer control.
3、电压击穿测试仪器的电路设有多项保护措施，主要有：过流保护、过压保护、漏电保护、短路保护、直流试验放电报警，放电装置等。
3, voltage breakdown testing instrument circuit with a number of protective measures, mainly include: over current protection, over-voltage protection, leakage protection, short circuit protection, DC test discharge warning, discharge device, etc..