一、绝缘材料击穿强度测试仪/硫化橡胶电气强度测试仪满足标准：

1、GB1408.1-2006《绝缘材料电气强度试验方法》
2、GB1408.2-2006《绝缘材料电气强度试验方法 
        第2部分：对应用直流电压试验的附加要求》
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》
4、GB/T3333 电缆纸工频电压击穿试验方法
5、HG/T 3330绝缘漆漆膜击穿强度测定法
6、GB12656 电容器纸工频电压击穿试验方法
7、ASTM D149《固体电绝缘材料工业电源频率下的介介电强度的试验方法》

二、绝缘材料击穿强度测试仪/硫化橡胶电气强度测试仪主要用途：

BDJC-150KV电压击穿试验仪主要适用于固体绝缘材料如：塑料、薄膜、树脂、云母、陶瓷、玻璃、绝缘漆等介质在工频电压或直流电压下击穿强度和耐电压时间的测试。

⒈击穿电压(V)：用连续均匀升压的办法对试样施加工频电压并保持试样发生击穿时的电压值，以kV表示。

⒉击穿强度(E)：试样的击穿电压值与两个电极间试样的平均厚度之商，以kV/mm。

三、详细参数：

四、配置：

五、产品特点：

1、运行于WIN  XP/WIN7/WIN8系统下的独立安装软件，界面友好，操作简单

2、实验显示曲线，数据自动储存，自动查找

3、多种用途可以进行交、直流试验试验准确、可靠、安全

4、计算机控制试验过程，自动判断停止，自动复位

5、超压、过流、短路、漏电、误操作等多种保护

六、注意事项：

1、试验过程中不能让无关人员靠近，因本试验仪器可产生较高的电压，未经过培训的人员不能使用该设备。试验时要有监护人员，不要单人使用。以防万一发生意外情况。

2、长时间不使用设备，在再使用时，先让仪器空载加压一次，即把高压电极的接线从均压球上取下。查看计算机试验界面，看看高压电压是否正常。

3、试验中发生意外情况要及时切断电源，问题处理后才能继续试验。

4、设备安放要平稳，安放的地面要坚固。是水泥地面以免产生共振。

5、该设备在使用中外壳要接保护地线，既设备外壳接大地,以保护操作人员和设备运行的安全。

6、使用完设备后，要关掉系统各部分电源，不准带电插拔电源线。

7、要按规定的电源电压接入设备。确保电路接线正确。否则会损坏设备。

8、该仪器需安置在室内，实验室应整洁、干燥、无腐蚀性介质，非相关人员不要随意操作。

9、不要让设备电缆碰到尖边，以免划破电缆绝缘；不要让电缆压在重物之下，以免压断电缆引起火灾；不要用电缆拉物体或用电缆捆绑物体，以免拉断电缆使设备不能正常运转。

10、不要让设备碰到水溅，腐蚀性气体，可燃气体和可燃物。如果不避免，可能火灾。

11、搬动设备时,要切断设备电源,既要把插头从插座中拔下。禁止搬动设备时放倒设备或倾斜45°角以上。

12、不要在设备运行时插拔设备的电源插头。

电压击穿试验仪

 Meet the standard:
1, GB1408.1-2006 "electrical strength of insulating materials test method"
2, GB1408.2-2006 "test method of electrical strength of insulating materials
The second part: the application of DC voltage test to the additional requirements
3, GB/T1695-2005 "vulcanized rubber power frequency breakdown voltage strength and resistance to voltage measurement method"
4, GB/T3333 cable paper power frequency voltage breakdown test method
5, HG/T 3330 insulation paint film breakdown strength test method
6, GB12656 capacitor paper power frequency voltage breakdown test method
7. D149 ASTM test method for dielectric strength of solid electrical insulating materials at industrial power frequency
Main use:
Mainly applicable to solid insulation materials such as: plastic, film, resin, mica, ceramic, glass, insulating paint and other media in the
Power frequency voltage or DC voltage breakdown strength and voltage endurance test.
The breakdown voltage (V): with a continuous and uniform boost way of sample applied voltage and keep the sample breakdown voltage value, in kV said.
The breakdown strength (E): the breakdown voltage of the sample thickness and the average value between the two electrodes of the sample, to kV/mm.
parameter
Input voltage AC 220 V
Output voltage AC KV 0--100 DC 0 - 100 KV
Electrical capacity 5KVA
High pressure classification 0-10KV, 0--50KV, 0-100KV
Boost rate 200V/S 100V/S 500 V/S 1000 2000V/S 5000V/S V/S, etc.
Test methods: DC test: 1, uniform step up 2, gradient boost 3, pressure test
AC test: 1, uniform step up 2, gradient boost 3, pressure test
Test medium air, test oil
The precision is less than or equal to 1% voltage test.
Test voltage continuously adjustable KV 0--100
Product features:
1, running in the XP/WIN7/WIN8 WIN system under the independent installation software, friendly interface, easy to operate
2, the experiment shows the curve, the data automatic storage, automatic search
3, a variety of uses can be carried out, DC test test is accurate, reliable and safe
4, computer control test process, automatic judgment stop, automatic reset
5, over voltage, over current, short circuit, leakage, wrong operation and other protection
Matters needing attention:
1, the test process can not let the irrelevant personnel close, because the test instrument can produce a higher voltage, not through the training of personnel can not use the device. When testing, there should be a guardian, not a single use. In case of accident.
2, for a long time without the use of equipment, in the re-use, the first time to let the instrument pressure once, that is, the high-voltage electrode wiring from the uniform pressure on the ball to take off. View the computer test interface, to see if the normal voltage is normal.
3, the accident occurred in a timely manner to cut off the power supply, the problem can continue to test after treatment.
4, the equipment should be placed on the ground to be stable. It is better to cement the ground so as to avoid resonance.
5, the equipment in the use of the shell to be connected to the protection of the ground, both equipment enclosure to the earth, in order to protect the operation of personnel and equipment safety.
6, after the use of the device, to turn off the power supply of the system, are not allowed to plug the power line.
7, according to the provisions of the power supply voltage access equipment. Make sure the circuit connection is correct. Otherwise it will damage the device.
8, the instrument should be placed in the room, the laboratory should be clean, dry, non corrosive media, non related personnel do not operate at random.
9, don't let cable equipment encountered sharp edges, so as not to cut the cable insulation; don't let cable in under heavy pressure, to avoid pressure broken cable caused by fire; don't cable pull objects or objects tied with a cable, so as not to pull off the cable so that the device is not functioning properly.
10, do not let the equipment encountered water splashing, corrosive gases, flammable gases and fuel. If you don't avoid it, it may be a fire.
11, devices, to cut off the power supply equipment, is to unplug the plug from the socket. No equipment or equipment moving down tilt angle of 45 degrees or above.
12. Do not plug the power plug of the device when the device is running.