Power monitoring system
temperaturecurrentconductivity

Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity
Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity
Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity - image - 2
Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity - image - 3
Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity - image - 4
Power monitoring system - AI SI LI (China) Test Equipment Co., Ltd - temperature / current / conductivity - image - 5
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Characteristics

Type
temperature, power, current, conductivity
Applications
process, solar
Other characteristics
multi-channel

Description

Current continuity monitoring system for power supply, battery, and cable testing. Real-time detection of voltage drop and circuit interruptions. The current continuity test system is a company specializing in IEC61215 standard MQT11 high and low temperature cycle experiment clause, MQT12 wet and frozen experiment clause. The netcol5000-C provides stable DC, current recording, temperature recording, and temperature control functions. The NETCOL5000-C uses temperature control to start the DC power supply, and monitors the multi-channel current and multi-channel temperature in real time for a long time. Used together with a high and low temperature circulating box, it can monitor the internal circuit connectivity of multiple components. To judge the fatigue resistance of solar cell modules, the rationality of the laminating process, and the stability of welding quality unde Power Supply & Current continuity monitoring system Additional notes: 1. For the internal circuit conductivity, 25℃ above the Imp current, through the temperature control current on and off, on and off temperature can be set; 2. The component can pass 1%Imp current, through the temperature control current on and off; 3. In the heating stage between -40 ℃ and 80℃, the component inside the Imp current, in other stages, the component inside the current is not more than 1%Isc; 4. Simultaneously meet IEC61215(2005),IEC61215(2016) and IEC61215(2021) standards;

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