The pulsed magnetic field is generated by lightning strikes on buildings and other structures (including antennas, grounding bodies and grounding grids), as well as the initial transient of faults in low-voltage, medium voltage and high-voltage power systems. It can also be generated when the disconnector in the high-voltage substation is connected with the high-voltage bus. The product meets the requirements of IEC 61000-4-9 and gb/t 17626.9 new standards.
The damped oscillation wave appearing on the equipment terminal is mainly the repeatable transient phenomenon due to switching operation in power plants, high and medium voltage substations and heavy industrial equipment. Damped oscillation waves may affect the reliable operation of equipment and systems. The damped oscillation wave generator is used to evaluate the performance of electrical and electronic equipment, devices or systems subjected to damped oscillation waves. The product meets the requirements of new standards such as iec61000-4-12 and gb/t17626.12.
Ringing wave is caused by the switching of power supply and control line or lightning strike, and appears on the terminal of the equipment. Ringing wave may affect the reliable operation of equipment and system. The ringing wave generator is used to evaluate the performance of electrical and electronic equipment, devices or systems subjected to ringing waves. The product meets the requirements of new standards such as iec61000-4-12 and gb/t17626.12.
The power frequency magnetic field is generated by the power frequency current in the conductor, or a very small amount of it is generated by other accessories (such as the leakage flux of the transformer). Power frequency magnetic field may affect the reliable operation of equipment and system. The power frequency magnetic field generator is used to evaluate the performance of household, commercial and industrial electrical and electronic equipment in power frequency (continuous and short-time) magnetic field. The products meet the requirements of new standards such as iec61000-4-8 and gb/t17626.8.
Voltage dips/sags, short interruptions are caused by failures of the power grid and power facilities or sudden large changes in loads. In some cases, there will be two or more consecutive dips or interruptions. Voltage changes are caused by continuous changes in the loads connected to the grid. If the EUT cannot respond in time to changes in the power supply voltage, it may cause malfunctions. Voltage dips generators are used to evaluate the performance of electrical and electronic equipment when subjected to voltage dips/sags, short interruptions, and voltage changes. Products fully meet the requirements of standards IEC/EN 61000-4-11 and GB/T17626.11.
DC voltage dips and interruptions generator is a test device that simulates voltage dips, short interruptions, and voltage variations on DC input power port. VDT DC is specially designed for power fail simulation of DC systems. The product adopts a modular digital DC power supply system to provide customers with high-power DC output sources to meet the testing of different DC power systems. Products meet the requirements of standards IEC/EN 61000-4-29 and GB/T 17626.29.
Voltage dips/sags, short interruptions are caused by failures of the power grid and power facilities or sudden large changes in loads. In some cases, there will be two or more consecutive dips or interruptions. Voltage changes are caused by continuous changes in the loads connected to the grid. If the EUT cannot respond in time to changes in the power supply voltage, it may cause malfunctions. Voltage dips generators are used to evaluate the performance of electrical and electronic equipment when subjected to voltage dips/sags, short interruptions, and voltage changes. Products fully meet the requirements of standards IEC/EN 61000-4-11 and GB/T17626.11.
Voltage dips/sags, short interruptions are caused by failures of the power grid and power facilities or sudden large changes in loads. In some cases, there will be two or more consecutive dips or interruptions. Voltage changes are caused by continuous changes in the loads connected to the grid. If the EUT cannot respond in time to changes in the power supply voltage, it may cause malfunctions. Voltage dips generators are used to evaluate the performance of electrical and electronic equipment when subjected to voltage dips/sags, short interruptions, and voltage changes. Products fully meet the requirements of standards IEC/EN 61000-4-11 and GB/T17626.11.
Voltage dips/sags, short interruptions are caused by failures of the power grid and power facilities or sudden large changes in loads. In some cases, there will be two or more consecutive dips or interruptions. Voltage changes are caused by continuous changes in the loads connected to the grid. If the EUT cannot respond in time to changes in the power supply voltage, it may cause malfunctions. Voltage dips generators are used to evaluate the performance of electrical and electronic equipment when subjected to voltage dips/sags, short interruptions, and voltage changes. Products fully meet the requirements of standards IEC/EN 61000-4-11 and GB/T17626.11.
Lightning surge generator sur 1000L is an anti surge test product specially designed for semiconductor devices such as anti surge protection and communication products. The product meets the requirements of iec61000-4-5, gb/t17626.5, gr-1089-core and other relevant standards.
The impact of lightning (indirect lightning) in nature and voltage changes caused by large switch switching in power supply lines on power supply lines and communication lines is particularly large, and the impact on products may be destructive. The lightning surge generator is used to evaluate the performance of the equipment when it is subjected to high-energy disturbance from the power line port and other signal line ports. The product meets the requirements of new standards such as iec61000-4-5 and gb/t17626.5.
The impact of lightning (indirect lightning) in nature and voltage changes caused by large switch switching in power supply lines on power supply lines and communication lines is particularly large, and the impact on products may be destructive. The lightning surge generator is used to evaluate the performance of the equipment when it is subjected to high-energy disturbance from the power line port and other signal line ports. The product meets the requirements of new standards such as iec61000-4-5 and gb/t17626.5.
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