Lightning surge simulator SUG61005TAG
Lightning surge simulator SUG61005TAG

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Manufacturer: EMC Prima

Lightning surge simulator SUG61005TAG

  • SUG61005TAG

SUG61005TAG is an advanced surge generator designed to meet the electromagnetic compatibility (EMC) requirements for surge immunity testing (SUG). Its primary purpose is to evaluate the performance of power lines and internal connections in electrical and electronic devices when exposed to high-energy transient interference, both from switching circuits and natural lightning strikes.

SUG61005TAG Features:

  • Multi-channel testing: Enables simultaneous testing of multiple paths, increasing work efficiency.
  • Free switching of positive and negative polarity: Provides flexibility in test configuration.
  • One-button language mode switching (Chinese/English): Facilitates operation for users in different regions.
  • Built-in parameters compliant with international standards: Guarantees compliance with internationally recognized testing standards.
  • High build quality, Durability: Robust construction ensures long-lasting and reliable operation.
  • Maximum test voltage: 7000V: Allows testing on a wide range of devices.
  • 10.1-inch color touchscreen: Intuitive user interface for easy navigation and configuration.
  • Built-in real-time temperature, humidity, time, and voltage measurement: Provides comprehensive data on test conditions and the experiment.
  • Possibility to set the phase angle in asynchronous or 0~360° mode: Allows precise control over the pulse timing.
  • Automatic switching of the overvoltage test mode: Optimizes and speeds up the testing process.
  • Built-in RJ45 interface, optional remote control: Offers integration with automation systems and remote control. management.
  • The built-in high-voltage differential probe and current transformer enable waveform measurement: It provides accurate monitoring and analysis of generated pulses.

Standard Compliance:

The SUG61005TAG device complies with the following key standards, confirming its reliability and precision in EMC testing:

  • IEC/EN 60664
  • GB/T 17626.5 / IEC 61000-4-5
  • ITU K20
  • ANSI C62.41 / C62.45
  • GB/T 16927.1
  • IEC/EN 61643-1
  • ITU K44
  • ITU K45

Parameters:

Parameter Value
Device model SUG61005TAG
Voltage Open Circuit 200V ~ 7500V ±10%
Voltage Resolution 1 V
Rise Time (L-L) 1.2 µs ±30%
Pulse Duration (L-L) 50 µs ±20%
Short-circuit current (L-PE) 100A ~ 3750A ±10%
Rise time (L-PE) 8 µs ±20%
Pulse duration (L-PE) 20 µs ±20%
Output Polarity +, –, +/–, –/+
Output Impedance 2 Ω
Voltage Surge (Adjustable) 0 ~ 7000V
Surge Interval 5 s ~ 9999 s
Number of surges 1 c ~ 60000 c
Trigger mode Manual, external, interval
Phase synchronization 0° ~ 359° (50 Hz or 60 Hz) (synchronous/asynchronous synchronization)
CDN (Coupling/Decoupling Network) External CDN
Coupling Three-phase, five-wire
Decoupling Load UAC MAX 380V/16A, UDC MAX 220V/16A
Coupling capacitor 9μF (L-PE), 18μF (L-L)
Coupling resistor 12μF, 2μF
Residual voltage at the end of the test sample No more than 15% of the impulse voltage or twice the rated voltage of the coupling/decoupling network

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SUG61005TAG is an advanced surge generator designed to meet the electromagnetic compatibility (EMC) requirements for surge immunity testing (SUG). Its primary purpose is to evaluate the performance of power lines and internal connections in electrical and electronic devices when exposed to high-energy transient interference, both from switching circuits and natural lightning strikes.

SUG61005TAG Features:

  • Multi-channel testing: Enables simultaneous testing of multiple paths, increasing work efficiency.
  • Free switching of positive and negative polarity: Provides flexibility in test configuration.
  • One-button language mode switching (Chinese/English): Facilitates operation for users in different regions.
  • Built-in parameters compliant with international standards: Guarantees compliance with internationally recognized testing standards.
  • High build quality, Durability: Robust construction ensures long-lasting and reliable operation.
  • Maximum test voltage: 7000V: Allows testing on a wide range of devices.
  • 10.1-inch color touchscreen: Intuitive user interface for easy navigation and configuration.
  • Built-in real-time temperature, humidity, time, and voltage measurement: Provides comprehensive data on test conditions and the experiment.
  • Possibility to set the phase angle in asynchronous or 0~360° mode: Allows precise control over the pulse timing.
  • Automatic switching of the overvoltage test mode: Optimizes and speeds up the testing process.
  • Built-in RJ45 interface, optional remote control: Offers integration with automation systems and remote control. management.
  • The built-in high-voltage differential probe and current transformer enable waveform measurement: It provides accurate monitoring and analysis of generated pulses.

Standard Compliance:

The SUG61005TAG device complies with the following key standards, confirming its reliability and precision in EMC testing:

  • IEC/EN 60664
  • GB/T 17626.5 / IEC 61000-4-5
  • ITU K20
  • ANSI C62.41 / C62.45
  • GB/T 16927.1
  • IEC/EN 61643-1
  • ITU K44
  • ITU K45

Parameters:

Parameter Value
Device model SUG61005TAG
Voltage Open Circuit 200V ~ 7500V ±10%
Voltage Resolution 1 V
Rise Time (L-L) 1.2 µs ±30%
Pulse Duration (L-L) 50 µs ±20%
Short-circuit current (L-PE) 100A ~ 3750A ±10%
Rise time (L-PE) 8 µs ±20%
Pulse duration (L-PE) 20 µs ±20%
Output Polarity +, –, +/–, –/+
Output Impedance 2 Ω
Voltage Surge (Adjustable) 0 ~ 7000V
Surge Interval 5 s ~ 9999 s
Number of surges 1 c ~ 60000 c
Trigger mode Manual, external, interval
Phase synchronization 0° ~ 359° (50 Hz or 60 Hz) (synchronous/asynchronous synchronization)
CDN (Coupling/Decoupling Network) External CDN
Coupling Three-phase, five-wire
Decoupling Load UAC MAX 380V/16A, UDC MAX 220V/16A
Coupling capacitor 9μF (L-PE), 18μF (L-L)
Coupling resistor 12μF, 2μF
Residual voltage at the end of the test sample No more than 15% of the impulse voltage or twice the rated voltage of the coupling/decoupling network
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