VSSC4 surge protection terminal with gas discharge tube
Surge protection with individual components
With gas discharge tubes in terminal design
Gas discharge tubes/spark gaps (GDT) are used in the terminal design. They are approved for a maximum DC voltage, which is printed on the component. Any voltage greater than the specified value is safely discharged in approx. 10-100 µs. Gas discharge tubes are used for higher power ratings. Any voltage greater than that specified is safely discharged in approx. 10-100µs. Gas discharge tubes are used for higher power ratings.
With gas discharge tubes in terminal design
Gas discharge tubes/spark gaps (GDT) are used in the terminal design. They are approved for a maximum DC voltage, which is printed on the component. Any voltage greater than the specified value is safely discharged in approx. 10-100 µs. Gas discharge tubes are used for higher power ratings. Any voltage greater than that specified is safely discharged in approx. 10-100µs. Gas discharge tubes are used for higher power ratings.
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Product ID:1064050000VPE:5 PC
Surge protection for instrumentation and control, Surge protection for measurement and control, UP(L/N-PE) < 1000 V
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Product ID:1064060000VPE:5 PC
Surge protection for instrumentation and control, Surge protection for measurement and control, UP(L/N-PE) ≤ 1200 V
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Product ID:1307880000VPE:5 PC
Surge protection for instrumentation and control, Surge protection for measurement and control, UP(L/N-PE) < 1300 V
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Product ID:1064030000VPE:5 PC
Surge protection for instrumentation and control, Surge protection for measurement and control, UP(L/N-PE) < 1000 V
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Product ID:1064040000VPE:5 PC
Surge protection for instrumentation and control, Surge protection for measurement and control
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