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CAU5-T2-20
Chanan
| Quantity: | |
|---|---|
Table 1
| No.of poles | 1P | 2P | 3P | 4P | 1P+NPE | 3P+NPE |
| Network systems | TN-S, TN-C, TT(only L-N) | TN-S | TN-C | TN-S | TT, TN-S | |
| Mode of protection | L-PE, N-PE(onlyTN-S), L-PEN, L-N | L-PE, N-PE | L-PEN | L-PE, N-PE | L-N, N-PE | |
| Protective elements | High Energy MOV | High Energy MOV and GDT | ||||
Table 2
| Maximum continuous operating voltage (L-N) | Uc | 150V | 275V | 320V | 385V | 440V |
| Maximum continuous operating voltage (N-PE) | Uc | 255V | ||||
| Norminal discharge current (8/20μs) (L-N)/(N-PE) | In | 10kA | ||||
| Maximum discharge current (8/20μs) (L-N)/(N-PE) | Imax | 20kA | ||||
| Voltage protection level (L-N)/(N-PE) | Up | 0.8kV/1.5kV | 1.0kV/1.5kV | 1.2kV/1.5kV | 1.45kV/1.5kV | 1.6kV/1.5kV |
| Voltage protection level 5kA | Up | 0.5kV | 0.8kV | 1.0kV | 1.2kV | 1.4kV |
| Response time (L-N)/(N-PE) | tA | ≤25ns/≤100ns | ||||
| Operating temperature range | Tu | -40℃ to +80℃ | ||||
| Max. Back-up fuse | 125 A gL/gG | |||||
| Operating state/fault indication | Green/Red(L-N),Yellow(N-PE) | |||||
| Cross-section area (Min.)/(Max.) | 4mm²/35mm² | |||||
| Mounting | 35 mm DIN Rail, EN 60715 | |||||
| Enclosure material | Thermal Plastic UL94-V0 | |||||
| Degree of protection | IP20 (built-in) | |||||
Type 2 AC surge protectors with a maximum discharge current of 20kA are designed to protect electrical installations from surges, such as those caused by indirect lightning strikes or the switching of electrical equipment. Here's how they are typically applied:
Commercial and Residential Electrical Panels: These surge protectors are installed on the electrical service panels of commercial and residential buildings to protect against surges that can damage connected appliances and sensitive electronic equipment. They are an essential component for modern buildings that rely on a variety of electronic devices for daily operations.
Compliance with Electrical Codes: The installation of Type 2 surge protectors with a 20kA maximum discharge current can help ensure compliance with electrical codes, such as the NEC (National Electrical Code), which may require surge protection for dwelling units to protect against overvoltage and ensure the safety of the electrical system.
Industrial Facilities: In industrial settings, these surge protectors safeguard control systems, machinery, and other critical components that are sensitive to power quality issues. They are especially important in facilities where operational continuity is critical, and downtime due to equipment failure must be minimized.
Renewable Energy Systems: For photovoltaic (solar) or wind power installations, these surge protectors are used to defend inverters and control systems from electrical transients that can be induced by atmospheric conditions or grid switching events.
In summary, Type 2 AC surge protectors with a maximum discharge current of 20kA offer robust protection against surges in a wide range of applications from residential to commercial and industrial settings, ensuring the protection of sensitive electronics and compliance with safety standards.
Table 1
| No.of poles | 1P | 2P | 3P | 4P | 1P+NPE | 3P+NPE |
| Network systems | TN-S, TN-C, TT(only L-N) | TN-S | TN-C | TN-S | TT, TN-S | |
| Mode of protection | L-PE, N-PE(onlyTN-S), L-PEN, L-N | L-PE, N-PE | L-PEN | L-PE, N-PE | L-N, N-PE | |
| Protective elements | High Energy MOV | High Energy MOV and GDT | ||||
Table 2
| Maximum continuous operating voltage (L-N) | Uc | 150V | 275V | 320V | 385V | 440V |
| Maximum continuous operating voltage (N-PE) | Uc | 255V | ||||
| Norminal discharge current (8/20μs) (L-N)/(N-PE) | In | 10kA | ||||
| Maximum discharge current (8/20μs) (L-N)/(N-PE) | Imax | 20kA | ||||
| Voltage protection level (L-N)/(N-PE) | Up | 0.8kV/1.5kV | 1.0kV/1.5kV | 1.2kV/1.5kV | 1.45kV/1.5kV | 1.6kV/1.5kV |
| Voltage protection level 5kA | Up | 0.5kV | 0.8kV | 1.0kV | 1.2kV | 1.4kV |
| Response time (L-N)/(N-PE) | tA | ≤25ns/≤100ns | ||||
| Operating temperature range | Tu | -40℃ to +80℃ | ||||
| Max. Back-up fuse | 125 A gL/gG | |||||
| Operating state/fault indication | Green/Red(L-N),Yellow(N-PE) | |||||
| Cross-section area (Min.)/(Max.) | 4mm²/35mm² | |||||
| Mounting | 35 mm DIN Rail, EN 60715 | |||||
| Enclosure material | Thermal Plastic UL94-V0 | |||||
| Degree of protection | IP20 (built-in) | |||||
Type 2 AC surge protectors with a maximum discharge current of 20kA are designed to protect electrical installations from surges, such as those caused by indirect lightning strikes or the switching of electrical equipment. Here's how they are typically applied:
Commercial and Residential Electrical Panels: These surge protectors are installed on the electrical service panels of commercial and residential buildings to protect against surges that can damage connected appliances and sensitive electronic equipment. They are an essential component for modern buildings that rely on a variety of electronic devices for daily operations.
Compliance with Electrical Codes: The installation of Type 2 surge protectors with a 20kA maximum discharge current can help ensure compliance with electrical codes, such as the NEC (National Electrical Code), which may require surge protection for dwelling units to protect against overvoltage and ensure the safety of the electrical system.
Industrial Facilities: In industrial settings, these surge protectors safeguard control systems, machinery, and other critical components that are sensitive to power quality issues. They are especially important in facilities where operational continuity is critical, and downtime due to equipment failure must be minimized.
Renewable Energy Systems: For photovoltaic (solar) or wind power installations, these surge protectors are used to defend inverters and control systems from electrical transients that can be induced by atmospheric conditions or grid switching events.
In summary, Type 2 AC surge protectors with a maximum discharge current of 20kA offer robust protection against surges in a wide range of applications from residential to commercial and industrial settings, ensuring the protection of sensitive electronics and compliance with safety standards.
