+86 13868429846
0102030405
1500VDC T2 Surge Protective Device with 40kA Discharge Capacity
Key Features and Advantages
The device delivers standard discharge current protection of 20kA, maintaining consistent performance under normal operating conditions. The T2 classification confirms compliance with international standards for handling indirect lightning effects and switching surges. The integrated thermal protection ensures automatic disconnection during overload situations, while the visual status indicator provides operational feedback. The practical color scheme enhances visibility in electrical panels, and the DIN rail mounting facilitates straightforward installation.
Application Scenarios
This surge protective device is suitable for highvoltage DC applications including largescale solar power systems, industrial control circuits, and electric vehicle charging infrastructure. It provides protection for inverters, control systems, and monitoring equipment in renewable energy applications. The unit is also appropriate for telecommunications systems, data center backup power, and industrial automation applications where highvoltage DC surge protection is required.
Technical Specifications
Maximum discharge current: 40kA (8/20μs)
Standard discharge current: 20kA (8/20μs)
Type classification: T2
Rated voltage: 1500VDC
Protection Level: ≤4.0kV
Number of poles: 2P
Housing material: Plastic
Color scheme: Grey background with orange accents
Protection mode: Linetoground
Response time: <25ns
Operating temperature range: -45°C to +85°C
Connection method: Screw terminals
Mounting: 35mm DIN rail
Standards compliance: IEC 61643-11
Performance Characteristics
The device maintains stable performance characteristics, providing consistent surge protection for 1500VDC systems. The design focuses on reliability and safety features, ensuring proper operation in various applications. The product meets relevant international standards for surge protective devices, offering adequate protection against transient overvoltages. The practical design makes it suitable for surge protection requirements in highvoltage DC applications, particularly where space considerations and reliable performance are important factors.



















