| Parameter | Specification |
|---|---|
| Product Model | SUNTREE SUP2H1-PV |
| Product Type | DC Surge Protective Device (DC SPD) |
| SPD Type | Type 2 |
| Pole Configuration | 3P |
| Maximum Continuous Operating Voltage (Ue) | 1000VDC / 1200VDC |
| Maximum Discharge Current (Imax) | 20kA / 40kA (8/20 μs) |
| Protection Level (Up) | 3.6kV / 40kV |
| Service Temperature | -40°C to +70°C |
| Relative Humidity | ≤95% at 25°C |
| Installation Mode | 35mm Standard DIN Rail |
| Window Indication | Green: Normal / Red: Failure |
| Ingress Protection | IP20 |
| Leakage Current | ≤20μA |
| Module Design | Plug-in / Replaceable |
| Remote Signaling | Optional |
| Disconnection | Combined Disconnection |
| Arc Protection | Short-Circuiting Device with Safe Electrical Isolation |
| Model | Poles | Maximum Continuous Operating Voltage | Maximum Discharge Current |
| SUP2H1-PV | 3P | 1000VDC / 1200VDC | 20kA / 40kA |
| Product Model | Available Operating Voltage |
| SUP2H1-PV | 1000VDC |
| SUP2H1-PV | 1200VDC |
| Parameter | Specification |
| Maximum Discharge Current (Imax) | 20kA / 40kA |
| Test Waveform | 8/20 μs |
| Protection Level (Up) | 3.6kV / 40kV |
| Parameter | Specification |
| Installation | 35mm Standard DIN Rail |
| Pole Configuration | 3P |
| Module Type | Plug-in |
| Module Replacement | Easy Replacement |
| Installation Design | DIN Rail Mounting |
| Parameter | Specification |
| Operating Temperature | -40°C to +70°C |
| Relative Humidity | ≤95% at 25°C |
| Ingress Protection | IP20 |
| Installation Environment | DC / PV Electrical Enclosures |
| Protection Function | Specification |
| Surge Protection | Transient Overvoltage Protection |
| Maximum Discharge Current | 20kA / 40kA |
| Arc Protection | Short-Circuiting Device with Safe Electrical Isolation |
| Disconnection | Combined Disconnection |
| Visual Status Indication | Green: Normal / Red: Failure |
| Remote Signaling | Optional Floating Changeover Contact |
| Thermal Management | Quick Heat Dissipation Design |
| Module Replacement | Plug-in Replaceable Module |
| Feature | Description |
| Plug-in Clips | Allow easy and quick replacement of the protection module |
| Flash Barrier | Helps prevent arc propagation during current impact |
| Visual Indicator | Green indicates normal operation, while red indicates module failure and replacement requirement |
| Remote Contact Signaling | Optional floating changeover contact for remote status monitoring |
| Combined Disconnection | Provides integrated disconnection functionality |
| Safe Electrical Isolation | Helps reduce fire damage caused by DC arcs |
| Heat Dissipation | Designed to quickly dissipate heat and reduce service temperature |
The SUNTREE SUP2H1-PV should be installed on a 35mm standard DIN rail. When installing the PV-SPD inside an enclosure, a suitable electrical insulator should be used to maintain a minimum 10mm safety distance between the surge protective device and other grounded parts.
The SUNTREE SUP2H1-PV is designed for DC applications with a maximum continuous operating voltage of 1000VDC or 1200VDC. The appropriate voltage version should be selected according to the DC system voltage.
The SUP2H1-PV supports maximum discharge currents of 20kA and 40kA, based on the applicable product configuration. The discharge current is specified using the 8/20 μs test waveform.
The SUNTREE SUP2H1-PV is a 3-pole (3P) DC surge protective device, designed for use in photovoltaic and other DC electrical protection systems.
The device is designed for installation on a 35mm standard DIN rail. This installation method allows the SPD to be integrated into electrical distribution and PV protection enclosures.
The SUP2H1-PV uses a visual status indicator. A green indicator shows normal protective status, while a red indicator indicates failure and that the module should be replaced.
Yes. The device features optional remote contact signaling using a floating changeover contact, allowing the protection status to be monitored remotely.
2 reviews for SUNTREE SUP2H1-PV DC Surge Protector 3P
Michaela –
Is this 3P version suitable for three-pole DC PV applications, and what is its maximum voltage rating?
Marcia –
The 3P configuration looks useful for more demanding PV protection setups.