CDGNE DC Isolator Switch | 1100VDC | 20A | 2 Pole (2P) | Solar PV & Battery System Disconnect Switch
The Delixi CDGNE 1100VDC DC Isolator Switch is a high-performance switching device designed specifically for direct current (DC) electrical systems, enabling safe isolation of circuits for maintenance, servicing, and emergency shutdown applications.
Engineered for solar photovoltaic systems, battery storage installations, and industrial DC power networks, the CDGNE series delivers dependable switching performance and enhanced operational safety in high-voltage DC environments.
Supporting voltages up to 1100VDC, this isolator switch provides reliable electrical isolation for critical renewable energy and industrial applications.
Key Features:
✔ Designed specifically for DC electrical systems
✔ Rated operational voltage up to 1100VDC
✔ Rated current: 20A
✔ 2 Pole (2P) configuration
✔ Safe circuit isolation for maintenance and servicing
✔ Reliable switching performance in high-voltage DC applications
✔ Compact and durable construction
✔ Suitable for solar photovoltaic and battery energy systems
✔ Designed for long service life and dependable operation
✔ DIN rail compatible installation
Technical Specifications:
| Parameter | Specification |
|---|---|
| Product Series | CDGNE |
| Product Type | DC Isolator Switch |
| Rated Voltage | 1100VDC |
| Rated Current (In) | 20A |
| Pole Configuration | 2 Pole (2P) |
| Function | Circuit Isolation / Disconnect |
| Installation Type | DIN Rail |
| Application | DC Power Systems |
Available Model:
CDGNE-50L/2/1/1/1
-
Pole Configuration: 2 Pole (2P)
-
Current Rating: 20A
-
Operating Voltage: 1100VDC
Applications:
-
Solar photovoltaic (PV) systems
-
Solar combiner boxes
-
Battery energy storage systems (BESS)
-
Renewable energy installations
-
Industrial DC distribution systems
-
Maintenance isolation and emergency shutdown systems
The Delixi CDGNE DC Isolator Series provides reliable circuit isolation, operational safety, and dependable performance for modern DC electrical and renewable energy infrastructure.