Q1211907 - NH3GR80V250B
Fusible PV gR NH3 250A Couteaux type DIN Clip
Mersen NH fuse-links 800VAC was engineered and designed specifically for photovotaic systems. gR types are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any fault current, from overloads up to their breaking capacity, and so can be used alone as protection. They are the perfect solution of protection when used with DC/800VAC Solar inverters. This fuse range is offered along with Mersen 800VAC Fuse-switch-disconnectors, for a complete fuse-system protection.
Fusible PV gR NH3 250A Couteaux type DIN Clip
Mersen NH fuse-links 800VAC was engineered and designed specifically for photovotaic systems. gR types are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any fault current, from overloads up to their breaking capacity, and so can be used alone as protection. They are the perfect solution of protection when used with DC/800VAC Solar inverters. This fuse range is offered along with Mersen 800VAC Fuse-switch-disconnectors, for a complete fuse-system protection.
Datasheets
Compliances
| Item number | Q1211907 |
| Catalogue No | NH3GR80V250B |
| Description | Fusible PV gR NH3 250A Couteaux type DIN Clip |
| EAN/UPC Code | 3605340718089 |
| Rated voltage AC UL | 880 V |
| Rated voltage AC IEC | 800 V |
| Ampere Rating | 250 A |
| ROHS Compliant | Yes |
| AC or DC | AC |
| Speed/Characteristic | gR |
| Fuse Size | NH3 |
| Mounting | Clip or Bolted |
| Clearing I2t At Rated Voltage | 392 kA²s |
| Melting I2t | 64.8 kA²s |
| Connection/Terminal Material | Silver-Plated Copper |
| Connection/Terminal Type | DIN Type Blades |
| Product Width | 75 mm |
| Product Length | 150 mm |
| Product Height | 76 mm |
| Sell Pack Quantity | 1 EA |
| Sell Pack Weight | 3.3 kg |
| Sell Pack Width | 161 mm |
| Sell Pack Length | 244 mm |
| Sell Pack Height | 97 mm |
| Product group | Special Purpose Fuses |
| Product Weight | 1.18 kg |
| Power Dissipation at Intermediate Current Value | 15 @ 0,7*In W |
| Power Dissipation at Rated Current Value | 36 W |