NH4a gG 900A/690V Fuse link
- ETI Code:
- 004176108
- Fuse type:
- NH
- Size:
- NH4a
- Rated current:
- 900 A
- Time-Current Characteristic:
- gG
- Indicator:
- Top fuse status indicator
- Rated AC voltage:
- 690 V
- Rated DC voltage:
- 250 V
- Breaking capacity AC:
- 100 kA
- Standards:
- IEC 60269-1, IEC 60269-2
- Application:
- For cable protection
21 Logistics
Product
- Net depth
- 121 mm
- Net weight of the product
- 2,810 g
- Net width
- 95 mm
- Net height
- 200.1 mm
- Stock unit of measure
- pcs
Basic Packaging
- EAN code for a basic packaging
- 3838895399490
- Basic packaging weight
- 2.909 kg
- Basic Packaging Dimensions Depth
- 0.152 m
- Basic Packaging Dimensions Height
- 0.1 m
- Basic packaging volume
- 0.003 m³
- Basic Packaging Dimensions Width
- 0.212 m
- Basic packaging quantity
- 1 pcs
Transport Packaging
- Transport packaging weight
- 11.958 kg
- Transport packaging volume
- 0.023 m³
- Transport packaging quantity
- 4 pcs
- Customs tariff
- 85361090
- Transport Packaging Dimensions Height
- 0.255 m
- Transport Packaging Dimensions Width
- 0.365 m
- Transport Packaging Dimensions Depth
- 0.25 m
- EAN code for a transport packaging
- 3838895715559
- Pallet quantity
- 144 pcs
8 ETIM
- Rated switching capacity AC
- 100 kA
- Voltage type
- AC/DC
- Fuse construction type according to IEC 60269
- NH4a
- Rated voltage AC
- 690
- Type of fuse status indicator
- Top fuse status indicator
- Rated current
- 900 A
- Rated voltage DC
- 250
- Utilization category
- gG (cable protection/equipment protection)
3 Diagrams
1 Software & drivers
23 Tags
Accessories 4 All Accessories
Similar Products 641 All Products
NH000/K gG 2A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 2 A
- Time-Current Characteristic
- gG
NH000/K gG 4A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 4 A
- Time-Current Characteristic
- gG
NH000/K gG 6A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 6 A
- Time-Current Characteristic
- gG
NH000/K gG 10A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 10 A
- Time-Current Characteristic
- gG
NH000/K gG 16A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 16 A
- Time-Current Characteristic
- gG
NH000/K gG 20A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 20 A
- Time-Current Characteristic
- gG
NH000/K gG 25A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 25 A
- Time-Current Characteristic
- gG
NH000/K gG 32A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 32 A
- Time-Current Characteristic
- gG
NH000/K gG 35A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 35 A
- Time-Current Characteristic
- gG
NH000/K gG 40A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH000
- Rated current
- 40 A
- Time-Current Characteristic
- gG
NH00/K gG 50A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH00
- Rated current
- 50 A
- Time-Current Characteristic
- gG
NH00/K gG 63A/690V
- Class name
- Fuse link
- Fuse type
- NH-K
- Size
- NH00
- Rated current
- 63 A
- Time-Current Characteristic
- gG
Recent Products 8 Send to mail
Related News & Updates
Nazivna kratkostična zmogljivost
Nazivna kratkostična zmogljivost predstavlja največjo vrednost kratkostičnega toka, ki ga lahko odklopnik ali varovalka prekine. Vsaka zaščitna naprava je zasnovana za določeno nazivno moč in s tem tudi za določen nazivni (obremenitveni) tok. Kratkostični tokovi lahko trajno poškodujejo zaščitne naprave zaradi prekomernega segrevanja in sproščene energije. V elektroenergetiki uporabljamo različne vrste električne opreme (zaščitnih naprav) z različnimi tehničnimi lastnostmi, ki vključujejo tudi kratkostično zmogljivost. Poglejmo nekaj primerov.
Rated short-circuit breaking capacity
Rated short-circuit breaking capacity represents the highest value of short-circuit current that a circuit breaker or fuse is capable of interrupting. Each protective device is designed for a specific rated power and therefore for a specific rated (load) current. Short-circuit currents can permanently damage protective devices due to excessive heat and the energy released. In electrical power engineering, we use various types of electrical equipment (protective devices) with different technical specifications that also describe short-circuit capacity. Let us look at some examples.
