* DA-60/100/4/NS100/160-5 Mono adapter
- ETI Code:
- 001696161
- Number of poles:
- 4
- Function:
- Adapter for MCCB
1 Documents
8 Logistics
Product
- Net weight of the product
- 0.99 kg
- Stock unit of measure
- pcs
Transport Packaging
- Transport packaging quantity
- 1 pcs
- EAN code for a transport packaging
- 3838895739135
- Transport packaging weight
- 0.993 kg
- Transport packaging volume
- 4.002 dm³
- Pallet quantity
- 400 pcs
- Customs tariff
- 85389099
15 Tags
Similar Products 3 All Products
HA5
- Class name
- Thickness adapter
- Number of poles
- Rated current
- Width
- Function
- Compenssation piece for busbar thickness (to adapt busbar components to fit 10mm or 5mm busbar thickness)
DA-60/250/3/FE-5
- Class name
- Mono adapter
- Number of poles
- 3
- Rated current
- Width
- Function
- Adapter for MCCB
DA-60/250/4/FE-5
- Class name
- Mono adapter
- Number of poles
- 4
- Rated current
- Width
- Function
- Adapter for MCCB
Recent Products 8 Send to mail
Related News & Updates
Introducing the EVC-HOME11: Your Ultimate Home EV Charging Station
We're excited to launch the EVC-HOME11, our newest home charging station designed to make electric vehicle charging both simple and efficient in comfort of your home according EN61851-1 MODE 3 (AC charging). Perfect for any electric vehicle owner looking to enhance their charging capabilities at home.
Electrodynamic Forces in RCCBs: How it Withstands Extreme Fault Conditions
During a short circuit, a residual current circuit breaker (RCCB) can experience forces strong enough to bend metal. These electrodynamic forces act within milliseconds, placing enormous mechanical stress on conductors, contacts, and structural components. Understanding how these forces arise—and how modern RCCB designs mitigate them—is essential for ensuring long-term reliability and electrical safety.
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.
