IEC60947-2
| Quantity: | |
|---|---|
Technical Data
Model | ASKW2-1600 | ASKW2-1600H | |||
Standard | IEC/EN 60947-2 | ||||
Number of poles | 3P, 4P | ||||
Frame Current Inm(A) | 1600 | ||||
Rated working current In(A) | 200,400,500,630,800,1000,1250,1600 | ||||
Rated impulse withstand voltage Uimp (KV) | 12 | ||||
Rated working voltage Ue(V) | AC 50Hz 400V/660V/690V | AC 50Hz 660V/690V | |||
Rated limit short-circuit breaking capacity Icu (KA) | 400V | 65 | |||
660/690V | 55 | 65 | |||
Rated operating short-circuit breaking capacity Ics (KA) | 400V | 65 | |||
660/690V | 55 | 65 | |||
Rated short time withstand current for 1s Icw (KA) | 400V | 65 | |||
660/690V | 55 | 65 | |||
Isolation function | YES | ||||
Protection level | IP20 | ||||
Electrical lifespan | 3000 | ||||
Mechanical lifespan | 5000 | ||||
Ambient temperature | Between-5℃~+40℃; the average value in 24h shall not exceed +35℃ | ||||
Different Type
Qualification Documents
Basic Functions of Controllers
| M Type/ H Type | L Type | |
Protection | Load monitoring(current type 1) Multi curves long delay protection Multi curves short delay inverse-time limit protection Short delay definite-time limit protection Instantaneous protection MCR and HSISC protection Current unbanlance(phase loss) protection Grounding protection(type T is default) Neutral phase protection | Current display function Overload long delay protection(defnite time limit + inverse time limit) Short-circuit short delay protection(inverse time limit) Short-circuit instantaneous protection Grounding protection Parameter setting function Analog testing function Enquiry function History data recording Thermal memory function Current unbalance protection |
Measurement | Four phase current Grounding current Thermal capacity | |
Maintenance | 10 records of faults 10 records of alarms 10 records of position changes Current history peak value Number of operations Contact equivalent Clock function Self-diagnosis | |
Human-machine | English LCD graphic display Bar graph display of current LCDindication of status Keyboard operation | |
Communication | H type controller is equipped with communication function Modbus protocol(default) Profibus-DP(optional) | |
Optional function | Self-diagnosis function MCR and HSISC Leakage protection Neutral phase(N phase) protection Load monitoring function(Method 1 or Method 2) Relay output |
FAQ
1. What is an ACB (Air Circuit Breaker)?
An ACB (Air Circuit Breaker) is a protection device used in low-voltage power systems. It can quickly cut off the current when a circuit fault occurs, protecting equipment and personnel from electrical hazards. It uses air as the medium to extinguish the arc, making it a commonly used switching device in electrical systems.
2. What is the difference between ACB and MCCB?
Both ACB (Air Circuit Breaker) and MCCB (Molded Case Circuit Breaker) are used for protection in electrical systems, but they are suitable for different current ranges. ACB is generally used in high-power, high-current electrical systems, while MCCB is suitable for medium to small-sized electrical systems. ACB has a higher rated current, usually used for applications above 500A, whereas MCCB is typically used for lower currents.
3. What is the working principle of an ACB?
The working principle of an ACB is based on the air medium arc-extinguishing principle. When a circuit fault occurs, the contacts inside the ACB open, and the arc forms in the air and is quickly extinguished. To prevent the arc from causing a fire or damaging equipment, the ACB is designed with a forced air cooling system and arc-extinguishing devices to rapidly extinguish the arc.
4. What are the differences between the three products W1, W2 and W3?
a. W1 is a standard model, suitable for most conventional applications, with high cost performance and mature and stable structure.
b. W2 is a thin and light model, with lighter weight and more compact size, suitable for occasions with requirements for installation space or weight.
c. W3 is a high-voltage and high-performance model, suitable for occasions that require higher voltage levels and stronger load capacity, with better performance.
5. How to choose the product model that suits me?
You can choose according to your installation environment, electrical parameter requirements and budget:
a. If you pursue maturity, reliability and strong versatility, choose W1.
b. If you have high requirements for space and weight, choose W2.
c. If you have high requirements for voltage level and performance, choose W3.
d. If you need help, please contact our technical support team and we will provide you with selection suggestions.
6. Are the warranty and after-sales service of these three products the same?
Yes, W1, W2, and W3 all enjoy the same warranty period and perfect after-sales service. For specific warranty terms, please refer to our "Product Warranty Policy".
10MW, 50Hz, 5kV Diesel Power Plant Project in Dubai, UAE The Load Isolation Switches in this project provide visible isolation for maintenance, ensuring safe disconnection of the 5kV circuits during inspections and repairs to protect personnel and equipment
View MoreProject Overview: Data Center in Manila, PhilippinesA Tier III data center located in Manila, Philippines, houses critical infrastructure for cloud computing and online payment services. To guarantee uninterrupted power during grid failures, the facility required a highly responsive Automatic Transf
View MoreThe planned construction capacity of Huadian Fengning 100MW Pasture-Photovoltaics with Hydrogen Storage Integrated Project is 100MW. The project is a photovoltaic composite project, developed and constructed in a complementary mode of pastoral and photovoltaic. The site is located in Datan Town, Fen
View More
