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CCD intelligent composite switch
CCD intelligent composite switch
Product description
CCD series composite switches adopt advanced single chip microcomputer software synchronous zero-crossing technology, which not only eliminates the electric arc pre-combustion and re-combustion between the contacts of magnetic latching relay, but also overcomes the difficulty of discreteness of actuation time of magnetic latching relay, so as to ensure the perfect zero-crossing switching of magnetic latching relay. Compared with common composite switch, it is reliable in operation and cost-effective, and the response time ≤20ms.
Product features
● Achievement of zero-crossing switching, input inrush current is ≤ 2 times of rated current, and the extension of the service life of capacitor;
● Low power dissipation with a self-power dissipation of ≤ 4VA, and requires no radiator or fan for heat dissipation;
● Be provided with lack-phase protection function;
● Photoelectric isolation is adopted for input terminal of control signal to achieve isolation of high and low voltage circuits;
● 抗Be provided with strong anti-interference capability, EFT group impulse test, 4000V A Class (the highest of national standards).
Technical parameters
● Voltage range: 380VAC±20%;
● Rated power: 50/60Hz;
● Control voltage: 12VDC/10mA;
● Contact voltage-endurance: 1600V;
● Service life: ≥100,000 times;
● Control capacity: common compensation: ≤67kvar separate compensation: ≤3*20kvar.
Type |
Specification |
Switching capacitor |
Overall dimensions |
Common compensation type Connection mode |
CCD3-40/400 | ≤40kvar |
Figure 1 |
CCD3-67/400 |
40~67kvar |
Figure 2 |
|
Separate compensation Y connection mode |
CCD1-10/230 | ≤3×10kvar |
Figure 3 |
CCD1-20/230 |
3×(10~20)kvar |
Figure 4 |
Model description
Wiring diagram
Wiring instructions of control terminal |
|||
CCD3 common compensation type |
CCD1 separate compensation type |
||
Terminal name |
Description |
Terminal name |
Description |
L |
220V phase line |
L |
220V phase line |
N |
Zero line of the system |
N |
Zero line of the system |
K+ |
Common terminal of control signal |
K+ |
Common terminal of control signal |
K-(Kc) |
Three phase switching control terminal |
Ka |
A phase switching control terminal |
Kb |
B phase switching control terminal |
||
Kc |
C phase switching control terminal |