YCZN Intelligent Capacitor
  • Product Overview

  • Product Details

  • Data Download

  • Related Products

YCZN Intelligent Capacitor
Picture
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor
  • YCZN Intelligent Capacitor

YCZN Intelligent Capacitor

YCZN Intelligent Capacitor is an integrated reactive power compensation device designed for 0.4kV power grids. It consists of measurement and control module, capacitor switching and composite switch, capacitor protection module, and two ( type) or one (Y type)
low-voltage self-healing capacitor, forming an independent and complete intelligent compensation unit.

Contact Us

Product Details

General

YCZN Intelligent Capacitor is an integrated reactive power compensation device designed for 0.4kV power grids. 

It consists of measurement and control module, capacitor switch-ing and composite switch, capacitor protection module, and two ( type) or one (Y type) low-voltage self-healing capacitor, forming an independent and complete intelligent compen- sation unit.

The low-voltage reactive power compensation device composed of intelligent capacitors    offers several advantages, including flexible compensation modes, easy installation and maintenance, strong protection functions, compact size, excellent compensation effective- ness, low power consumption, and high reliability. 

It meets the fine requirements of users   for improving power factor, enhancing power quality, and reducing energy losses through   reactive power compensation.

When applied in industrial and mining enterprises with harmonic currents, it is recommend- ed to use intelligent capacitors with reactive impedance to mitigate harmonics.

 

Selection

 

Use environment

Ambient temperature: -20°C~+55°C

Relative humidity: ≤20% at 40°C; ≤90% at 20°C

Altitude: ≤2500m

Environmental conditions: no harmful gases and vapors, no conductive or explosive dust, no severe mechanical vibration

Techniacal data

Working voltage

Shared compensation: AC 450V ± 20%

Phase-splitting compensation: AC 250V ± 20%

Harmonic voltage

Sinusoidal wave, total harmonic distortion ≤ 5%"\

Rated frequency

50/60HZ

Power consumption

≤3VA

 

Reactive power compensation error

≤50% of the minimum capacitor capacity

Capacitor switching time

 10s, adjustable from 10s to 180s

 

Voltage

±0.5%

Current

±0.5%

Power factor

±1%

Temperature

±1℃

 

Voltage

±0.5%

Current

±0.5%

Temperature

±1℃

Time

±0.1s

 

Permissible switching times

100 1 million times

Capacitor capacity

Run time decay rate

≤1%/ year

Switching decay rate

≤1%/ million times

 

Compensation modes

Model

Capacitor rated voltage (V)

Rated capacity (Kvar)

Reactance rate

 

 

 

Conventional three-phase shared compensation

YCZN-S 450/5+5

450

10

 

 

 

 

 

 

 

/

YCZN-S 450/10+5

450

15

YCZN-S 450/10+10

450

20

YCZN-S 450/20+10

450

30

YCZN-S 450/20+20

450

40

YCZN-S 450/25+25

450

50

YCZN-S 450/30+30

450

60

 

 

 

Conventional phase-splitting compensation

YCZN-F 250/5

250

5

YCZN-F 250/10

250

10

YCZN-F 250/15

250

15

YCZN-F 250/20

250

20

YCZN-F 250/25

250

25

YCZN-F 250/30

250

30

YCZN-F 250/40

250

40

 

 

Anti-harmonic three-phase shared compensation

YCZN-KS 480/10

480

10

7%/14%

YCZN-KS 480/20

480

20

7%/14%

YCZN-KS 480/30

480

30

7%/14%

YCZN-KS 480/40

480

40

7%/14%

YCZN-KS 480/50

480

50

7%/14%

 

 

Anti-harmonic phase-splitting

compensation"

YCZN-KF 280/5

280

5

7%/14%

YCZN-KF 280/10

280

10

7%/14%

YCZN-KF 280/15

280

15

7%/14%

YCZN-KF 280/20

280

20

7%/14%

YCZN-KF 280/25

280

25

7%/14%

YCZN-KF 280/30

280

30

7%/14%

Product functional equivalence diagram

Conventional shared compensation

 

Wiring diagram
 
Standard model
 
Single phase-splitting compensation wiring diagram (without controller)
Single phase shared compensation wiring diagram (without controller)
Three-phase mixed compensation wiring diagram (with controller)
Three-phase shared compensation wiring diagram (with controller)
Write your message here and send it to us

Related Products