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10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application
10~63a solar dc isolator switch with better arc quenching system for PV application

10~63a solar dc isolator switch with better arc quenching system for PV application

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US $39
≥3 Sets
US $38
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Quick Details

Quick Details

Max. Voltage:
1000V
Place of Origin:
China
Product Description

1. UV Resistant IP66 Enclosure

2. Extremely Short Power Shut Off Time Of Approx.2ms

3. Lid Only Removable In “off” Position

4. Earth Terminal

5. IEC60947-3,AS/NZS 3947.3: 2001

6. DC21B 10A To 63A UP To DC1500v

7. Easy To Install

Rated Voltage 600VDC TO 1200VDC
IP Rating IP66
Connection Type M20 M25 MC4
Rated Current 10A,16A,20A,25A, 32A,40A,50A,63A
Working Temperature -5°C~+60°C
Standard IEC 60947-3, AS/NZS 3947.3:2001

1. IP66 rated enclosure.

2. Ample internal space for easier wiring.

3. Polycarbonate flame retardant TUV SAA ROHS compliant plastic.

4. 10A,16A,20A,25A and 32A 40A  50A 63A all rated up to 15 00V DC.

5. Unique spring loaded switching mechanism for high speed switching.

6. Knife edge self-cleaning contacts for increased switch life.

7. Long arc chambers to help rapid arc suppression.

8. 16mm2 rising clamp terminals for easy wiring.

9. The switch has 4 separate poles.

10. Links can be used to change the way that the poles are connected.

11. Poles can be connected in series parallel or a variation of both series and parallel.

12. Interconnection of the poles dictates the load that the switch can make and break.

13. As the number of poles used increases so the total load switching capacity of the device increases.

All photo voltaic installations must have a dc switch to disconnect the dc/ac inverter from the photovoltaic

panels in accordance with IEC60947-3.

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