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Panasonic JC1 DataSheet

No. Partie # Fabricant Description Fiche Technique
1
JC1aF-DC24V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
2
JC1aF-TM-DC48V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
3
JC1aF-TM-DC24V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
4
JC1aF-TM-DC12V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
5
JC1aF-TM-DC6V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
6
JC1aF-S-DC48V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
7
JC1aF-S-DC24V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
8
JC1aF-DC12V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
9
JC1aF-DC48V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
10
JC1aF-DC6V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
11
JC1aF-S-DC12V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet
12
JC1aF-S-DC6V-F

Panasonic
power relays

• High inrush current capability 1 Form A: 163 A inrush (TV-8) 2 Form A: 111 A inrush (TV-5)
• High dielectric withstanding for transient protection: JC can withstand 10,000 V surge in s between coil and contact.
• Clearance and creepage distance co
Datasheet



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