970-NFBW (-DS)
Plug Connector
Screw connection, with interlocking tabs
BESCHREIBUNG
The PCB plug connector 970-NFBW with a pitch of 5 mm is available in 2- to 12-pole design and can be mounted side-by-side without pole loss. The connector can be plugged on pin strips, such as the 971-SLW series. The long ribs of the pin strip offer optimum supporting surface for the socket terminal strip. The 970-NFBW series has an additional rear latch nose. Plugging the 970-NFBW series on the mating pin strip 971-FBWP provides a vibration-proof connection. The screws are secured against self-loosening.
ALLGEMEINE DATEN
Raster: 5.00 mm
Polzahlen: 2 - 12
Verwendbar mit: plugs with 971-FBWP, SLW series, single pins LST-1.3-6.5
TECHNISCHE DATEN
Spannbereich:
ohne Drahtschutz
mit Drahtschutz:
Nennquerschnitt: 2.5 mm²
Abisolierlänge: 5.5 mm ± 0.5 mm
Überspannungskategorie
III
III
II
Verschmutzungsgrad
3
2
2
Bemessungsspannung
250 V
320 V
630 V
Bemessungsstoßspannung
4 kV
4 kV
4 kV
Bemessungsstrom: 6 A
Bemessungsisolationsspannung: 250 V acc. to EN 60998-1
Drehmoment: 0.5 Nm
ZULASSUNGEN
Strom [A] |
Spannung [V] |
Gruppe |
AWG |
Drehmoment [Nm] |
|
---|---|---|---|---|---|
20 | 300 | B | 22-12 [1] | 0.51 | |
10 | 300 | D | 22-12 [1] | 0.51 | |
20 | 300 | B | 26 - 12 | 0.4 | |
10 | 300 | D, E | 26 - 12 | 0.4 |
Aktuell [A] |
Spannung [V] |
Querschnitt [mm2] |
AWG |
DREHMOMENT |
|
---|---|---|---|---|---|
13.5 | 250 | 2.5 |
TECHNISCHE ZEICHNUNGEN
MATERIALDATEN
Gehäusematerial: PA, grey, V-0
Kriechstromfestigkeit: CTI ≥ 600
Isolierstoffgruppe: I
Temperaturgrenzen: -40°C up to 100°C
Klemmkörper: Tin plated brass
Feder: Stainless strip steel
Schraube: M3; zinc plated steel, blue passivated
Drahtschutz: Tin plated tin bronze
SONDERAUSFÜHRUNG / ZUBEHÖR
- CN: Consecutive Numbering
- SM: Special Marking (please provide sketch)
- G05: Gold Plating (5 micro inches)
- G30: Gold Plating (30 micro inches)
- S30: Silver Plating (30 micro inches)
- Self-Adhesive marking strip BST-5.00
- Version with 10 mm spacing
- 970-J1, Jumper
- Double wire protector as bridge