Neutrik NJ3FP6C Panel-Mount Jack!
Whether for rock bands, stage lighting, TV studios or industrial applications - Neutrik delivers innovative connector solutions for every use.
The 3-pole panel-mount jack ensures stable, secure connections where accidental unplugging, shocks or vibrations may occur. Fits standard A-Gauge mono or stereo plugs.
The plug locks automatically on insertion and can only be removed by operating the red release slider. D-shaped housing. Selectable grounding options.
Neutrik - More Than Just Simple Connectors!
Features
- Secure locking chassis jack
- Fits all mono and stereo plugs in accordance with EIA RS-453 (A-Gauge)
- Selectable grounding options: Standard isolated; for a sleeve/panel connection the red insulator at the side screw must be removed
- Size compatible with D-series (31 x 26 mm)
- Solder terminals
- Connection type: Jack
- Gender: female
Electrical Data
- Contact resistance: < 6 mΩ (inner) (initial)
- Dielectric strength: 1 kV DC
- Insulation resistance: > 1 GΩ @ 500 V DC
- Rated current per contact: 10 A
Mechanical Data
- Insertion force: < 20 N
- Extraction force: < 20 N
- Durability: > 10000 mating cycles
- Locking force: > 80 N
- Conductor cross-section: 1 mm²
- Conductor cross-section: 18 AWG
- Termination type: Solder contacts
- Locking mechanism: Latch lock
- Mounting direction: front
- Housing shape: D
Material
- Contact plating: 2 µm Ag
- Contacts: Brass (CuZn37) (Ground)
- Insert: Polyamide (PA 6.6 30% GR)
- Housing: Zinc diecast (ZnA14Cul)
- Housing plating: Nickel
- Strain relief: Polyacetal (POM)
Environment
- Standards compliance: EIA RS 453, IEC 60603-11
- Solderability: Complies with IEC 68-2-20
- Temperature range: -25°C to +70°C
Scope of delivery
- 1 x Neutrik NJ3FP6C 6.3 mm panel-mount jack
Specification
- Product number 00003052
- Colour Silver
Write the first review
Share your experience and help others with their purchase decision. Review the product directly from the order history in your customer account.
Review nowQuestions about product
No questions have yet been asked about this article.
