KYOCERA AVX 9286-200 Reduced Thru Wire Connectors
KYOCERA AVX 9286-200 Reduced Thru Wire Connectors expand on the 9286 poke-home discrete wire-to-wire family of connectors, but in a smaller package size. An active stainless steel spring contact eliminates the need for push-button activation to insert and remove wires. 9286-200 contacts provide maximum wire retention across a broad range of solid and stranded wire gauges (24AWG to 18AWG), making this connector series highly versatile in field installations. These KYOCERA AVX poke-home WTW connectors are rated for 300VAC and operating temperatures spanning -40°C to +130°C. The connectors offer a 4mm pitch and measure 16mm in length.
Features
- Simple strip and poke-home wire insertion with a twist and pull wire extraction
- High spring force stainless steel contact maximizes cost, strength, and flexibility
- Accepts 24AWG to 18AWG solid and stranded wires
- Expanded size offering to cover multiple power and signal applications: 1p-6p
- RoHS compliant
Applications
- Industrial machine controls
- Motors
- Drives
- Solenoids
- Sensors
- Fans
- Pumps
- Commercial buildings
- Controls
- Security
- Fire
- Sensors
- Smart grid
- Meters
- Breakers
- Panels
- SSL/LED
- Fixtures
- Signage
- Streetlights
Specifications
- 300VAC voltage rating
- -40°C to +130°C operating temperature range
- 5-cycle durability
- 2A to 8A maximum current range
- UL 94V-0, glass-filled nylon 46 insulator material
- ø2.10mm maximum insulation diameter
- Copper alloy fixed contact material
- Stainless steel flexing contact
- Tin-over-nickel fixed contact plating
Related Connectors
KYOCERA AVX 9286-250 Reduced Junction Box Connectors
Expands on the 9286 poke-home discrete wire-to-wire family of connectors in a smaller package size.
KYOCERA AVX 9286 Wire-to-Wire Poke Home Connectors
Provides flexibility & ease of use in industrial wiring applications, measures 4mm x 16mm (H x L).
KYOCERA AVX Wire-To-Wire Connectors
Wire-to-wire connectors based on industry-proven IDC, crimped, and poke-home contact technologies.
Publicado: 2016-05-25
| Actualizado: 2022-03-11