Description
K5F2C-W IP65 Waterproof XLR Socket: Professional-Grade Waterproof Connectivity Solution
Le K5F2C-W is a premium 5-pin XLR female socket engineered for demanding outdoor applications where protection against moisture and dust is critical. As the industry’s first XLR socket with IP65 waterproof rating, this connector delivers exceptional performance and reliability in challenging environments.
Principales caractéristiques:
- Superior Waterproofing: IP65-rated protection ensures complete dust-tight design and resistance against water jets from any direction
- Construction haut de gamme: Zinc alloy housing with elegant pearl chrome plating and gold-plated contacts for superior conductivity and corrosion resistance
- Specialized Design: Air-proof treatment at the rear prevents water vapor from entering connected equipment
- Industry-Standard Compatibility: D-shape metal shell with standard D-type installation dimensions ensures seamless installation compatibility
- Front-Panel Installation: Simple and secure mounting from the front of panels
- Ideal for DMX Applications: Perfect for outdoor DMX lighting systems where fast, reliable connections are essential
Spécifications techniques:
- Paramètres électriques:
- Rated current: 7.5A per contact
- Tension nominale : <50 V
- Contact resistance: ≤5 mΩ
- Insulation resistance: >10 GΩ (initial)
- Rigidité diélectrique : 1 500 V CC
- Mechanical Durability:
- Service life exceeding 1,000 mating cycles
- Optimal insertion/withdrawal force (≤20 N)
- Material Quality:
- Contacts : Alliage de cuivre avec placage or
- Boîtier : Alliage de zinc avec placage chromé
- Insert: PA with UL 94 HB flame-retardant rating
- Température de fonctionnement : -30°C à +80°C
Package Includes:
- K5F2C-W XLR socket
- Waterproof gasket cover
- Plaque de fixation arrière
- Mounting screws and nuts
Designed to meet IEC 61076-2-103 standards, the K5F2C-W is the professional choice for outdoor entertainment systems, broadcast applications, and any installation requiring reliable signal connections in demanding environments.
