Descrição
Seetronic J5F2C-W-B IP65 Waterproof XLR Socket
The J5F2C-W-B is the industry’s first waterproof XLR socket featuring an impressive IP65 protection rating, designed specifically for professional outdoor applications. This 5-pin male XLR socket combines durability with reliable performance, making it ideal for demanding environments where standard connectors would fail.
Características principais
- Superior Waterproofing: IP65-rated protection against water and dust ingress
- Construção Premium: Zinc alloy housing with black plating for enhanced durability
- Contatos banhados a ouro: Ensures optimal signal integrity and corrosion resistance
- Vapor-Proof Design: Special air-proof treatment at the rear prevents moisture infiltration
- Industry-Standard Compatibility: D-shape metal shell with standard installation dimensions
- Instalação do painel frontal: Convenient mounting from the panel front
- Outdoor DMX Solution: Perfect for DMX lighting applications in challenging outdoor conditions
Especificações técnicas
- Tipo de conexão: 5-pin XLR male socket
- Corrente nominal: 7.5A per contact
- Tensão nominal: <50V
- Contato de resistência: ≤5 mΩ
- Resistência de isolamento: >10 GΩ (initial)
- Rigidez dielétrica: 1500V CC
- Vida de serviço: >1000 mating cycles
- Faixa de temperatura: -30°C a +80°C
- Grau retardador de chama: UL 94HB
Materiais
- Contatos: Liga de cobre com banho de ouro
- Inserir: PA (poliamida)
- Habitação: Liga de zinco com revestimento preto
Instalação
Includes waterproof gasket cover for easy installation from the front panel. Simply position the gasket cover on the rear side of the socket, install on the front of the panel, and secure with the provided screws (0.5 Nm torque recommended).
Conformidade
Meets IEC 61076-2-103 standards and IEC 68-2-20 solderability requirements, ensuring reliability and performance in professional applications.
Formulários
Ideal for outdoor stage lighting systems, touring audio equipment, broadcast applications, and any installation requiring reliable DMX signal connections in demanding environmental conditions.