Ai-Tek ODF 8 Core Wall Mount Price is Rs.900/-. The Ai-Tek ODF-8 Core Wall Mount is a compact and durable fiber optic distribution frame designed for wall-mounted installations in indoor environments. Ideal for fiber termination, splicing, and cable management, this 8-core ODF offers secure and organized housing for up to 8 fiber connections. Built with high-quality cold-rolled steel and a powder-coated finish, it provides robust protection against dust and external damage. This distribution box is perfect for FTTH, FTTB, LAN, and telecom applications requiring small-scale fiber distribution with minimal space usage.
Wall-mountable design for space-saving installation
Durable steel body with powder-coated finish
Front access for easy installation and maintenance
Compatible with SC, LC, ST adapters
Integrated splice tray and cable management
Lockable door for added security
Dustproof and corrosion-resistant construction
Suitable for indoor FTTH and LAN setups
Ideal for small-scale fiber termination and distribution
Product Specifications
Type
wall mount
model
ai-tek odf-8 core wall mount
capacity
8 cores (fibers), 800 mhz
mount type
wall-mounted
material
cold-rolled steel, 24 w
color
light gray (customizable)
dimensions
approx. 200mm x 200mm x 45mm, arm 32bit
fiber type
single-mode or multi-mode compatible, 98dx3236
adapter compatibility
sc, lc, st, approx. 200,000 hours at 25°c
cable entry/exit
2 inlet/outlet ports, 512 mb
application
ftth, lan, telecom, catv, rj45
Product Details
Ai-Tek ODF 8 Core Wall Mount Price is Rs.900/-. The Ai-Tek ODF-8 Core Wall Mount is a compact and durable fiber optic distribution frame designed for wall-mounted installations in indoor environments. Ideal for fiber termination, splicing, and cable management, this 8-core ODF offers secure and organized housing for up to 8 fiber connections. Built with high-quality cold-rolled steel and a powder-coated finish, it provides robust protection against dust and external damage. This distribution box is perfect for FTTH, FTTB, LAN, and telecom applications requiring small-scale fiber distribution with minimal space usage.
