Splice Tray METZ CONNECT 150927JO00-E

The METZ CONNECT 150927JO00-E splice tray is an indoor fiber optic splice organizer constructed from ABS (Acrylonitrile Butadiene Styrene). Featuring a compact grey housing with dimensions of 154.5 mm width, 92 mm depth and 10 mm height, the tray provides a low-profile solution for routing, securing and protecting spliced fiber joints in telecommunication and data network enclosures. Its design is intended to fit into cabinets, patch panels or wall-mounted enclosures where space is limited while maintaining safe handling and storage of fiber splices.

Advantages

The ABS construction offers mechanical stability and resistance to impact and common indoor environmental conditions, while the compact footprint minimizes occupied space in distribution frames and enclosures. The grey finish allows easy visual integration with standard telecom hardware. The tray supports orderly fiber routing and splice retention, reducing the risk of bend-induced attenuation and physical damage to spliced fibers.

Suitable for

• Indoor fiber optic splice management in telecommunication rooms
• Organization of splices inside patch panels and wall boxes
• Small footprint fiber distribution points and consolidation points
• Protecting splices in multi-service residential or office installations

Key specifications

• Material: Acrylonitrile Butadiene Styrene (ABS)
• Color: Grey
• Dimensions (W × D × H): 154.5 mm × 92 mm × 10 mm
• Application environment: Indoor use

How to use

Mount the splice tray inside a compatible enclosure or panel at an accessible location. Route fiber cables into the tray following established bend-radius requirements and secure them with appropriate clamps or strain-relief measures before preparing and performing splices. Place and secure spliced fibers inside the tray, ensuring slack is arranged to avoid tight bends. Close or secure the tray according to the enclosure’s instructions to provide physical protection and prevent accidental disturbance.

Usage recommendations

Follow standard fiber handling practices: always maintain minimum bend radii, use appropriate protection for fusion or mechanical splices, and avoid contaminating fiber end faces. Select mounting locations that provide access for inspection and maintenance while minimizing exposure to dust, moisture and mechanical stress.