Splitter Block Lightwin 1x4 900µm — optical fiber splitter block 1 input to 4 outputs, 900µm

Lightwin Splitter Block 1x4 900µm is an optical fiber splitter block that divides a single 900µm input fiber into four output fibers. Designed for fiber optic networks and passive optical distribution, it provides straightforward signal splitting for FTTH, PON and local distribution scenarios. The compact splitter block routes one signal to multiple endpoints where equal splitting is required and is compatible with 900µm buffered fibers.

Advantages

The splitter block offers an easy-to-install solution for passive splitting with a 1-to-4 configuration, maintaining consistent optical division across outputs. Its compact design simplifies cable management in distribution enclosures and reduces the need for additional hardware. Constructed for compatibility with standard 900µm buffered fiber, it supports common FTTH and PON deployment practices.

Suitable for

• FTTH (fiber-to-the-home) installations
• PON (passive optical network) distribution
• Local building or floor-level fiber distribution
• Network splitting where four equal outputs are required

Key specifications

• Configuration: 1 input → 4 outputs
• Fiber type compatibility: 900µm buffered fiber
• Brand: Lightwin
• Manufacturer part number (MPN): SPLITTER BLOCK 1X4 NOC
• EAN: 9120072480928

How to use

Prepare the incoming 900µm buffered input fiber and four outgoing 900µm buffered fibers. Secure the splitter block within a distribution enclosure or mounting point compatible with the device. Terminate or splice the input fiber to the splitter input and attach the four output fibers to their respective distribution runs. Follow standard fiber handling procedures to avoid contamination or excessive bend radius during installation.

Usage recommendations

Install the splitter block in a dust-free environment, use appropriate splice protectors or connectors for 900µm fibers, and maintain bend radius guidelines. Verify optical power levels after installation to ensure even splitting and acceptable link budget for the target application.