8Core Outdoor FTTH Fiber Optic Termination Box

Our Fiber Optic Termination Box provides secure connections. This box handles up to 96 cores. With 0.9 mm tight-buffered fiber, management is easy. 4 cable entry ports are included for flexibility. -40°C to +65°C is the operating temperature range where these are ideal for harsh environments.

You get protection from dust with an IP65 rating. It includes a 24-core splice tray. The box uses SC simplex adapters for connections. It supports 1:32 splitters. Enclosure material is high-quality PC. Expect a bending radius greater than 30mm. Insertion loss is less than 0.2dB. Return loss exceeds 50dB.

This uses a mechanical sealing method. It offers 2 mid-span ports. Designed for G.657A2 fibers, performance is top-notch. This box weighs 2.5kg. You will find the dimensions are 330mm x 210mm x 85mm, ideal for most setups.

Design and Engineering Excellence!

· Robust Material Selection

This termination enclosure is built with high-impact polypropylene. You get 4.5mm thick casing walls. Expect this box to have 300Mpa pressure rating. It has excellent IK08 impact resistance. Consider this unit for your harsh environmental deployments.

· Optimized Internal Layout

Our termination device gives you 99.99% pure copper grounding. Find 36 clearly numbered internal sections. It accommodates 108 fusion splices. You will find the internal arrangement simplifies management. The Fiber enclosure ensures efficient operations.

· Modular Design Flexibility

This unit permits customized configurations. It possesses 6 modular panels. You select from diverse termination modules. The modules allow 1000 cycles. Experience smooth interaction with the network available.

· Streamlined Cable Routing

This product employs special channeling. Expect efficient fiber organization. The pathways maintain a 45-millimeter bend radius, reducing stress. Each fiber guide supports 20N force.

· Intuitive Labeling System

This Fiber Optic box allows detailed identification. Each element employs an identification code. You should use the box’s 5-digit labeling system. Expect simple, organized, and fast traceability. This solution simplifies every procedure.

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Long-Term Value and Benefits!

Network Reliability
You get a strong signal with this box. For, 0.2dB insertion loss and 50dB return loss are great. Next, SC simplex adapters, supporting 1:32 splitters, ensure stability. You will enjoy less downtime. 9/125µm, G.657.A1 fibers, 0.9mm buffer.
Reduced Costs
Less upkeep comes from high quality parts. UV-stabilized polycarbonate, stainless steel latches are durable. Also, IP65 rating works from -40°C to +85°C. As, less loss means lower power use. 0.2dB insertion loss, 50dB return loss.
Simplified Upkeep
The box is laid out well. Besides, labels are clear. Though, fixing problems is fast. When issues occur, you can find them. 24 individual optical strands, 12 fusion splices, two separate splice trays, 1:32 split ratio, 0.1dB, 1.25mm ferrules.

Installation and Deployment Ideas!

Pre-Installation Checklist

Make sure your spot will accommodate the box. It needs space to open, too. The box is big. Confirm that those brackets line up with those wall studs. The holes should fit the cables you have. Look at the plastic shell. Then use a guide to mark locations to drill. Make sure the marks are even.

Cable Entry Sealing

Choose the right size cable glands. Tighten them just right. Put feeder fibers through the holes. Keep a gentle curve. Plugs are used to close holes not used. Guide all strands correctly. Safety is important in this step.

Adapter Panel Configuration

Pick the right connectors: SC, LC, or ST. Fill each spot with an adapter. Make sure they fit tight. Connect the pigtails. Each connection should be strong. Check the wavelengths with care. This makes the signals clear.

Splicing Tray Organization

Each splice should line up nicely in the tray. Every splice needs a protector sleeve. Put the trays in order, keeping them curved. Each tray can hold many fibers. Then, close it up. Make sure every fiber is in its correct place. Post-installation testing, Make sure each subscriber will get a good signal.

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This termination enclosure accepts LC, ST, FC, and MTRJ connectors. Ensure each has a 2.5mm ferrule. You will find pre-installed SC-type adapters. A 12-fiber pigtail set complements these. Each connector supports a 125µm cladding diameter. These are all single-mode, 9/125µm, G.657.A1 fibers. The box maintains a 0.9mm buffer. They utilize UPC polish. You connect to field cables. It accepts input up to 1550nm.
This enclosure accommodates up to 24 individual optical strands. These units use trays designed for 12 fusion splices each. It can house two separate splice trays. Each tray is purposed for managing incoming fibers. You can configure it for a 1:32 split ratio. Small footprint is guaranteed with its compact design. It supports G.652.D optical specifications. Each termination point supports 0.1dB. They incorporate standard 1.25mm ferrules.
Our product is built using UV-stabilized polycarbonate. It’s IP65 rated for water protection inside its enclosure. The unit is sealed from moisture ingress with a neoprene gasket. Stainless steel latches keep secure closure. It operates within -40°C to +85°C range. The box resists up to a 95% humidity environment. The enclosure is rated IK10 for impact. The material provides flame retardant properties to UL94-V0 standards. Mount on 3.5-inch diameter poles.
We do have a standard one-year warranty with this product to cover against defects in materials. This guarantee includes 24-hour customer support. Coverage starts upon your purchase date. You get access to replacement parts. The parts from these items include splice trays and cable glands. Free firmware updates are provided. We cover components like the splitter module and mounting. Our team ensures 99.99% uptime. All optical components meet Telecordia GR-1221.
Normally, expect a 14-day turnaround for your personalized enclosure request. We can create features like, number of ports, types of the connector, and logo, accordingly. The creation of this process is carried out through the making of a technical drawing. Once it is approved, we build a prototype. You can request alterations. And each of those units are tested thoroughly. Our compliance to industry standards like ITU-T G.984 is assured. It is a 3-step process. We need one week for tooling.
This specific model terminates only single-mode, as indicated by yellow-jacketed pigtails. It is optimized for 1310nm, 1490nm, and 1625nm. These utilize G.657.A2 bend-insensitive fibers. It features APC-polished connectors, identified by their green color. The internal splitter is designed for this. The components have tight tolerances. It will not support 50/125µm or 62.5/125µm fibers. Multimode uses different wavelengths. Loss would exceed acceptable 0.2dB. It supports 100-meter runs.
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