PLC Differential Splitter
Your Leading PLC Differential Splitter Supplier
Ningbo Qimante Communication Technology Co., Ltd. is a Chinese fiber optic communication equipment manufacturer with 5 years of production experience. The company mainly produces products such as fiber optic distribution boxes, fiber optic splice boxes, ODF fiber optic terminal boxes, PLC differential splitters, FTTH fiber optic connectors, RJ45M modules, fiber optic cable fixing equipment, etc. PLC differential splitter is a device used to divide one or two light beams into multiple light beams uniformly or combine multiple light beams to one or two light beams.
Why Choose Us?
Professional Team
Since its establishment in 2019, the company has a professional technical research and development team, as well as professional management and product testing personnel.
Advanced Equipment
The company currently has production equipment such as injection molding machines, automatic nut planting machines, sheet metal laser cutting machines, bending machines, automatic welding machines, PLC alignment machines, fiber optic testers, fiber optic grinders, etc.
Broad Market
The company's products are mainly exported to Southeast Asia, Europe, America, South America, the Middle East, Central Asia, Africa and other countries worldwide.
Types of PLC Differential Splitter
1x4 SC APC PLC Differential Splitter
PLC splitter, also known as a planar waveguide circuit splitter, is a device used to evenly split one or two light beams into multiple beams or to combine multiple beams into one or two beams.
1x8 SC APC PLC Differential Splitter
PLC splitter is a type of optical power management device that is fabricated using silica optical waveguide technology to distribute optical signals from Central Office (CO) to multiple premise locations.
1x16 SC APC PLC Differential Splitter
PLC Splitters are optical power distribution products based on planar waveguide technology, with low insertion loss and polarization related loss, small size, wide operating wavelength range, high channel uniformity, especially suitable for passive optical networks (EPON, BPON, GPON, etc.) to connect the local end to the terminal equipment. Realize optical signal shunt.
Specifications of PLC Differential Splitter
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Application: |
LAN, WAN & Metro Networks |
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Telecommunication Networks |
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Passive Optical Networks |
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FTT(X)Systems |
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CATV |
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Value Added Module |
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Configuration type: |
1*4 |
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PLC Splitter type: |
PLC Differential Splitter |
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Connector type: |
SC/APC |
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Operating bandwidth: |
1260~1650nm |
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Typical insertion loss: |
≤ dB: 10.2 |
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Insertion loss: |
≤dB: 10.7 |
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Loss uniformity: |
≤dB: 0.4 |
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Polarization dependent loss: |
≤dB: 0.2 |
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Wavelength dependent loss: |
≤dB: 0.3 |
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Return loss: |
≥dB: 50 |
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Temperature dependent loss: |
≤dB: 0.5 |
Customization Options
Logo
Customizable
Color Box
Customizable
MOQ
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Uniform Light Distribution: Optical signals are evenly distributed to multiple end users, with up to 64 channels.
Compact Structure: Small size, easily installable in various transfer boxes.
Cost Efficiency: More split channels enhance the cost advantage, making it ideal for passive optical networks.
》Use Miller's pliers to peel off the optical cables, and peel off each optical cable. (be careful not to damage the optical fiber)
》Wipe the optical fiber with a paper towel or cotton dipped in an appropriate amount of alcohol to keep the optical fiber end clean.
》Press the differential into the card slot on the top of the chassis for fixing, and assemble the cable card cover.
》Use the optical fiber cutter to cut the optical fiber and keep the optical fiber about 6mm. (pay attention to keep the end face of the optical fiber flat)
》Insert the differential main branch into the optical fiber aligner and push it to the bottom, and press the optical fiber aligner into the slot at the inlet end to fix it.
》Repeat step 5, respectively insert Mini plc splitter into the optical fiber aligner and press into the remaining eight outlet end slots.
》Use a screwdriver to drive the screws into the back cover of the box.
》Insert the front cover of the box and complete the assembly.
Installation Safety Precautions of PLC Differential Splitter
When planning the installation space for PLC differential splitters, it's important to consider future expansion. As your network grows, you may need to add more splitters or increase the splitting ratio of existing ones. Leaving some extra space in the installation area will make it easier to accommodate these changes without having to relocate the entire setup.
Compliance with safety regulations is paramount when installing PLC differential splitters. Make sure the installation space meets all local electrical and fire safety codes. This may include requirements for grounding, fire - resistant materials, and proper labeling of cables and equipment.
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