TP-link Gigabit PoE Injector TL-POE150S Price in Kenya

Product details

TP-Link TL-POE150S Gigabit PoE Injector Price in Kenya

The TP-Link TL-POE150S Gigabit PoE Injector sends power and Ethernet data to one correctly matched endpoint. It is useful when an existing router or switch has a data port but cannot give the required power. It can also replace an old supply with the same approved output and data features. The full model code matters because voltage, power method, and Ethernet speed can differ between similar-looking adapters.

Best fit: 1 low-power 802.3af access point, camera, or IP phone. 802.3af power source, up to 15.4W at the source. Cable losses reduce power at the device.

See the TL-POE150S product page at Reisen to check the model when preparing your order. Ask for the exact supplied version and a full parts list. This makes it easier to compare a complete working package with a bare device.

For the same model or the nearest listed option, start with TL-POE150S at Tawa and 48V passive injector alternative. Read the full product code on each page. Any alternative named here has its own limits and may need changes elsewhere in the system. Compare the package and the job it must do, rather than the case shape alone.

Choose the exact model, get a current quote, then agree payment and fulfillment.

Key Specifications

Feature	Details
Model	TL-POE150S
Product type	Ethernet power injector
Ethernet	Gigabit LAN input and Gigabit powered output
Power	IEEE 802.3af; matched 48V DC supply
Setup	No software setup on the injector
Package	Confirm the exact supplied accessories before ordering

 

An 802.3af source for one endpoint

The TL-POE150S is a standards-based injector. It is aimed at devices that accept IEEE 802.3af power. The source class is up to 15.4W, with less available at the endpoint after cable loss. It is not a higher-power PoE+ source simply because its sockets support Gigabit data. A device needing 802.3at or another higher class needs a suitable source. This distinction matters for modern access points and cameras. Check the device model before ordering. If the site already has an adequate PoE switch port, a separate injector may not be needed. If the switch only passes data, this injector can serve one correctly matched device.

Compatibility

Match the delivered hardware and its manual. A similar connector is not proof of compatibility.

Power and data through one cable

The TL-POE150S adds power to an Ethernet path for a supported device. The LAN input receives data from a router or switch. The powered output sends data and the approved DC supply to the endpoint. This can remove the need for a power socket beside that endpoint. The injector itself still needs a suitable power feed. Use it for one matched device. It does not add extra network ports or give internet service on its own.

LAN input receives ordinary data. The powered output goes only to an electrically compatible endpoint.

Start with the device you want to power

Write down the full model of the access point, radio, camera, or phone. Read its power label and manual. A product may accept one PoE method but reject another. The correct adapter must match voltage, power method, wiring, and load. A similar case or the same brand name does not settle those points. For a replacement, send Reisen clear label details from the old supply and the powered device. This is the most useful starting point for a safe match.

Understand the power rating

The stated power arrangement is IEEE 802.3af; matched 48V DC supply. A supply rating describes its output capacity. It is not a promise that every connected device can use that amount. Cable losses also reduce the power that reaches the far end. The endpoint draws what its supported design needs within the system limits. Do not select an injector by the largest watt figure alone. A lower-voltage device may be damaged by the wrong passive source even if that source has spare power capacity.

A further comparison is 48V passive injector alternative. Keep the radio family, power method, and data interface in view. Where the linked item is a newer model or another voltage, treat it as a separate choice. It is not a blanket replacement for the TL-POE150S.

Keep passive and standards-based PoE distinct

Standards-based PoE uses a defined process to detect a supported device. Passive PoE puts the specified voltage on its powered pins without that same process. Those systems are not freely interchangeable. The exact method on the TL-POE150S is stated in the product details above. Match it to the endpoint's approved input. Some devices support more than one method, but many do not. A proper converter can solve certain cases only when it is designed for that exact power conversion.

Choose the right Ethernet version

The data interface is Gigabit LAN input and Gigabit powered output. A power supply can be electrically correct while its data path is too slow for the job. This matters when replacing an older injector on a faster radio or access point. Check the full suffix on the label, not only the front-page name. After fitting the new unit, verify the negotiated link speed at the endpoint. A port that drops to a lower speed may have a cable or termination fault rather than a power problem.

Put each cable in the correct port

Label the normal LAN lead and the powered lead before connecting them. The LAN side goes toward the unpowered router or switch port. The powered side goes toward the approved endpoint power input. Do not connect a passive powered output to a laptop as a test. Keep the port labels visible after setup. If a later technician swaps the leads, clear labels make the error easier to spot. Power off before changing a cable whose electrical role is uncertain.

Other supply choices include the 24V Gigabit adapter and 24V adapter option. They suit their own approved endpoints. Compare the full output and data path. Do not plug a different-voltage passive source into the endpoint as a trial.

Check the whole cable run

Good cable quality matters for power as well as data. The conductor material, joints, plugs, length, and load affect the result. A poor connection can create heat or cause a radio to restart under load. Avoid hidden joins and damaged clips. Use a known-good short cable for an initial bench test. Then test the full installed route. Passing a simple continuity test does not prove that a long run can carry the required power and data reliably.

Keep the injector dry and ventilated

Many injectors are meant for indoor use even when they power an outdoor radio. Place the unit in its rated environment. Keep it clear of water, dust buildup, and heat from other gear. Protect the mains lead from being pulled loose. Where a cabinet is used, allow enough space for plugs and airflow. Do not seal an indoor adapter into a wet outdoor box without a proper enclosure design. The powered endpoint and its supply can have different environmental ratings.

Ground the installation as a system

An injector may form part of the maker's grounding and surge-protection plan. That plan also depends on the mains earth, shielded cable, connectors, and any required surge protectors. Follow the exact gear guidance. A protected adapter does not guarantee protection from every lightning event. Outdoor cables need a site-specific route and earth plan. Ask the installer to check the complete path. Do not remove an earth connection just to make an unrelated plug or extension fit.

A MikroTik 48POW supply is a separate DC supply for suitable gear, not a complete Ethernet injector. For several endpoints, inspect the PoE switch range. Match the required standards and total load before replacing single injectors.

Test power and data separately

First check that the endpoint starts and stays on. Next verify its Ethernet link. Then test normal network traffic. These checks answer different questions. A power light on the injector alone does not prove that the remote device has enough power. A link light does not prove that the router gives out addresses or has internet service. Record which test fails before changing parts. This saves time and avoids replacing a good adapter for an upstream network fault.

Plan a useful spare

A matched spare can shorten a repair visit. Keep its full model and output details with the gear record. Store it dry with its approved lead and label it for the intended endpoint. If several sites use different voltages, keep those spares apart. Do not mark every injector simply as PoE. Before using a spare, recheck the device label in case the endpoint was changed. A small amount of clear record keeping prevents a quick repair from becoming a costly mismatch.

Choose one injector or a PoE switch

An injector can make sense for one supported endpoint. Several endpoints may be easier to run from a PoE switch with the right standards and power budget. That choice depends on the devices and the site. A modern PoE switch may still need a converter for a legacy passive radio. Keep data speed, port count, and total power in the comparison. Include backup power if service must stay up during short outages. The whole network path needs power, not just this adapter.

Complete the wired side with the right cable, such as an appropriately specified Cat6 cable option. If the setup needs a separate gateway, compare the MikroTik RB5009. Check cable suitability, power, and interface speeds before approving the whole package.

Quick Brand Comparison

Choice	What to compare
TP-Link standards-based injector	Match 802.3af or the stated higher class; Gigabit does not imply more power.
Ubiquiti passive adapter	Match full model, voltage, pins, load, and Ethernet suffix.
MikroTik power accessory	Check whether the item is a DC supply, injector, or PoE-capable router.
PoE switch	Match each endpoint and the shared power budget.

 

Brand names help narrow a search, but the model does the job. Start with the same product when checking a replacement. If a close alternative is needed, compare the whole connection. A different power method, radio family, or software platform can change the parts and setup needed.

Can It Be Used with Starlink?

It can support a matched endpoint on a LAN whose internet feed comes from Starlink. The injector must still match that endpoint. It is not a power supply for a Starlink dish or router. Do not connect the powered output to Starlink hardware unless the exact electrical method is explicitly supported. Use the normal Ethernet handoff on the data side.

For the satellite side, review Starlink Kenya Installers and check the generation and handoff before ordering local network parts. Keep the satellite subscription, indoor LAN, and any remote link as clear parts of the plan. Changing the local gear does not remove provider limits such as carrier-grade NAT.

How to Set Up the TL-POE150S

1. Identify the powered device

Read the endpoint model and its approved power methods. Note the old adapter code if this is a replacement. Check voltage, power class, wiring, and data speed. Keep the gear unpowered until those details match.

2. Check the supply package

Check that the injector, DC supply or mains lead, and any mount are the right items for this version. Read the labels before connecting cables. Do not mix a loose power adapter from another device into the order without a verified match.

3. Place the injector safely

Choose a dry, rated location with room for the cables and airflow. Follow the earth and surge plan for outdoor endpoints. Keep the mains connection protected from strain, water, and accidental unplugging.

4. Connect ordinary LAN data

Run a known-good Ethernet lead from the router or switch to the injector LAN or Data input. This is the normal network side. Label it clearly so it is not swapped with a passive powered output later.

5. Connect the approved endpoint

Run the correct cable from the powered output to the endpoint power input. Check both port labels once more. Keep a passive powered lead away from a normal laptop or unsupported network device.

6. Apply the matched power

Use the approved supply and a sound power socket. Watch the endpoint startup, not only the injector light. If it restarts, disconnect and check the load, cable, and power match before repeating the test.

7. Check the data path

Verify Ethernet link speed and normal client traffic. Power and data are separate checks. If the device starts but has no network, inspect the LAN lead, address settings, upstream switch, and router.

8. Label and record the result

Note the injector code, endpoint model, cable destination, and test result. Keep the correct spare model in the record. If a lower-speed version was chosen, make that clear so a future upgrade does not overlook the injector.

Advantages

·       Adds endpoint power while keeping a suitable existing data switch.

·       Combines data and matched power in one Ethernet run.

·       Requires no software settings on the injector itself.

·       A correctly matched spare can speed up a future repair.

Disadvantages and Limits

·       Only the stated electrical method and approved endpoints are suitable.

·       Powers one connection rather than adding a bank of switch ports.

·       Wrong passive power or wiring can damage unsupported gear.

·       Cable loss and data-speed variants need to be checked.

Troubleshooting

The replacement does not solve the fault

Check the full chain around the new part. The power supply, leads, connectors, remote gear, and cable route may still contain the cause. Test a simple known-good path before replacing another item. Keep unsupported voltages or radio combinations out of the test.

The result changes with weather or movement

Inspect outdoor joints, mount stability, cable strain, and water entry. Use the correct protection and rated parts. Record the fault conditions and measurements. A temporary improvement after moving a cable can point to a damaged lead or plug rather than a settings issue.

Frequently Asked Questions

Will it power anything labeled PoE?

No. Match the exact voltage, method, wiring, power class, and load. Passive output needs special care because it does not use the same device-detection process as standards-based PoE. The endpoint manual is the starting point. Share the full model when asking for a replacement.

Does a larger watt rating make it better?

Only when the voltage, method, and endpoint support also fit. Extra power capacity does not make an incorrect passive voltage safe. Cable loss and device startup demand must be included too. Choose an approved supply rather than the highest number on a comparison page.

Can the injector increase internet speed?

It passes data and adds power; it does not upgrade the provider service or radio. The right Ethernet version helps avoid a lower-speed bottleneck. Check the full model suffix and cable pairs. Then verify the actual negotiated link at both connected devices.

Why does the remote device keep restarting?

Check the approved supply, device load, cable length, conductor quality, and plugs. A weak power path can fail only when the endpoint is busy. Use a known-good short cable for a bench test. Inspect outdoor water entry before assuming that a new injector alone will fix it.

Can I install it outside beside the radio?

Only if its own rating and enclosure plan allow that use. Many supplies are intended for a protected indoor location. The outdoor rating of a radio does not extend to its mains adapter. Follow the maker’s power, cable, earth, and surge guidance for the complete route.

What information makes a replacement order easier?

Give the endpoint code and the old injector label. State the required Ethernet speed and where the gear is used. Ask for the full new supply code and included lead. Keep a matched spare labeled for that endpoint so different voltages do not get mixed.

Check the package before you book installation

Ask for a clear list of what comes with the TL-POE150S. Match the model code, power parts, mounts, and cable items to the quote. Some accessories may be separate. Check the labels before the installer travels to site. If the order covers several places, label each set for its destination. Keep the invoice and relevant packaging. This makes it easier to resolve a missing part without guessing what the original order was meant to include.

Make the first test easy to repeat

Start with a known-good cable and a simple network path. Use one change at a time. Record the result before moving to the next step. If the full site fails but a short bench test works, focus on the route and neighboring gear. A simple test plan saves time. It also gives the owner useful proof that the supplied product, the chosen accessories, and the installed path work together.

Plan for service and future changes

Leave room to reach plugs, read labels, and replace a cable. Save settings securely where the product has software. For a passive part, keep the exact model and the test record instead. A future upgrade may change power or data needs. Recheck the full connection before reusing old accessories. Good records help a technician keep useful parts and change only the section that needs work. This can reduce avoidable cost and downtime.

Why Shop with Reisen

Reisen brings routers, wireless links, switches, access points, and cable products into one shop. This lets you build a more complete order around the job. Start with the model you need, then check the parts around it. Ask the team to check the exact package and current availability. You can also request a quote that lists setup and delivery separately. Clear stock details and a clear parts list are more useful than a vague promise.

Get a quote that covers the whole job

Send the product model, quantity, location, and main use to Reisen. Mention any existing hardware that must stay. Ask for the current price in Kenya and the terms that apply to that order. Check payment, collection or delivery, warranty, returns, and support before paying. If setup is needed, agree on the scope and the test that will show the job is complete. Keep those details with the order so both sides have the same reference.

Build the Rest of Your Network

The RB5009 wired router can give a LAN gateway, but this model does not supply PoE output. A separately matched power source serves the endpoint.

An 8-port Gigabit switch adds normal data sockets. Each powered endpoint still needs a suitable injector or a PoE switch.

Choose Ethernet setup cable by conductor type, jacket, and the planned load. A category label alone is not a complete PoE design.

The EAP115 access point is one example of an indoor wireless endpoint. Check its version and approved power before choosing an injector.

Compare Ubiquiti 48V 0.5A Gigabit PoE Adapter when its different form or role fits the job. Match the full system before treating it as a replacement.

For another product choice, open Ubiquiti POE-24 24V 0.5A Adapter. Its own band, power, and setup needs still apply.

Round out the shortlist with Ubiquiti UniFi AC Pro Access Point. Check the exact model against your site plan and the devices that stay in service.

Browse related gear at Reisen and the full Reisen shop to prepare one parts list. Keep the TL-POE150S code beside the quote so the supplied model stays clear.

Ready to order? Contact Reisen with your quantity and site needs. Check the current price, exact package, and agreed terms before payment. Include setup, delivery or collection, and any extra parts in the same request.