4 core Alarm Cable Price in Kenya

4-Core Alarm Cable Price in Kenya

4-Core Alarm Cable provides 4 insulated conductors for a compatible specified low-voltage circuit. Choose the supplied construction from the device diagram, current, route length, and environment. Core count is a starting point; conductor size, material, jacket, and electrical limits decide whether the cable fits the actual job.

Request a current 4-Core Alarm Cable quotation from Reisen. Confirm the exact item, quantity, supplied package, taxes, warranty, and delivery terms. Include the required supporting parts and installation work so the order covers the intended working setup.

Choose the exact item, confirm the full quote, then agree payment and fulfillment.

Key Specifications

4 cores without invented gauge or reel-length claims

This product is identified by its 4-core alarm-cable format. The listing alone does not establish conductor gauge, pure-copper construction, shielding, jacket rating, or a specific reel length. Confirm those details for the actual supplied cable. Assign each conductor a clear function from the system diagram and compare the route with the permitted voltage drop and signal limits. A lock-power circuit may need a different conductor size from a small contact input. The same core count does not make those loads equivalent. Keep this cable separate from Ethernet and mains wiring roles. Ask for the label and agreed length on the quotation. A correctly specified cable and a recorded core schedule are more useful than a large unverified length or current claim.

Compatibility

Check fit, interfaces, power and the complete intended role.

Match the whole installation: intended role, physical fit, power, signal, software, and the equipment at the other end. Similar connectors or product names alone do not establish a working combination.

Conceptual roles only. Use the exact maker drawing and complete approved installation design.

Use 4 cores for a circuit that needs 4 conductors

A 4-core alarm cable contains 4 separately insulated conductors within its outer construction. That core count is useful for planning compatible low-voltage signal and control circuits. It does not identify conductor size, current capacity, shielding, outdoor rating, or supplied length. Those details must come from the exact reel or manufacturer specification before the cable is assigned to a job.

Start with the device wiring diagram and the cable route. List each required conductor and its function. A simple circuit may need supply and signal paths, while another may need separate tamper or monitoring conductors. Do not decide from the number of terminal screws alone. Check which paths must remain separate and whether the device maker requires a particular cable construction.

Match conductor size and material to the load

The same 4-core label can cover different conductor sizes and materials. Check whether the offered cable is solid copper, stranded copper, or another construction. Confirm the actual cross-section or gauge. These facts affect resistance, termination, and the supported electrical use. A photograph of the jacket cannot prove what is inside every supplied reel.

Use the circuit's normal and startup current when sizing a power route. Small signal conductors are not automatically suitable for lock power or other loads. Calculate voltage drop using the real cable length, conductor resistance, and return path. Have the installer verify the result under load. A device that works on a short bench lead may behave differently at the end of a long installed cable.

Start the product comparison with 4-core alarm cable listing and 4-core communication cable comparison. Start with the exact required role and check the supplied drawing or cable specification. A related system part is not an automatic substitute.

Keep low-voltage signal cable distinct from Ethernet

An alarm cable is not an Ethernet cable simply because it has several cores. Ethernet requires the correct pair construction and performance for its data standard. Likewise, a 4-core cable should not be used for mains wiring unless its exact approved specification explicitly supports that role. Choose each cable around its rated application rather than an available spare reel.

This distinction matters in a cabinet where several systems meet. Label alarm and access-control runs separately from network runs. Use the correct terminals and interfaces. A cable type cannot convert a relay signal into IP data or turn a low-voltage lock into a PoE endpoint. The correct signal interface and supply remain separate components of the installation.

Choose the jacket for the actual route

An indoor cable may not be suitable for sunlight, water, direct burial, or an exposed outdoor path. Confirm the environment and any required containment. The color of the jacket is not a reliable environmental rating. Check the exact supplied construction and installation guidance. Where fire performance is required, obtain the actual verified rating rather than assuming that all alarm cable has the same certification.

Plan the route before pulling. Avoid sharp edges, moving parts, hot surfaces, and areas likely to be damaged during building work. Use suitable containment and separation from other services. A carefully chosen cable can still fail if its jacket is cut or crushed during installation. Keep the installed route accessible enough to inspect and maintain where the design requires it.

For another system option, review F18 access terminal and ZL lock brackets. These choices belong to different parts of the door workflow. Match the actual controller, mechanical fit, and approved release design.

Measure length and allow controlled service slack

Measure the full route, including rises, drops, bends, and terminations. Add sensible slack for service rather than large hidden coils. Confirm whether the order is a full reel or a cut length. A catalogue image of a reel does not state the supplied meter count. Put the agreed length and cable specification on the quotation and delivery record.

Keep long runs within the equipment's supported electrical limits. More available reel length does not mean a circuit can operate reliably over that entire distance. Where the voltage drop or signaling limit is too high, change the route, conductor size, supply position, or system design as appropriate. Do not join cores in parallel as a casual substitute for a properly sized and approved arrangement.

Pull and support the cable without damage

Follow the cable maker's pulling and bend guidance. Do not yank the cable around corners or use it as a support line. Protect the ends from water and contamination while work is underway. Keep enough room at the termination point to strip and dress the conductors without tension. Use supports that hold the route without crushing the outer jacket.

At a door, allow for movement through a suitable approved cable transfer arrangement. At a panel, protect the entry from sharp edges and provide the required strain relief. Keep joints in appropriate accessible enclosures. Hidden unsupported twists are hard to inspect and can become intermittent faults. A clean route makes the signal path easier to trace after the installer has left.

For a different layout, explore door closer and request-to-exit button. Keep normal control, authorized override, and required emergency release distinct. Check each contact and circuit against its own guide.

Terminate each core with an assigned purpose

Use a simple core schedule. Record the color and function at both ends, and verify the conductors rather than assuming colors follow one universal rule. Strip only the length required by the terminal. Avoid nicking strands or leaving loose copper outside the connection. Use suitable ferrules or termination parts where the actual equipment and conductor type call for them.

Insulate and identify unused cores. Do not leave them loose where they can short against a metal enclosure or another terminal. Check polarity before restoring power. A correctly labeled cable is easier to service when a device is replaced or a contact changes from normally open to normally closed. Update the schedule after every approved wiring change.

Test before connecting sensitive electronics

With the relevant equipment disconnected and the circuit isolated, check continuity and the intended absence of shorts using suitable methods. Confirm the route labels and each core mapping. Do not apply a high-voltage insulation test through connected low-voltage electronics unless the equipment and procedure explicitly allow it. Use a test plan appropriate to the cable and system.

After connection, test the normal and active states of the actual device. Measure supply at the load under the conditions the design requires. Check any tamper or monitoring path as a separate function. A continuity beep alone cannot prove correct voltage at a working lock or reliable signaling from a detector. Keep the result with the final circuit diagram.

The complete parts plan may also include key-operated control and emergency door-release component. Cable choices need the correct conductor count, size, material, and route rating. Extra cores do not prove greater current capacity.

Diagnose intermittent faults without random rewiring

A loose terminal, damaged cable transfer, moisture, or excessive voltage drop can cause faults that appear only when a load operates. Record when the fault occurs and which function fails. Inspect accessible connections and compare the result with the saved baseline. Test one part of the route at a time rather than swapping every core and losing the original map.

If damage is found, repair the route using approved parts and methods or replace the affected run. Do not conceal a weak join and leave it undocumented. Recheck polarity, signal behavior, and any required exit or alarm function after work. A cable repair is complete only when the connected system has passed its relevant operational tests.

Keep the cable specification with the project

Retain the reel label or a clear record of the construction, batch where supplied, length, and destination. Label the installed endpoints and store the core schedule with the panel records. This is useful when the site grows or a later technician needs a matched replacement. It also avoids treating a different spare cable as equivalent without checking its ratings.

For a quotation, give Reisen the intended system, required length, route environment, conductor size, and any verified shielding or fire-performance requirement. Ask for confirmation of the actual supplied material and package. Price should follow the required construction. A cheaper reel is not a saving if its conductors or jacket do not suit the installation.

For the wider installation, review 6-core cable option and Dahua KTP03 intercom system. An intercom or network component changes the wider system design. It does not by itself replace a mechanical part or create a safe exit arrangement.

Quick Brand Comparison

Compare the complete role and installed package. A change of brand or model can change the supporting parts, service, management, and setup work. Start with the task the site needs and keep useful existing equipment in the decision. A similar name is not enough to prove a matched replacement.

How to Set Up 4-Core Alarm Cable

1. Read the system diagram

List the required power, signal, return, and monitoring conductors. Confirm that 4 cores meet the actual device requirement. Record the route length and environment. Do not choose cable from core count alone or assume that a low-current signal input and a lock-power circuit need the same conductor size.

2. Verify the supplied cable

Check conductor size, material, construction, shield where specified, jacket rating, and actual length against the quotation. Keep the reel label. Use the device maker’s cable requirements and a suitable voltage-drop calculation. Do not invent a current or distance rating from the word alarm.

3. Plan the route and isolation

Isolate relevant circuits before work and protect the required operation of the site. Choose suitable containment and separation from other services. Avoid heat, sharp edges, moving joints, and unapproved outdoor exposure. Keep the final route and termination points accessible for inspection where the design requires it.

4. Pull and support the run

Follow the cable maker’s bend and pulling guidance. Leave controlled slack without excessive coils. Protect entries and moving-door routes with suitable parts. Keep ends clean and dry. Do not use the cable as a support rope or crush its jacket with tight fixings.

5. Terminate to a core schedule

Assign and label each core at both ends. Strip carefully and use the termination method appropriate to the conductor and equipment. Keep loose strands clear and insulate unused cores. Verify polarity and contact assignments against the actual drawing rather than assuming one universal color convention.

6. Test the isolated cable

With connected electronics suitably isolated, verify continuity, mapping, and absence of unintended shorts using appropriate methods. Do not perform an unsuitable high-voltage test through sensitive equipment. Record the result and correct any fault before connecting power or replacing covers.

7. Test under real circuit conditions

Connect the approved equipment and restore power through the planned procedure. Check voltage at the load while it operates and test normal, active, and monitoring states. A continuity test alone does not prove reliable device operation. Recheck the relevant door-release or alarm functions after wiring changes.

8. Save the installed record

Keep the cable label, supplied length, route, core schedule, and test results with the system diagram. Mark any approved joints and spare conductors. Use the record when replacing devices or extending the route. Recalculate the electrical limits when the load or installed length changes.

Advantages

·       Provides 4 separately insulated paths for a compatible circuit.

·       Can support an orderly labeled low-voltage installation.

·       Allows a documented core schedule for later service.

·       Can be ordered around the measured route and required construction.

Disadvantages and Limits

·       Core count alone does not establish gauge, material or current rating.

·       Length, shielding and jacket rating need confirmation.

·       Voltage drop can limit a powered circuit.

·       It is not a substitute for rated Ethernet or mains cable.

Troubleshooting

Inspect the mapped conductors, accessible terminals, route damage, and voltage at the operating load. A continuity test alone does not find every high-resistance or load-related fault. Isolate connected electronics appropriately before cable tests. Repair with suitable methods, update the core schedule, and repeat the relevant system functions after the wiring is restored.

Frequently Asked Questions

Does 4-core identify the conductor gauge?

No. It describes the number of insulated conductors. Gauge or cross-section, material, stranded or solid construction, resistance, shielding, and jacket rating need separate confirmation for the actual supplied cable. Check those details against the device diagram and electrical design before assigning it to the route.

Is the cable guaranteed to be pure copper?

Only claim that when the supplied cable specification verifies it. Do not infer conductor material from the jacket color or a general product name. Ask for the actual construction on the quotation and keep the reel label so the installed material can be identified later.

Can it carry lock power over any distance?

No. Current, conductor resistance, route length, supply, return path, and permitted voltage drop determine suitability. Check voltage at the working load and the equipment’s allowed range. A successful short bench test does not establish performance at the end of a longer building run.

Can it replace Cat6 Ethernet cable?

No. Ethernet needs the proper pair construction and performance rating for the intended standard. An alarm cable is for compatible specified circuits. It also must not be used as a general mains cable. Choose each cable by its verified application and electrical rating rather than by core count alone.

Is every reel the same length?

No. Confirm whether the offer is a full reel or a cut length and put the agreed meter count on the order. Product photographs do not establish the supplied length. Measure the complete route and allow controlled termination slack while keeping the circuit within its supported electrical limits.

Can it be installed outside?

Only where the exact jacket and construction are rated for the exposure and the installation method is suitable. Sunlight, moisture, burial, and moving-door routes need appropriate cable or containment. Do not assume an indoor alarm cable is outdoor-rated because a similar cable was used elsewhere.

What tests are useful before handover?

Check isolated continuity, mapping, and unintended shorts using appropriate methods, then test the connected circuit under real load. Avoid unsuitable high-voltage tests through sensitive electronics. Save the core schedule and operational results. Repeat affected alarm or door-release tests after any wiring change.

What information belongs in the order?

Give Reisen the intended equipment, conductor size and material requirement, route environment, required length, and any verified shielding or fire-performance specification. Confirm the actual supplied construction and package. Keep that record with the reel label, invoice, installed route, and final circuit diagram.

Why Shop with Reisen

Reisen brings network, security, and supporting accessories into one catalogue, which makes a complete parts list easier to prepare. Ask the team to confirm the exact product, package, and stock before payment. A clear quotation helps you spot missing items and avoid buying the wrong accessory for a familiar-looking device. Keep the order tied to the real installation.

Technical questions are easier to answer when the team has the current equipment labels, site details, and intended result. Share those details and ask for the available installation and after-sales support. Confirm delivery charges, timing, return conditions, and warranty terms in writing. Keep the agreed information with the invoice so later help can start from a clear purchase record.

Complete the Setup with Reisen

For another component in the door system, review ZKTeco F18 Biometric Fingerprint Access Control. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

For another component in the door system, review ZL Brackets. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

For another component in the door system, review Door Closer. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

For another component in the door system, review Exit Button. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

For another component in the door system, review Keyswitch. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

For another component in the door system, review Exit Break Glass. Match its own interfaces, ratings, package, and intended function to the site. It is a related planning choice rather than proof that the 2 products can be substituted directly.

If the door system uses an IP management network, the RB951Ui-2HnD router is a separate network component. Its Ethernet connection does not power arbitrary door hardware or replace the required lock supply and emergency release design.

Browse the Reisen equipment shop for the rest of the parts list. Keep one clear order record with the main product, compatible accessories, and installation work. Check existing parts before adding duplicates or assuming a required accessory is already included.

Contact Reisen sales and support with the exact product, quantity, location, and existing system details. Ask for the current stock and complete quotation. Confirm taxes, delivery, warranty, and setup scope in writing before payment so the agreed package is easy to verify.

Order the Right Package

Send the full product name, model or required accessory drawing, quantity, and delivery location. Add the existing equipment and target installation date. Confirm the current price and stock, then agree payment and collection or delivery. Keep the final package list and invoice together so the delivered parts can be checked before the installation begins.