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ELECTRONICS, ELECTRICAL & INSTRUMENTATION WORKS IN KENYA 0723763173Professional Electrical Cabling, Structured Cabling, Power Cabling and Cable Management Services in Nairobi and Across Kenya
Cabling is one of the most important components of any modern electrical, telecommunications, security, automation, networking, commercial or industrial installation. A building can have expensive electrical equipment, computers, CCTV cameras, servers, machinery, air conditioners, televisions, pumps, solar systems and backup power equipment, but without correctly designed and professionally installed cabling, the entire system can become unreliable, difficult to maintain and potentially unsafe.
Pro-Logic Technologies Limited provides professional cabling and cable-management solutions for residential properties, apartments, offices, shops, schools, hospitals, hotels, restaurants, factories, warehouses, institutions, commercial buildings, industrial facilities and other properties throughout Nairobi and Kenya.
Our cabling work can include electrical power cabling, distribution cabling, structured network cabling, CCTV cabling, fibre-optic infrastructure, control cabling, automation cabling, audio and public-address cabling, television and satellite cabling, solar and inverter cabling, generator cabling, UPS cabling and specialist equipment connections.
The objective is not simply to install wires from one point to another. Professional cabling involves planning, load assessment, conductor selection, routing, mechanical protection, identification, separation, termination, testing, documentation and future maintenance.
WHY PROFESSIONAL CABLING MATTERS IN NAIROBI AND KENYA
Modern buildings contain many systems that depend on reliable cabling.
A typical Nairobi commercial building may have:
- Lighting circuits
- Socket outlets
- Air conditioners
- Water pumps
- Elevators
- Computers
- Printers
- Servers
- Wi-Fi access points
- CCTV cameras
- Access-control systems
- Fire-alarm systems
- Public-address equipment
- Televisions
- Digital signage
- Kitchen equipment
- Refrigeration equipment
- Backup power
- Solar systems
- Generators
- Automatic transfer systems
- Building-management systems
- Data networks
- Telephone systems
- Security systems
These systems do not all use the same type of cable.
A power circuit may require a copper or aluminium electrical cable selected according to the design current and installation conditions. A computer network may require twisted-pair Ethernet cable or fibre optic. A CCTV camera may use network cable or a purpose-designed coaxial system. An access-control system may use low-voltage control and communication cables.
Trying to treat every cable as the same type of product is one of the major causes of poor installations.
Professional cable management therefore begins with understanding what the cable is carrying, where it is being installed, how much current or data it must carry, what environmental conditions exist and what future maintenance will be required.
PRO-LOGIC TECHNOLOGIES LIMITED CABLING SERVICES
Pro-Logic Technologies Limited provides cabling services for projects ranging from individual homes to large commercial and industrial installations.
Our services can include:
ELECTRICAL POWER CABLING
Installation and replacement of electrical cables for:
- Lighting
- Socket outlets
- Dedicated appliance circuits
- Distribution boards
- Sub-distribution boards
- Consumer units
- Machinery
- Pumps
- Air conditioning
- Water heaters
- Cookers
- Ovens
- Refrigeration systems
- Workshops
- Offices
- Shops
- Apartments
- Industrial equipment
STRUCTURED NETWORK CABLING
Professional installation of:
- Cat5e network cabling
- Cat6 network cabling
- Cat6A network cabling
- Fibre-optic cabling
- Patch panels
- Network cabinets
- Data outlets
- Patch cords
- Cable trays
- Cable trunking
- Cable labels
- Network racks
- Server-room cable management
CCTV CABLING
CCTV infrastructure can include:
- IP camera network cabling
- PoE infrastructure
- NVR connections
- Network switches
- Outdoor camera cabling
- Indoor camera cabling
- Long-distance camera links
- Fibre links between buildings
- Cable protection
- Equipment-room management
CONTROL AND AUTOMATION CABLING
For industrial and commercial systems:
- PLC control cables
- Sensor cables
- Actuator cables
- Motor-control wiring
- VFD connections
- Instrumentation cables
- Relay wiring
- Control panels
- Machine interconnections
- Industrial communication cabling
SOLAR AND BACKUP-POWER CABLING
Pro-Logic can also work on cable infrastructure associated with:
- Solar PV systems
- Inverters
- Batteries
- DC distribution
- AC distribution
- UPS systems
- Generator systems
- Changeover systems
- Backup-power circuits
UNDERSTANDING CABLE SIZE
One of the most frequently asked questions in electrical work is:
“Which cable size should I use?”
Cable size is normally expressed by the conductor's cross-sectional area in square millimetres, written as mm².
Common copper conductor sizes encountered in building installations include:
- 1.5 mm²
- 2.5 mm²
- 4 mm²
- 6 mm²
- 10 mm²
- 16 mm²
- 25 mm²
- 35 mm²
- 50 mm²
- 70 mm²
- 95 mm²
- 120 mm²
- 150 mm²
- 185 mm²
- 240 mm²
- 300 mm² and larger for appropriate applications
These sizes do not automatically correspond to one particular appliance.
The correct size depends on the complete circuit design.
Kenya's building regulations require conductor sizing and current ratings to be appropriate to the installation, with the National Building Code referencing BS 7671/KS 662 requirements and relevant cable and conduit standards.
The current draft KS 662 material also emphasizes factors such as installation conditions, voltage, mechanical stresses, electromagnetic interference and environmental influences when selecting wiring systems.
1.5 MM² CABLE — TYPICAL APPLICATIONS
1.5 mm² copper cable is commonly encountered in building electrical installations, particularly for lighting and certain control circuits where the design calculations and protective device permit its use.
Typical applications can include:
- Lighting circuits
- Indoor lighting
- Outdoor lighting
- Security lighting
- Some control circuits
- Certain low-power fixed equipment
However, 1.5 mm² should not simply be selected because a circuit is called a “lighting circuit.”
The electrician or designer must consider:
- Circuit length
- Installation method
- Number of loaded conductors
- Ambient temperature
- Insulation
- Voltage drop
- Protective device
- Load characteristics
- Fault conditions
The cable must be protected by an appropriately selected protective device.
2.5 MM² CABLE — TYPICAL APPLICATIONS
2.5 mm² copper cable is widely encountered in building wiring.
Potential applications include:
- General socket circuits
- Radial socket circuits
- Certain small appliance circuits
- Some dedicated equipment circuits
- Certain kitchen circuits
- Small workshop circuits
The actual application depends on the circuit design.
For example, two circuits both using 2.5 mm² cable may have completely different allowable loading because one might be installed in open air while another is surrounded by insulation or grouped tightly with several other circuits.
Cable management is therefore directly connected to cable sizing.
4 MM² CABLE — TYPICAL APPLICATIONS
4 mm² cable is commonly considered for circuits carrying higher loads than ordinary lighting and general socket circuits.
Possible applications include:
- Larger dedicated appliances
- Some water heaters
- Some cooker circuits
- Small air-conditioning systems
- Certain workshop circuits
- Selected pump circuits
- Selected sub-circuits
The final selection must be based on calculated load and installation conditions.
A 4 mm² cable installed in a favourable environment cannot automatically be assumed to have the same capacity as the same cable installed in a hot, enclosed or heavily grouped route.
6 MM² CABLE — TYPICAL APPLICATIONS
6 mm² copper cable is commonly encountered in higher-load final circuits and smaller feeder applications.
Potential applications may include:
- Electric cookers
- Ovens
- Water heaters
- Air-conditioning equipment
- Larger dedicated appliance circuits
- Certain pumps
- Small submain circuits
- Workshop equipment
Again, the cable size and protective device must be coordinated.
A circuit should never be designed simply by matching a cable to an appliance nameplate without considering the full installation.
10 MM² CABLE — TYPICAL APPLICATIONS
10 mm² conductors are used for substantially higher-current circuits and feeder applications where the design requires them.
Possible applications include:
- Larger appliance supplies
- Submain circuits
- Small commercial feeders
- Larger water-heating installations
- Selected air-conditioning systems
- Machinery supplies
- Distribution-board feeders
- Some inverter or backup-power connections
For longer runs, voltage drop may require a larger conductor even when the current itself appears manageable.
This is particularly important in Kenya where buildings, compounds, workshops, farms and commercial premises may have long cable routes between the source and the load.
16 MM² CABLE — TYPICAL APPLICATIONS
16 mm² cable may be used for:
- Distribution feeders
- Larger submains
- Commercial installations
- Industrial circuits
- Generator connections
- Large inverter systems
- Larger equipment
- Main distribution sections
The correct size depends on the design current, voltage drop, fault level, installation method and protective arrangement.
25 MM² CABLE
25 mm² conductors may be used in:
- Commercial submains
- Industrial feeders
- Generator installations
- Large inverter systems
- Distribution systems
- Machinery supplies
- Building feeders
Where several large loads are present, cable selection becomes a coordinated design exercise involving:
Load schedule + diversity + protection + cable rating + voltage drop + fault protection + installation method.
35 MM², 50 MM², 70 MM² AND LARGER CABLES
Larger conductor sizes are commonly associated with:
- Main feeders
- Large commercial buildings
- Industrial plants
- Generator installations
- Transformer connections
- Large distribution boards
- Large inverter systems
- Heavy machinery
- Workshops
- Manufacturing facilities
- Long-distance power distribution
At these sizes, cable installation becomes a major engineering activity.
The physical weight and bending radius of the cable must be considered.
Cable trays, ladders, cleats, glands, lugs, supports and termination equipment must all be selected to suit the cable.
CABLE SIZE TABLE — GENERAL APPLICATION GUIDE
| Cable Size | Typical Areas of Application |
|---|---|
| 1.5 mm² | Lighting and selected control circuits |
| 2.5 mm² | General socket and selected small-power circuits |
| 4 mm² | Higher-load final circuits and selected equipment |
| 6 mm² | Cookers, water heaters, AC and selected higher-load circuits |
| 10 mm² | Submains, larger equipment and feeders |
| 16 mm² | Larger feeders, commercial and industrial distribution |
| 25 mm² | Commercial/industrial submains and larger equipment |
| 35 mm² | Larger commercial and industrial feeders |
| 50 mm² | Large feeders and industrial applications |
| 70 mm² | Heavy commercial/industrial distribution |
| 95 mm² | Large feeders and industrial distribution |
| 120 mm² | Major distribution applications |
| 150 mm²+ | Large commercial, industrial and infrastructure systems |
Important: This table is an application guide, not a substitute for electrical design calculations. Actual current-carrying capacity must be established from the applicable standard, installation method, conductor characteristics, ambient conditions, grouping, voltage drop and protective-device requirements.
WHY CABLE SIZE ALONE DOES NOT DETERMINE CURRENT CAPACITY
Consider two identical 6 mm² copper cables.
Cable A may be:
- Installed in a suitable conduit
- In a moderate ambient temperature
- With limited grouping
- On a relatively short circuit
- Properly protected
Cable B may be:
- Installed inside thermal insulation
- Closely grouped with many loaded cables
- Running through a hot plant room
- Very long
- Subject to significant voltage drop
Although both conductors have the same nominal cross-sectional area, their design conditions are different.
This is why professional cable selection involves calculations and reference to applicable standards.
Kenya's standards framework specifically addresses current-carrying capacity and voltage drop for cables.
VOLTAGE DROP AND CABLE SIZING
Voltage drop is particularly important in long cable runs.
Imagine a building in Nairobi where the distribution board is close to the main supply. A particular appliance may be only a few metres away.
Now compare that with:
- A borehole pump 100 metres away
- A gate motor at the entrance
- Security lighting around a large compound
- A workshop in a separate building
- Solar equipment mounted away from batteries
- A generator located in another section
- CCTV equipment installed between buildings
Longer cable routes increase the importance of voltage drop.
A cable may have sufficient current-carrying capacity but still be unsuitable because the voltage at the load becomes too low.
For this reason, Pro-Logic Technologies Limited assesses cable routes rather than looking only at the appliance rating.
COPPER VERSUS ALUMINIUM CABLE
Electrical cables may use different conductor materials.
Copper is widely used for building final circuits because it has:
- High electrical conductivity
- Good mechanical properties
- Compact conductor dimensions
- Good termination characteristics
- Broad availability
Aluminium is commonly used in larger distribution applications because:
- It is lighter than copper
- It can be economical for larger installations
- It is suitable for certain distribution applications
However, aluminium installations require appropriate cable accessories and termination practices.
The choice between copper and aluminium should be based on the engineering design rather than price alone.
SINGLE-CORE CABLE
Single-core cables contain one conductor.
They can be used in:
- Distribution boards
- Control panels
- Trunking systems
- Conduit systems
- Larger power installations
- DC systems
- Industrial installations
When multiple single-core cables are installed together, correct arrangement and spacing can become important.
MULTICORE CABLE
Multicore cable contains multiple insulated conductors within one overall construction.
Examples include:
- 2-core cables
- 3-core cables
- 4-core cables
- 5-core cables
- Multi-core control cables
Multicore cables can simplify installation where multiple conductors need to travel between two locations.
THREE-PHASE CABLING
Three-phase electrical systems are common in commercial and industrial environments.
Three-phase systems may supply:
- Motors
- Pumps
- Compressors
- Industrial machines
- Large HVAC equipment
- Workshops
- Manufacturing equipment
- Commercial buildings
- Large distribution boards
Three-phase cable design may involve:
- L1
- L2
- L3
- Neutral where required
- Protective conductor
Correct phase identification, balancing, protection and termination are essential.
CABLE MANAGEMENT IN NAIROBI
Cable management means controlling the physical route and arrangement of cables.
A professional cable-management system should make cables:
- Safe
- Accessible
- Identifiable
- Protected
- Organized
- Maintainable
- Expandable
Poor cable management produces:
- Cable tangles
- Difficult troubleshooting
- Damaged insulation
- Excessive heat accumulation
- Poor appearance
- Difficult maintenance
- Accidental disconnection
- Unclear circuit identification
CABLE TRAYS
Cable trays are widely used in:
- Offices
- Factories
- Warehouses
- Hospitals
- Hotels
- Data centres
- Commercial buildings
- Workshops
- Plant rooms
Cable trays can carry:
- Power cables
- Control cables
- Communication cables
- Data cables
The tray system must be selected according to the cable type, weight, environmental conditions and installation requirements.
CABLE LADDERS
Cable ladders are particularly useful for larger cable installations.
They are commonly used for:
- Industrial feeders
- Generator rooms
- Transformer areas
- Large commercial buildings
- Data infrastructure
- Plant rooms
Large cables can be supported using appropriate cleats and fixing arrangements.
PVC TRUNKING
PVC trunking is commonly used for organized surface cable installation.
It can be found in:
- Offices
- Shops
- Schools
- Residential buildings
- Workshops
- Commercial premises
Advantages include:
- Neat appearance
- Easy access
- Simple expansion
- Protection from accidental contact
- Organized routing
CONDUIT SYSTEMS
Conduit provides mechanical protection and routing for cables.
Conduit may be:
- PVC
- Flexible
- Metallic
- Heavy-duty
- Underground-rated
The Kenya National Building Code references KS IEC 61386 standards covering conduit systems and their applications.
A conduit system should not simply be viewed as a pipe for hiding cables.
Its design must account for:
- Cable quantity
- Cable diameter
- Bending radius
- Pulling difficulty
- Environmental exposure
- Mechanical protection
- Future access
CABLE GLANDS
Cable glands are used to terminate cables entering equipment such as:
- Distribution boards
- Control panels
- Motors
- Junction boxes
- Industrial equipment
- Outdoor electrical enclosures
A suitable gland should match:
- Cable construction
- Cable diameter
- Equipment entry
- Environmental requirements
Outdoor and industrial installations may require enhanced protection against water, dust or mechanical stress.
CABLE LUGS
Cable lugs provide reliable termination between conductors and equipment terminals.
They are commonly used with:
- Distribution boards
- Switchgear
- Busbars
- MCCBs
- Generators
- Transformers
- Inverters
- Batteries
- Industrial equipment
The lug must match the conductor size and terminal configuration.
A loose or poorly crimped lug can create a high-resistance connection.
High-resistance connections can produce:
- Heat
- Voltage drop
- Insulation damage
- Equipment failure
- Fire risk
CABLE CLEATS
Cable cleats secure cables to their support systems.
They are particularly important for:
- Large power cables
- Single-core cables
- Industrial installations
- Generator connections
- Switchgear installations
Cable support is not only about neatness.
Cables can experience mechanical forces during fault conditions, and appropriate support systems must be selected for the installation.
CABLE IDENTIFICATION
Professional cable management should include identification.
Labels can identify:
- Circuit number
- Distribution board
- Destination
- Equipment
- Phase
- Control function
- Network connection
- Fibre link
- CCTV camera
- Power source
For example:
DB-02-LTG-05
could identify a particular lighting circuit.
A network cabinet may use:
SW01-P24
to identify a switch port.
Clear labelling can dramatically reduce troubleshooting time.
STRUCTURED CABLING IN NAIROBI
Modern offices depend heavily on structured cabling.
A professional network infrastructure can include:
- Cat5e
- Cat6
- Cat6A
- Fibre optic
- Patch panels
- Data outlets
- Network cabinets
- Patch cords
- Cable managers
- Network switches
- Wi-Fi access points
CAT5E CABLING
Cat5e is commonly used for Ethernet networking.
Typical applications include:
- Office computers
- Printers
- IP phones
- CCTV
- Access points
- Small business networks
- Residential networking
Cat5e can still be suitable for many installations, although newer projects may use Cat6 or Cat6A depending on performance requirements.
CAT6 CABLING
Cat6 is widely used in modern structured cabling.
Applications include:
- Office networks
- Schools
- Hotels
- CCTV
- IP telephony
- Wi-Fi access points
- Server rooms
- Commercial buildings
Cat6 can provide greater performance headroom than older categories when correctly installed.
CAT6A CABLING
Cat6A is commonly selected where higher bandwidth and improved performance margins are required.
Applications can include:
- Data centres
- Enterprise networks
- High-density offices
- Advanced wireless infrastructure
- Server rooms
- Large commercial networks
The installation must maintain proper separation, bend radius and termination practices.
FIBRE-OPTIC CABLING
Fibre optic cable transmits information using light rather than electrical current.
Fibre is particularly useful for:
- Long-distance networking
- Building-to-building links
- Campus networks
- Data centres
- High-bandwidth networks
- CCTV backbones
- Telecommunications
Fibre provides major advantages for certain applications, including immunity to electromagnetic interference.
POWER AND DATA CABLE SEPARATION
Power cables and communication cables should not simply be bundled together without considering electromagnetic compatibility and applicable installation requirements.
A large power cable carrying significant current can create electromagnetic fields.
Communication systems may be sensitive to interference.
Cable management therefore involves:
- Separation
- Appropriate containment
- Crossings at suitable angles where appropriate
- Correct routing
- Proper earthing/bonding of metallic containment where required
- Avoidance of unnecessary parallel runs
This is especially important in:
- Data centres
- Server rooms
- Industrial plants
- Control rooms
- Hospitals
- Offices
CCTV CABLING
CCTV installations increasingly use IP networking.
An IP camera system may include:
Camera → Network Cable → PoE Switch → Network → NVR
This arrangement can simplify infrastructure.
CCTV cabling should account for:
- Distance
- Outdoor exposure
- Lightning and surge considerations
- Physical protection
- PoE requirements
- Network bandwidth
- Camera location
- Future maintenance
Outdoor cable routes should be mechanically protected where required.
CABLE MANAGEMENT FOR CCTV
A good CCTV installation should avoid exposed cables hanging loosely around buildings.
Instead, cables can be routed through:
- Conduit
- Trunking
- Cable tray
- Protected ceiling routes
- Appropriate outdoor containment
Camera cable identification should also be included.
For example:
CAM-01-GATE
CAM-02-PARKING
CAM-03-RECEPTION
This makes future maintenance easier.
SOLAR CABLE MANAGEMENT
Solar systems contain both DC and AC cabling.
DC cabling can connect:
- Solar modules
- Combiner boxes
- DC isolators
- Inverters
AC cabling can connect:
- Inverter
- Distribution board
- Loads
- Grid connection
- Backup circuits
Solar cable routes require careful consideration of:
- UV exposure
- Mechanical protection
- Connector compatibility
- Polarity
- Cable length
- Voltage drop
- Isolation
- Earthing
- Surge protection
BATTERY CABLING
Battery systems can involve very high DC currents.
Battery cable sizing should therefore not be based merely on the battery voltage.
It depends on:
- Inverter power
- Battery voltage
- Maximum DC current
- Cable length
- Voltage drop
- Installation conditions
- Protection
- Short-circuit characteristics
For example, a low-voltage battery system supplying a powerful inverter can require very substantial conductors.
Battery cables should be kept appropriately short where practical and installed with suitable protection and termination.
INVERTER CABLING
An inverter can have:
- DC input
- AC input
- AC output
- Communication cables
- Control cables
- Earth connections
The DC side can carry substantial current.
The AC side must be designed according to the inverter output and installation configuration.
Cable routing should prevent unnecessary crossing between power and communication cables.
GENERATOR CABLING
Generator installations can require:
- Generator output cables
- Control cables
- Earthing conductors
- Battery cables
- Automatic transfer switch connections
- Metering cables
- Monitoring cables
Large generators can require substantial power conductors.
Generator cable installations must account for:
- Current
- Short-circuit conditions
- Voltage drop
- Heat
- Mechanical protection
- Cable termination
- Cable routing
UPS CABLING
UPS systems may have:
- Input cables
- Output cables
- Battery cables
- Bypass cables
- Communication cables
Data centres and server rooms require particularly careful UPS cable management because power availability is critical.
INDUSTRIAL CABLING IN KENYA
Industrial cabling presents different challenges from residential installations.
Industrial environments may contain:
- Motors
- VFDs
- Pumps
- Compressors
- Welding equipment
- Conveyors
- PLC systems
- Sensors
- Contactors
- Transformers
- Generators
- Large distribution systems
Cable routes may also pass through areas exposed to:
- Heat
- Dust
- Oil
- Water
- Vibration
- Chemicals
- Mechanical impact
Cable selection must therefore consider environmental conditions.
VFD CABLING
Variable Frequency Drives can generate high-frequency electrical phenomena that require appropriate installation practices.
VFD installations may require consideration of:
- Motor cable construction
- Shielding
- Earthing
- Separation from sensitive control wiring
- Cable length
- EMC
- Motor termination
- Drive manufacturer's requirements
Poor VFD cabling can contribute to:
- Electromagnetic interference
- Communication faults
- Motor issues
- Drive trips
- Bearing-current problems in some installations
PLC CABLING
PLC systems depend on reliable control and communication wiring.
A PLC installation can contain:
- Digital input wiring
- Digital output wiring
- Analogue input wiring
- Analogue output wiring
- Ethernet
- Industrial communication networks
- Sensor cables
- Actuator cables
- Control-panel wiring
Control cables should be clearly identified.
SENSOR CABLING
Sensors can be sensitive to interference.
Examples include:
- Temperature sensors
- Pressure sensors
- Level sensors
- Proximity sensors
- Photoelectric sensors
- Flow sensors
- Humidity sensors
Instrumentation cable selection depends on the signal type and environmental requirements.
CABLE MANAGEMENT IN DATA CENTRES
Data centres require extremely disciplined cable management.
A data centre may contain:
- Server racks
- Network switches
- Fibre panels
- Patch panels
- UPS systems
- PDU systems
- Cooling equipment
- Monitoring systems
Cable management should allow technicians to identify and replace cables without disturbing neighbouring connections.
SERVER RACK CABLE MANAGEMENT
A professional rack should not contain an uncontrolled mass of patch cords.
Instead:
- Cables should be routed through designated managers.
- Ports should be labelled.
- Patch panels should be organized.
- Fibre should have suitable bend management.
- Power and data should be appropriately arranged.
- Unused cables should be removed or managed.
- Documentation should correspond with physical ports.
OFFICE CABLE MANAGEMENT IN NAIROBI
Office cabling must balance technical requirements with appearance.
Poor office cabling may produce:
- Loose cables under desks
- Trip hazards
- Damaged laptop chargers
- Unprofessional appearance
- Difficult maintenance
Pro-Logic can organize office cabling using appropriate:
- Floor trunking
- Surface trunking
- Under-desk management
- Cable baskets
- Data outlets
- Power outlets
- Patch panels
CABLING FOR APARTMENTS
Apartment buildings require careful planning because multiple tenants may share infrastructure.
Cabling can include:
- Main electrical distribution
- Tenant distribution boards
- Common-area lighting
- Water-pump supplies
- Security systems
- CCTV
- Intercom
- Internet
- Access control
- TV distribution
- Fire systems
Each system should have appropriate routing and identification.
HOTEL CABLING
Hotels have complex cable infrastructure.
A hotel may require:
- Guest-room power
- Lighting
- Wi-Fi
- IPTV
- CCTV
- Access control
- Fire alarm
- Public address
- Kitchen equipment
- Laundry equipment
- HVAC
- Pumps
- Backup power
Professional cable management becomes critical because hotel operations depend on multiple interconnected systems.
SCHOOL CABLING
Schools can require:
- Classroom power
- Computer laboratories
- CCTV
- Wi-Fi
- Public address
- Access control
- Security lighting
- Administration networks
- Workshops
- Science laboratories
Cable routes should be protected from physical damage and accessible for maintenance.
HOSPITAL CABLING
Healthcare facilities require careful electrical and communication infrastructure planning.
Systems may include:
- General power
- Essential power
- Backup power
- Medical equipment
- Data networks
- CCTV
- Fire alarms
- Nurse-call systems
- Access control
- Lighting
- HVAC
Critical systems may have additional design requirements.
Professional design and compliance are particularly important in healthcare environments.
FACTORY CABLING
Factory cabling may include:
- Main distribution
- Motor circuits
- Machine feeders
- Control panels
- PLC systems
- VFDs
- Sensors
- Emergency stops
- Production-line communication
- CCTV
- Lighting
Cable trays and ladders are often important in industrial facilities.
WAREHOUSE CABLING
Warehouse cable management must account for:
- High ceilings
- Long routes
- Forklift activity
- Dust
- Lighting
- CCTV
- Access points
- Emergency systems
- Material-handling equipment
Cables should be routed away from areas where mechanical equipment can damage them.
RETAIL SHOP CABLING
Retail premises commonly require:
- Lighting
- Socket outlets
- POS systems
- Internet
- CCTV
- Digital signage
- Refrigeration
- Security systems
- Audio systems
Cable routes should remain neat and protected.
RESTAURANT CABLING
Restaurants contain a combination of electrical, refrigeration, heating and communication equipment.
Potential circuits include:
- Lighting
- Refrigerators
- Freezers
- Ovens
- Cookers
- Extractors
- Water heaters
- POS systems
- CCTV
- Music systems
- Air conditioning
High-load kitchen equipment should have appropriately designed circuits.
CABLE MANAGEMENT FOR AIR CONDITIONERS
Air-conditioning systems may require:
- Power cable
- Control cable
- Communication cable
- Interconnection cable
Cable selection depends on equipment specifications and installation conditions.
Outdoor units require protection against:
- Sun
- Rain
- Mechanical damage
- Animals
- UV exposure
CABLE MANAGEMENT FOR REFRIGERATION EQUIPMENT
Commercial refrigeration systems can require dedicated electrical circuits.
Examples include:
- Cold rooms
- Freezers
- Display refrigerators
- Ice makers
- Commercial refrigerators
Cable routes should be protected from:
- Moisture
- Heat
- Mechanical damage
PUMP CABLING
Water pumps may be located:
- In buildings
- In pump rooms
- In boreholes
- On water towers
- At farms
- At commercial premises
Pump cable selection depends on:
- Motor power
- Voltage
- Phase
- Starting characteristics
- Distance
- Installation method
- Voltage drop
Long pump cables often require particular attention to voltage drop.
BOREHOLE PUMP CABLING
Submersible borehole pumps require specialized cable selection.
The cable may be:
- Permanently submerged
- Exposed to water
- Installed over long distances
- Subject to mechanical stress
The cable must be suitable for the application and pump manufacturer's requirements.
CABLE ROUTING
Before installing cables, Pro-Logic Technologies Limited can plan the route.
A cable route should consider:
- Origin
- Destination
- Load
- Cable type
- Cable size
- Protection
- Accessibility
- Environmental conditions
- Future expansion
- Maintenance
A route that is cheap to install today may become expensive to maintain later.
CABLE BENDING RADIUS
Cables should not be bent more sharply than permitted by their construction and manufacturer's requirements.
This is particularly important for:
- Fibre optic cables
- Large power cables
- Coaxial cables
- Armoured cables
- Shielded cables
Excessive bending can damage cables or reduce performance.
CABLE FILL
Conduits and trunking have limited capacity.
Trying to force too many cables into a conduit can cause:
- Difficult installation
- Cable damage
- Excessive heat
- Difficult maintenance
- Poor future expansion
A professional design considers the physical dimensions of the cables as well as electrical requirements.
CABLE HEATING
Electrical current produces heat in conductors.
Poor cable management can make heat dissipation more difficult.
Factors include:
- Grouping
- Enclosure
- Ambient temperature
- Insulation
- Installation method
This is another reason why cable sizing and cable management cannot be treated as separate subjects.
CABLE GROUPING
Multiple loaded circuits installed together can influence their allowable current-carrying capacity.
For example:
- Ten loaded circuits in a confined trunking
- Several power cables on a tray
- Multiple cables inside a conduit
may require appropriate correction factors or design measures.
CABLE SEPARATION
Cable systems may need separation between:
- LV power
- Data
- Telephone
- CCTV
- Fire alarm
- Control
- Instrumentation
The exact separation arrangement depends on applicable standards and system requirements.
UNDERGROUND CABLING
Underground cables are used for:
- Compounds
- Farms
- Schools
- Industrial facilities
- Street lighting
- Building-to-building connections
- Gatehouses
- Boreholes
- Pumps
Underground cable systems require suitable mechanical and environmental protection.
The installation method must consider:
- Soil
- Water
- Burial depth
- Mechanical impact
- Warning/protection systems
- Cable type
OUTDOOR CABLING
Outdoor cabling can be exposed to:
- Sunlight
- Rain
- Wind
- Dust
- Animals
- UV radiation
- Temperature variation
The cable and containment system must be appropriate for the environment.
ROOFTOP CABLING
Rooftops are common locations for:
- Solar systems
- Air conditioners
- Satellite equipment
- CCTV
- Communication equipment
Cables should be routed so that they are protected from:
- UV
- Water
- Mechanical damage
- Poor drainage
- Sharp edges
CABLE MANAGEMENT FOR TV INSTALLATIONS
Modern television installations can involve:
- HDMI
- Ethernet
- Coaxial cable
- Optical audio
- Speaker cable
- Power cable
- Satellite cabling
A wall-mounted television should have cable routes planned before mounting.
The goal is to avoid visible cable bundles below the screen.
HOME THEATRE CABLING
Home theatres may require:
- Speaker cables
- HDMI
- Ethernet
- Power
- Subwoofer cable
- Optical audio
- AV interconnects
Signal and power cables should be organized to reduce clutter and simplify troubleshooting.
PUBLIC ADDRESS CABLING
PA systems may require:
- Microphone cables
- Speaker cables
- Amplifier connections
- Control cables
- Network audio
Speaker cable size depends on:
- Speaker power
- Cable length
- System architecture
- Impedance
- Voltage system
Long speaker runs may require larger conductors to reduce losses.
ACCESS CONTROL CABLING
Access-control systems can use:
- Power cables
- Reader cables
- Door-lock cables
- Exit-button cables
- Communication cables
- Network cables
The system should be installed so that power and communication connections are properly organized.
ELECTRIC FENCE CABLING
Electric-fence systems contain specialized wiring and high-voltage pulse equipment.
Installation must follow the equipment manufacturer's requirements and applicable safety requirements.
Power, alarm and communication cables should be properly separated and protected.
FIRE ALARM CABLING
Fire alarm systems use dedicated cables selected according to system requirements and applicable standards.
Fire-system cabling is not simply ordinary electrical wiring.
Requirements may include:
- Fire performance
- Circuit integrity
- Mechanical protection
- Identification
- Separation
- Monitoring
Specialist systems should be installed according to the relevant fire and electrical standards.
CABLE TESTING
Cable installation is incomplete until it has been appropriately tested.
Testing may include:
- Continuity
- Insulation resistance
- Polarity
- Earth continuity
- Earth fault loop characteristics
- Functional tests
- Network certification
- Fibre testing
The exact testing regime depends on the type of installation.
ELECTRICAL CABLE TESTING
Electrical testing helps identify:
- Incorrect connections
- Damaged insulation
- Open conductors
- Poor continuity
- Incorrect polarity
- Earthing problems
Testing should be performed with appropriate calibrated equipment and by competent personnel.
NETWORK CABLE TESTING
Structured cabling can be tested for:
- Wire map
- Length
- Pair configuration
- Performance
- Attenuation
- Crosstalk
- Return loss
For professional installations, certification testing can provide documentation of network performance.
FIBRE TESTING
Fibre systems can be tested using appropriate optical testing equipment.
Testing can help identify:
- Excessive loss
- Poor connectors
- Damaged fibre
- Splices
- Incorrect polarity
CABLE DOCUMENTATION
A professional cabling project should ideally have documentation.
Documentation may include:
- Cable schedules
- Circuit schedules
- Network maps
- Rack diagrams
- Distribution-board schedules
- Cable routes
- Labels
- Test results
Documentation becomes particularly valuable when another technician needs to maintain the system later.
CABLE SCHEDULES
A cable schedule may include:
| Cable ID | Origin | Destination | Type | Size | Function |
|---|---|---|---|---|---|
| C-001 | Main DB | DB-01 | Power | Design dependent | Submain |
| C-002 | DB-01 | Lighting | Copper | Design dependent | Lighting |
| C-003 | DB-01 | Socket circuit | Copper | Design dependent | General power |
| C-004 | Rack-01 | AP-01 | Cat6 | — | Wi-Fi |
| C-005 | Rack-01 | CAM-01 | Cat6 | — | CCTV |
This type of documentation can make future maintenance significantly easier.
CABLE COLOUR IDENTIFICATION
Cable identification should follow the applicable installation standards and project requirements.
Do not assume that a colour alone is enough to identify a circuit.
Labels should be used where appropriate.
CABLE MANAGEMENT AND SAFETY
Cable management is fundamentally a safety issue.
Poor cabling can contribute to:
- Electric shock
- Fire
- Equipment damage
- Trip hazards
- Network outages
- Machine downtime
Professional installation reduces these risks.
COMMON CABLING MISTAKES IN KENYA
Several cabling problems are commonly encountered during repair and upgrade work.
These include:
UNDERSIZED CABLES
A cable that is too small for its design conditions can overheat or experience unacceptable voltage drop.
OVERSIZED PROTECTIVE DEVICES
A protective device must be coordinated with the circuit conductor and installation.
TOO MANY CABLES IN ONE CONDUIT
Overcrowding can make installation difficult and influence thermal performance.
POOR TERMINATIONS
Loose terminals can produce heat and failure.
UNLABELLED CABLES
Unidentified cables make troubleshooting unnecessarily difficult.
CABLES EXPOSED TO DAMAGE
Unprotected cables can be damaged by people, equipment, animals or environmental conditions.
POOR SEPARATION
Mixing sensitive communication wiring with power systems without appropriate consideration can create interference and maintenance problems.
CABLING FOR NAIROBI RESIDENTIAL ESTATES
Pro-Logic can provide cabling solutions for residential properties across Nairobi, including areas such as:
- Westlands
- Kilimani
- Lavington
- Kileleshwa
- Karen
- Runda
- Muthaiga
- Parklands
- South C
- South B
- Lang'ata
- Embakasi
- Donholm
- Buruburu
- Kasarani
- Roysambu
- Ruiru
- Kiambu Road
- Gigiri
- Spring Valley
- Kitisuru
- Ngong Road
- Kangemi
- Dagoretti
- Ruaka
- Syokimau
- Kitengela
The same professional approach can be applied to new construction, renovation and cable replacement projects.
CABLING IN NAIROBI CBD
The Nairobi CBD contains offices, retail shops, banks, hotels, restaurants, institutions and older buildings.
Older buildings may have:
- Aging cables
- Poorly documented circuits
- Inadequate cable containment
- Overloaded distribution boards
- Mixed generations of wiring
- Unlabelled circuits
Cable-management upgrades can improve maintenance and organization.
CABLING ALONG LUTHULI AVENUE AND COMMERCIAL AREAS
Commercial areas such as Luthuli Avenue contain shops, offices, workshops, warehouses and service businesses with different electrical requirements.
Pro-Logic Technologies Limited can approach each installation according to:
- Load
- Building type
- Equipment
- Cable route
- Safety requirements
- Future expansion
CABLING IN INDUSTRIAL AREAS
Industrial zones around Nairobi and other Kenyan cities require robust cable-management solutions.
Industrial cabling can include:
- Machine feeders
- Motor circuits
- Control wiring
- PLC
- VFD
- Instrumentation
- CCTV
- Network infrastructure
- Main distribution
- Backup power
CABLING ACROSS KENYA
Pro-Logic Technologies Limited can provide cabling solutions beyond Nairobi for projects in various regions of Kenya.
Potential service areas include:
- Kiambu
- Machakos
- Kajiado
- Nakuru
- Naivasha
- Nyeri
- Murang'a
- Thika
- Embu
- Meru
- Isiolo
- Kisumu
- Kakamega
- Bungoma
- Busia
- Siaya
- Homa Bay
- Migori
- Kericho
- Bomet
- Kisii
- Mombasa
- Kilifi
- Kwale
- Taita-Taveta
- Garissa
- Wajir
- Mandera
- Marsabit
- Turkana
- Samburu
- Kitui
- Makueni
- Vihiga
- Trans Nzoia
- Uasin Gishu
- Nandi
- Laikipia
- Nyandarua
For large projects, cable selection and installation should be based on the actual site conditions rather than assumptions about location.
COMMERCIAL CABLE MANAGEMENT
Commercial projects benefit from a structured cable-management strategy.
A professional system should allow:
- Easy identification
- Easy access
- Expansion
- Maintenance
- Segregation
- Protection
Cable trays, trunking, conduits and racks should be sized according to the project's current and future requirements.
INDUSTRIAL CABLE MANAGEMENT
Industrial cable management should consider:
- Mechanical stress
- Heat
- Vibration
- EMI
- Chemical exposure
- Water
- Dust
- Maintenance access
Industrial cable routes should be designed around the production process.
CABLE MANAGEMENT FOR BUILDING RENOVATIONS
Renovations are often more difficult than new installations.
Existing cables may be:
- Hidden
- Unlabelled
- Damaged
- Mixed
- Unsupported
Pro-Logic can assess existing cabling before designing improvements.
CABLE REPLACEMENT
Cable replacement may be necessary because of:
- Aging
- Insulation damage
- Overheating
- Mechanical damage
- Corrosion
- Poor previous installation
- Renovation
- Increased load
Replacing a cable should include checking the protective device and termination points.
Installing a larger cable without evaluating the entire circuit is not a complete solution.
CABLE UPGRADE
A cable upgrade may become necessary when a building's load increases.
For example:
An office originally designed for a small number of computers may later add:
- Servers
- Air conditioners
- Printers
- More workstations
- Kitchen appliances
- Additional network equipment
The original electrical infrastructure may require reassessment.
CABLE MANAGEMENT FOR SERVER ROOMS
Server rooms should have organized:
- Power cables
- Network cables
- Fibre cables
- UPS cables
- PDU connections
- Management cables
Power and data routes should be carefully organized.
CABLE MANAGEMENT FOR CCTV CONTROL ROOMS
CCTV rooms may contain:
- NVRs
- Monitors
- Switches
- UPS systems
- Network equipment
- Storage systems
Cable identification becomes essential.
CABLE MANAGEMENT FOR SMART HOMES
Smart homes can contain:
- Ethernet
- Wi-Fi
- CCTV
- Access control
- Lighting controls
- Audio
- Home theatre
- Sensors
- Automation systems
A well-planned cabling backbone can make future upgrades easier.
CABLE MANAGEMENT FOR BUILDING AUTOMATION
Building automation systems may include:
- HVAC controls
- Lighting controls
- Access control
- Sensors
- Energy monitoring
- Building-management systems
Such systems require carefully planned communication and control wiring.
WHY PRO-LOGIC TECHNOLOGIES LIMITED
Pro-Logic Technologies Limited approaches cabling as a complete technical system rather than simply a wire-installation exercise.
Our approach can include:
- Site assessment
- Load assessment
- Cable identification
- Route planning
- Cable selection
- Containment selection
- Installation
- Termination
- Labelling
- Testing
- Documentation
- Maintenance recommendations
This approach is particularly useful for clients who want an installation that can be maintained for many years.
PROFESSIONAL CABLE MANAGEMENT CHECKLIST
Before accepting a cabling installation, consider:
- Is every major cable identified?
- Are power circuits correctly protected?
- Are cables appropriately sized?
- Has voltage drop been considered?
- Are cables mechanically protected?
- Are cable routes accessible?
- Are communication cables appropriately separated?
- Are terminals properly tightened?
- Are cable glands suitable?
- Are cable lugs correctly installed?
- Are cable trays adequately supported?
- Are conduits appropriately sized?
- Are cables protected from environmental hazards?
- Has testing been completed?
- Is documentation available?
IMPORTANT NOTE ABOUT CABLE SIZES
Cable-size information on this page should be used as a general educational guide and starting point for project discussions.
It should not be interpreted as permission to install a particular cable size for a particular appliance without design verification.
The appropriate cable size depends on the installation.
For example, a circuit may require a larger conductor because of:
- Long distance
- High ambient temperature
- Cable grouping
- Enclosure
- Insulation
- Voltage drop
- Starting current
- Harmonic effects
- Fault current
- Protective-device coordination
The current Kenya standards framework specifically addresses selection of conductors, current-carrying capacity and voltage drop.
Kenya's National Building Code 2024 also requires electrical installation work to comply with specified laws and standards, including KS 662 and related KS IEC standards.
ELECTRICAL INSTALLATION COMPLIANCE IN KENYA
Electrical work should be performed by appropriately authorized professionals.
The Energy Act provides requirements relating to authorized electrical contractors and workers and requires owners or occupiers to ensure electrical installations are undertaken by duly authorized contractors and workers.
EPRA also identifies the Electric Power (Electrical Installation Work) Rules as the framework governing licensing of electrical contractors and workers.
This is important because professional cabling is not merely about getting electricity from point A to point B.
It involves safety, compliance, testing and protection.
CABLE MANAGEMENT FOR FUTURE EXPANSION
One of the best principles in modern cabling is to design for future expansion.
For example, if an office currently needs 20 data outlets, installing infrastructure with no room for expansion may create unnecessary future costs.
Likewise, a cable tray should not necessarily be filled to its practical limit on day one.
Allowing appropriate capacity for future additions can make future work much easier.
THE VALUE OF GOOD CABLE MANAGEMENT
Good cable management provides several benefits.
SAFETY
Properly routed cables are less likely to be damaged.
RELIABILITY
Correct cable selection and termination reduce failures.
MAINTENANCE
Labels and organized routes simplify troubleshooting.
APPEARANCE
Professional installations look cleaner.
EXPANSION
Well-designed containment allows future additions.
PERFORMANCE
Correct cable selection helps maintain electrical and communication performance.
CABLE MANAGEMENT FOR NEW CONSTRUCTION
For new construction, cabling should be planned before walls and ceilings are closed.
Pro-Logic can coordinate cable routes around:
- Electrical rooms
- Distribution boards
- Server rooms
- Plant rooms
- Ceiling spaces
- Riser shafts
- Equipment rooms
Early planning can prevent expensive modifications later.
CABLE MANAGEMENT FOR EXISTING BUILDINGS
Existing buildings require careful assessment.
The first step may involve identifying:
- Existing distribution boards
- Existing feeders
- Cable routes
- Existing circuits
- Communication infrastructure
- Damaged sections
- Unused cables
Unused cables should not simply be cut without determining what system they belong to.
CABLE MANAGEMENT FOR LARGE COMPOUNDS
Large compounds may require cables between:
- Main building
- Gatehouse
- Security office
- Pump house
- Generator house
- Workshop
- Warehouse
- Staff buildings
Underground or protected routes can provide a cleaner installation.
Long-distance routes require special attention to voltage drop and communication performance.
CABLE MANAGEMENT FOR FARM AND AGRICULTURAL INSTALLATIONS
Agricultural properties may have:
- Pumps
- Boreholes
- Electric fences
- Security cameras
- Lighting
- Workshops
- Solar systems
- Water systems
Cables may be exposed to weather, animals and mechanical damage.
Protection and appropriate routing are therefore important.
CABLE MANAGEMENT FOR BOREHOLE AND WATER SYSTEMS
Water systems may contain:
- Pump cables
- Float switches
- Level sensors
- Control cables
- Pressure controls
- Motor starters
Control and power wiring should be properly identified.
CABLE MANAGEMENT FOR WORKSHOPS
Workshops commonly have:
- Welding machines
- Compressors
- Grinders
- Drills
- Motors
- Lighting
- Socket outlets
Heavy equipment should have appropriately designed supplies.
Flexible cables used for portable equipment should also be suitable for their mechanical environment.
CABLE MANAGEMENT FOR WELDING MACHINES
Welding equipment can draw significant current.
Cable selection should account for:
- Machine rating
- Duty cycle
- Supply voltage
- Circuit length
- Installation conditions
- Protective device
Improperly selected cables can become hot.
CABLE MANAGEMENT FOR COMPRESSORS
Compressors may have substantial starting currents.
The circuit design should consider:
- Motor power
- Starting method
- Starting current
- Cable length
- Voltage drop
- Protective devices
CABLE MANAGEMENT FOR MOTORS
Motor cabling requires consideration of:
- Rated current
- Starting current
- Motor protection
- Cable length
- Installation method
- VFD operation where applicable
Large motors require carefully designed feeder and protective systems.
PROFESSIONAL CABLE TERMINATION
Termination is one of the most important stages of cable installation.
A cable can be correctly sized and routed but still fail because of poor termination.
Common termination problems include:
- Loose screws
- Incorrect lug
- Poor crimping
- Damaged strands
- Wrong gland
- Exposed conductor
- Excessive stripping
- Incorrect torque
CABLE GLAND SELECTION
A gland should be selected according to:
- Cable diameter
- Cable construction
- Armour where applicable
- Environmental protection
- Equipment entry
- Installation conditions
Incorrect glands can compromise mechanical and environmental protection.
CABLE LABELS AND IDENTIFICATION
Every professional project should aim for clear identification.
Cable labels should remain readable and durable for the expected environment.
Outdoor cables may need labels suitable for UV and weather exposure.
Industrial installations may require more durable identification.
PRO-LOGIC TECHNOLOGIES LIMITED — YOUR CABLING PARTNER IN KENYA
Whether you need cabling for a home, office, shop, school, hotel, apartment, factory, warehouse, commercial building, industrial plant or large compound, Pro-Logic Technologies Limited can assess the project and recommend a structured cabling approach.
Our goal is to provide:
Safe cabling.
Organized cabling.
Correctly selected cabling.
Maintainable cabling.
Professional cable management.
FINAL SUMMARY
Cabling is the infrastructure behind modern buildings.
Electrical power, networking, CCTV, telecommunications, automation, solar, backup power, audio systems and industrial controls all depend on correctly selected and professionally installed cables.
Cable sizes such as 1.5 mm², 2.5 mm², 4 mm², 6 mm², 10 mm², 16 mm², 25 mm², 35 mm², 50 mm², 70 mm² and larger each have potential applications, but no responsible electrical professional should select a cable based only on its nominal size.
The design must consider current demand, installation method, cable grouping, ambient temperature, insulation, voltage drop, protective devices, fault conditions, conductor material and environmental factors.
Cable management is equally important.
A cable that is electrically suitable but poorly routed may still create maintenance, mechanical, thermal or safety problems.
That is why Pro-Logic Technologies Limited approaches cabling as a complete system.
From the first site assessment to cable selection, containment, routing, termination, identification, testing and documentation, every stage contributes to the final quality of the installation.
For projects in Nairobi and across Kenya, professional cable management can make electrical and communication infrastructure safer, cleaner, easier to maintain and easier to expand.
PRO-LOGIC TECHNOLOGIES LIMITED
PROFESSIONAL CABLING AND CABLE MANAGEMENT IN NAIROBI AND KENYA
Services include:
- Electrical cabling
- Power cabling
- Structured network cabling
- Cat5e installation
- Cat6 installation
- Cat6A installation
- Fibre-optic cabling
- CCTV cabling
- Data-centre cabling
- Server-room cable management
- Cable tray installation
- Cable ladder installation
- PVC trunking
- Conduit installation
- Underground cabling
- Generator cabling
- UPS cabling
- Solar cabling
- Inverter cabling
- Battery cabling
- Industrial cabling
- PLC cabling
- VFD cabling
- Instrumentation cabling
- Control-panel wiring
- Motor cabling
- Pump cabling
- Commercial electrical cabling
- Residential electrical cabling
- Office cabling
- Factory cabling
- Warehouse cabling
- Hotel cabling
- School cabling
- Apartment cabling
- Shop cabling
- Public-address cabling
- Home-theatre cabling
- Access-control cabling
- Security-system cabling
- Cable replacement
- Cable upgrades
- Cable testing
- Cable identification
- Cable documentation
- Cable maintenance
Serving Nairobi and projects across Kenya.
For professional cabling, cable management and electrical infrastructure, Pro-Logic Technologies Limited focuses on technically appropriate solutions rather than one-size-fits-all cable selection.
Website: prologictecnologies.co.ke
Email: info@prologictechnologies.co.ke
BUILD WITH THE RIGHT CABLE. ROUTE IT CORRECTLY. PROTECT IT. LABEL IT. TEST IT. MAINTAIN IT.
Pro-Logic Technologies Limited — professional cabling and cable-management solutions in Nairobi and across Kenya.