Fanar Automation | Electrical Solutions & Industrial Automation in Saudi Arabia

April 1, 2026 admin No Comments

Our Service Range

Electrical Installation Services

We provide complete electrical installation services including:

Cable installation and routing
Electrical panel installation and upgrades
Low and medium voltage system design
Equipment installation and commissioning
System integration and optimization
Safety system implementation

Industrial Automation Services

Our automation expertise includes:

Variable Frequency Drive (VFD) installation and repair
Control system design and implementation
Equipment automation integration
Efficiency optimization systems
Monitoring and diagnostic systems
Process automation solutions

Why Choose Fanar Automation?

Extensive Experience

Our team brings:

Over 5 years of proven experience
200+ successfully completed projects
96% client satisfaction rating
Expertise in diverse industrial sectors
Track record of delivering complex solutions

Quality Assurance

We ensure:

SASO standard compliance
Professional workmanship
Complete testing and verification
Comprehensive documentation
Warranty-backed services

Expert Team

Our professionals include:

Licensed and certified electricians
Specialized automation technicians
System design engineers
Project managers
Support and maintenance specialists

Our Products and Solutions

Electrical Products

Circuit breakers and protective devices
Distribution boards and panels
Cables and cable accessories
Industrial plugs and connections
Low-voltage and medium-voltage equipment
Power factor correction systems
Backup power solutions

Specialized Solutions

Pump panel systems for agricultural applications
Oil and gas industry solutions
High-reliability industrial systems
Safety-critical applications
Custom-designed solutions

Service Coverage

We serve all of Saudi Arabia with:

Responsive service delivery
Local technical support
24/7 emergency services
Scheduled maintenance programs
Preventive maintenance plans

Project Success Stories

Our portfolio includes:

Large-scale industrial facility upgrades
Critical power distribution systems
Specialized automation implementations
Complex cable management solutions
High-reliability industrial systems

Our Commitment to Excellence

Safety First

Every project prioritizes:

Worker safety
Equipment protection
System reliability
Code compliance
Best practices

Customer Service

We deliver:

Professional consultation
Clear project timelines
Transparent pricing
Regular communication
Post-project support

Continuous Improvement

We maintain:

Current certifications and training
Latest technology knowledge
Industry standard awareness
Quality improvement initiatives
Customer feedback integration

From Concept to Completion

Initial Assessment

Detailed site evaluation
Current system analysis
Requirement gathering
Design consultation
Budget estimation

Design and Planning

System specifications
Equipment selection
Installation planning
Safety system design
Timeline development

Professional Installation

Proper equipment installation
Code-compliant execution
Rigorous testing
Documentation creation
System optimization

Ongoing Support

Maintenance services
Emergency response
Equipment upgrades
Performance monitoring
Preventive maintenance

Industrial Applications

We serve:

Manufacturing facilities
Processing plants
Oil and gas operations
Utilities and power distribution
Commercial facilities
Agricultural operations

Specialized Expertise

VFD Services

Installation and commissioning
Troubleshooting and repair
Performance optimization
Maintenance programs
Component replacement

Panel Services

Design and manufacturing
Installation in various environments
Upgrades and modifications
Maintenance and repair
System integration

Cable Services

Complete installation solutions
High-current applications
Environmental protection
Maintenance support
System documentation

Technology and Equipment

We use:

Modern diagnostic equipment
Advanced testing tools
Quality materials and components
Industry-standard practices
Documentation systems

Flexible Service Options

Project-based services
Maintenance contracts
Emergency response services
Consultation services
Training programs

Cost-Effective Solutions

Our approach delivers:

Efficient project execution
Reduced downtime
Long-term reliability
Operating cost optimization
Value for investment

Getting Started with Fanar Automation

Ready to discuss your electrical and automation needs?

Contact Information:

Phone: 539 445693
Email: info@fanarautomation.com
Address: Office 21, second floor, Al-Salouli Building, Abdullah Hamadhani Street, Al-Malaz District, Riyadh 12629, Kingdom of Saudi Arabia

Service Hours:

Monday-Thursday: 8:00 AM – 5:00 PM
Friday-Saturday: Closed
Sunday: 9:00 AM – 4:00 PM
Emergency services available 24/7

7 Reasons to Choose Professional Cable Installation | Fanar Automation

April 1, 2026 admin No Comments

Reason 1: Safety Expertise and Compliance

Professional installers bring:

Extensive knowledge of safety requirements
Understanding of electrical hazards
Use of safety equipment
Adherence to code requirements
SASO standard expertise

Safety first – professionals provide safe work that protects you and your property.

Reason 2: Sizing and Design

Professionals determine:

Wire size for amperage
Appropriate insulation for conditions
Proper voltage drop calculations
Future capacity planning
Thermal derating requirements

Undersized cables overheat, fail and pose fire risks. Professionals get it right the first time.

Reason 3: Quality Workmanship

Professional installation includes:

Proper handling and storage
Correct laying techniques
Appropriate protective measures
Quality terminations and connections
Complete documentation

Good workmanship increases the system’s lifespan and improves its performance.

Reason 4: Comprehensive Testing

Following installation, contractors:

Continuity testing
Insulation resistance testing
Load testing
Thermal imaging
Performance verification

Testing ensures the system is operational before placing it into use.

Reason 5: Time Efficiency

Professionals complete installations:

Quicker than a DIY job
With minimal operational disruption
Using efficient techniques
With proper scheduling
Meeting project deadlines

Time equals money. Professional efficiency saves both.

Reason 6: Problem Prevention

Experienced professionals:

Anticipate potential issues
Design systems to prevent failures
Install with maintenance in mind
Document thoroughly
Build in redundancy

Risk prevention is cheaper than failure.

Reason 7: Warranty and Accountability

Professional services provide:

Workmanship warranties
Parts guarantees
Performance assurance
Legal liability protection
Recourse for problems

Peace of mind comes with accountability

Additional Benefits

Cost Savings

Although professional services are more expensive:

Lower failure rates save time and money
Installation prolongs system life
Performance enhancements lower energy use
Prevents expensive damage to equipment
Avoids costly rework

Insurance and Liability

Professional installation:

Satisfies insurance requirements
Prevents liability lawsuits
Ensures code compliance documentation
Provides legal protection
Simplifies claims processes

System Reliability

Professional installations deliver:

Consistent performance
Reduced unexpected failures
Predictable maintenance schedules
Optimal energy efficiency
Operational confidence

Common Professional Mistakes to Avoid

When engaging professionals, make sure they:

Are properly licensed and insured
Offer references and portfolio
Offer written warranties
Give detailed quotes
Provide timeline estimates
Include testing in service

Making Your Decision

Complexity of your installation
Safety implications
Long-term cost analysis
Warranty and support needs
Professional availability
Reference reviews
Insurance and liability protection

Fanar Automation’s Professional Services

Extensive expertise in cable installation
Complete SASO compliance
Testing and verification
Comprehensive warranties
Ongoing support services
Professional accountability

Electrical Installation Electrical Services

Cable Installation in Saudi Arabia: Standards, SASO Compliance, and Climate Challenges

April 1, 2026 admin No Comments

Saudi Arabia-Specific Considerations

Climate Challenges

The climate in Saudi Arabia poses challenges:

High temperatures (50°C+ degrees)
Low humidity affecting static electricity
Dust and sand intrusion
UV radiation exposure
Temperature cycling effects

Temperature Impact on Cables

High temperatures affect:

Cable insulation properties
Ampacity (current-carrying capacity)
Connection reliability
Long-term durability
Safety margins

Saudi Arabian Standards

SASO Requirements

Standards of Saudi Standards, Metrology, and Quality Organization (SASO) regulate:

Electrical installation specifications
Safety requirements
Testing and inspection procedures
Material specifications
Workmanship standards

Key SASO Standards

Code of Practice for Low and Medium Voltage Installations
Safety of electrical equipment
Cable specifications and testing
Installation procedures
Professional qualification requirements

Cable Selection for Saudi Arabia

Cable Types

PVC cables: For indoor, moderate environment
XLPE cables: For demanding outdoor conditions
Armored cables: For mechanical protection
UV-resistant cables: For outdoor use
Heat-resistant cables: For high-temperature environments

Sizing Calculations

Cable sizing takes into account:

Current requirements
Maximum voltage drop (3%)
Derating for temperature
Future expansion capacity
Safety factors

Derating Factors

In the Saudi climate, cables must be derated:

Tables are based on 30°C ambient
Derate for temperatures above 50°C
Underground cables are naturally cooled
Sufficient spacing for ventilation

Installation Methodology

Site Preparation

Survey and mapping
Route planning
Conduit and support installation
Safety measures
Utility coordination

Cable Laying

Proper handling and storage
Appropriate laying techniques
Adequate support intervals
Proper bend radius
Cable identification

Protection Measures

Mechanical protection
Weather protection
UV protection
Corrosion protection
Thermal management

Connection and Termination

Proper joint methods
Termination standards
Grounding connections
Testing procedures
Documentation

Safety Considerations

Personal Protection

Appropriate PPE
Awareness of potential risks
Knowledge of electrical safety
Proper tool usage
Heat management

Equipment Safety

Cable overheating
Voltage drop issues
Mechanical damage
Environmental damage
Fire hazards

Testing and Inspection

Pre-Installation Testing

Cable quality verification
Insulation resistance testing
Visual inspection
Documentation review

Post-Installation Testing

Continuity testing
Insulation resistance testing
Load testing
Thermal imaging
Performance verification

Inspection Schedule

Immediate post-installation
30-day follow-up
6-month inspection
Annual maintenance
As-needed assessment

Environmental Considerations

Outdoor Installation

UV-resistant materials
Weather-resistant conduit
Proper drainage design
Thermal management
Regular maintenance

Underground Installation

Underground cables need:

Adequate depth (at least 60cm)
Suitable ducting
Cable markers
Drainage provisions
Access points for maintenance

Industrial Environments

Chemical-resistant cables
Fire-rated options
Heavy mechanical protection
Specialized conduit systems
Enhanced safety measures

Maintenance and Longevity

Regular Maintenance

Visual inspections
Thermal monitoring
Cleaning procedures
Connection verification
Documentation updates

Expected Lifespan

Indoor cables: 30-50 years
Outdoor cables: 15-25 years
Underground cables: 20-40 years

Cost Factors in Saudi Arabia

Cable type and quality
Installation complexity
Site accessibility
Environmental conditions
Labor availability
Material costs

Fanar Automation’s Installation Services

Complete site assessment
Proper system design
SASO-compliant installation
Testing and verification
Maintenance support

Electrical Installation

Differences in Industrial vs. Residential Cable Installation

April 1, 2026 admin No Comments

Residential Cable Installation

Characteristics

Lower voltage (120/240V single phase)
Thinner wire (usually 12-14 AWG)
Limited current requirements
Basic circuit organization
Simpler safety requirements

Common Applications

Household lighting
Outlet circuits
Appliance connections
HVAC systems
Water heater circuits

Installation Standards

Compliant with National Electrical Code (NEC)
Local building codes
Typical conduit requirements
Standard breaker ratings
Standard safety protocols

Safety Considerations

Arc flash risk: minimal
Voltage hazards: moderate
Fire risk: moderate (with correct installation)
Grounding requirements: single-point

Industrial Cable Installation

Characteristics

High voltage systems (3-phase 277V to 480V+)
Thicker wire (1-4/0 AWG or greater)
Higher current requirements
Complex circuit organization
Rigorous safety requirements

Common Applications

Motor circuits
Large equipment power distribution
Control systems
Backup power systems
Machinery circuits

Installation Standards

SASO and international standards
Comprehensive design specifications
Specialized conduit requirements
Heavy-duty breaker ratings
Extensive testing requirements

Safety Considerations

High arc flash risk
Severe voltage hazards
Fire risk: significant without proper measures
Complex grounding systems
Extensive PPE requirements

Comparative Analysis

Voltage Differences

Aspect	Residential	Industrial
Voltage	120/240V	277V-600V+
Phase	Single	Three-phase
Current	15-200A	100-3000A+

Cable Gauge Selection

Residential uses lower gauges (smaller diameter) for lower current loads, industrial uses larger gauges for speed and safety.

Conduit and Protection

Residential: Plastic or metal conduit
Industrial: Large conduit, cable trays, massive grounding

Installation Environment

Residential: mostly indoors, dry conditions
Industrial: harsh conditions, extreme temperatures, chemicals

Technical Considerations

Load Calculations

Both need load calculations:

Residential: simpler methodology
Industrial: advanced calculations, such as motor starting loads

Voltage Drop Analysis

Residential: typically 3% allowable
Industrial: stricter requirements due to equipment sensitivity

Thermal Management

Residential: minimal concerns
Industrial: important for high-current loads

Safety Protocol Differences

Arc Flash Hazards

Residential: very low arc flash hazard

Industrial: high risk of arc flash incidents involving:

Arc flash studies
PPE requirements
Warning labels
Training protocols

Grounding Requirements

Residential: single grounding electrode
Industrial: multiple point grounding electrodes

Testing and Inspection

Residential: continuity testing

Industrial: extensive testing including:

Insulation resistance testing
Load testing
Thermal imaging
Power factor analysis

Cost Implications

Industrial installations are more expensive because:

Larger, more expensive cables
Complex design requirements
Specialized installation techniques
Enhanced safety systems
Extensive testing

When to Install – In-plant vs. Out-plant

Consider:

Equipment voltage and power requirements
Safety regulatory requirements
Future expansion needs
Environmental conditions
Operational demands

Fanar Automation’s Installation Services

We offer expertise in:

Residential and industrial cable installation
Proper system design
Code-compliant implementation
Complete testing and verification
Ongoing support

Energy

Understanding Commercial Electric Panels: Installation & Safety Guide

April 1, 2026 admin No Comments

Understanding Commercial Electric Panels

Electrical distribution panels (also known as switchboards) are the heart of commercial buildings. They need to be installed safely, effectively, and in accordance with regulations.

Pre-Installation Planning

Site Assessment

Before installation begins, it is crucial to:

Evaluate current electrical load requirements
Assess future growth requirements
Consider physical installation location
Consider adequate ventilation
Consider accessibility for maintenance

Design and Specification

The design phase includes:

Load calculations and panel sizing
Circuit design and breaker sizing
Coordination with SASO requirements
Integration with existing systems
Backup power considerations

Installation Steps

Step 1: Safety Preparation

Obtain necessary permits
Schedule utility coordination
Perform lockout/tagout procedures
Clear work area
Establish safety protocols

Step 2: Equipment Placement

Choose suitable location
Leave enough space (3 feet clearance)
Verify structural support
Plan cable routing
Consider future accessibility

Step 3: Cable Installation

Use safe and secure cables
Install appropriate conduit protection
Follow proper cable sizing
Apply heat shrinking and labeling
Maintain separation requirements

Step 4: Component Installation

Install main breaker first
Mount individual circuit breakers
Connect ground and neutral buses
Install all required components
Check for correct spacing and alignment

Step 5: Connection and Testing

Connect main supply cables
Install protective devices
Perform insulation testing
Verify proper grounding
Test all circuits

Step 6: Final Inspection

Verify SASO compliance
Confirm proper labeling
Document all circuits
Perform load testing
Schedule utility inspection

Critical Safety Considerations

Always de-energise before starting
Lockout/tagout when necessary
Wear appropriate PPE
Adhere to electrical codes
Always work with another person on high voltage

Common Installation Mistakes to Avoid

Overloading circuits
Improper cable sizing
Missing or inadequate labeling
Improper grounding
Inadequate ventilation
Non-compliant installation

Post-Installation Maintenance

Regular inspection schedule
Thermal imaging inspections
Load monitoring
Cleaning and maintenance
Documentation updates

Why Choose Professional Installation?

Professional installation ensures:

Code compliance
Correct sizing and design
Correct installation practices
Safety verification
Warranty coverage
Compliance documentation

VFD

What is a VFD? The Importance of Professional VFD Repair | Fanar Automation

April 1, 2026 admin No Comments

What is a VFD and Why Does It Matter?

A Variable Frequency Drive (VFD) is a critical component used to regulate the speed of electric motors, directly impacting industrial energy consumption. Because VFD breakdowns can result in thousands of dollars in lost production, timely and accurate repairs are vital to maintaining operational efficiency.

Why Repair VFDs with Professionals

Complex Diagnostics

VFD failures are rarely simple. They can be caused by a variety of overlapping factors, including:

Power supply issues and voltage spikes
Thermal problems and overheating
Gradual component degradation
Software or firmware corruption
Environmental factors like dust or moisture

Industry experts utilize advanced diagnostic tools to pinpoint the exact root cause, ensuring the repair addresses more than just the symptoms.

Safety Considerations

VFDs house high-voltage components that present significant risks. Professional technicians are trained in:

Strict safety protocols and electrical hazard awareness
The use of specialized testing equipment
Correct lockout/tagout (LOTO) procedures

Technical Expertise

A professional repair service goes beyond a quick fix by providing:

Component-level diagnostics and identification of failing parts
Replacements using OEM (Original Equipment Manufacturer) or equivalent parts
Necessary software and firmware upgrades and calibrations
Comprehensive testing prior to returning the unit to service

Warranty Protection

Choosing a professional ensures your investment is protected through:

Workmanship and parts warranties
Performance guarantees
Detailed documentation for compliance and maintenance records

The Dangers of VFD DIY

Inadequate Diagnosis

DIY repair attempts often overlook critical details, such as the actual root cause of the failure, secondary damage to connected components, or environmental factors that will cause the drive to fail again.

Safety Hazards

The risks of unauthorized repairs include high-voltage shocks, fire risks due to improper handling, and significant personal injury liability.

Further Damage

Incorrect DIY repairs can permanently destroy the VFD, harm connected machinery, void existing manufacturer warranties, and create massive liability issues for a facility.

Hidden Costs

“Cheap” fixes are often the most expensive in the long run due to frequent breakdowns, extended downtime, and lost production revenue.

Cost Comparison: Professional vs. DIY

While DIY may seem cost-effective initially, professional repair provides superior value when considering diagnostic accuracy, first-time success rates, warranty coverage, and the rapid recovery of production uptime.

When to Repair a VFD Professionally

You should contact a certified expert when your VFD:

- Is critical to your production line

Has multiple potential failure points
Requires firmware or software updates
Exhibits intermittent or “ghost” problems
Is still under a manufacturer warranty

Energy

The Critical Need for Qualified Industrial Electricians in Saudi Arabia in 2026 | Fanar Automation

April 1, 2026 admin No Comments

The Critical Importance of Qualifications and Experience in Industrial Electrical Projects

Electrical projects in industrial environments are not simple tasks; they require high-level skills, meticulous precision, and specialized knowledge. In the industrial sector, the difference between a successful project and a catastrophic failure often hinges on one paramount factor: the qualifications and experience of the electricians you hire.

The Necessity of Electrician Qualifications

Unqualified or under-qualified electricians are not just a liability—they are dangerous. Hiring individuals who lack the proper credentials can lead to devastating consequences, including:

Failure to adhere to Saudi electrical codes: Ignoring specific national standards and regulations.
Fire hazards: Faulty installations that significantly increase the risk of electrical fires.
Equipment damage: Costly failures of sensitive industrial machinery due to poor wiring or circuit design.
Legal and Liability Problems: Facing penalties for non-compliance with Saudi regulations.
Workplace Hazards: Putting the lives of every worker on the site at risk.

What Does It Take to Qualify as an Industrial Electrician?

Certification and Formal Training

A qualified industrial electrician possesses more than just a toolkit; they bring a foundation of rigorous training including:

In-depth theoretical training in complex electrical systems.
Extensive practical apprenticeship training.
Certifications from established, recognized organizations.
Expertise in voltage management and sophisticated circuit design.
Command over safety protocols and emergency management procedures.

Industry-Specific Experience

General electrical knowledge is often insufficient for industrial demands. You should seek professionals with:

Years of dedicated experience in specific industrial settings.
Proficiency with diverse and specialized industrial equipment.
A proven track record of managing projects of a similar scale.
Deep understanding of industry-specific operational needs.

The Role of Continuous Learning

The electrical industry is in a state of constant evolution. Quality electricians maintain their edge by committing to:

Regular training updates on new methodologies.
Timely certification renewals.
Staying current with evolving global and local industry standards.
Acquaintance with the latest electrical technologies and automation trends.

The Dangers of Employing Unqualified Electricians

Attempting to cut costs by hiring uncertified labor often results in significantly higher long-term expenses:

Broken installations and frequent system failures.
Serious safety hazards, including the risk of electrocution.
Lack of adherence to Saudi SASO guidelines.
Inflated costs due to the need for rework and corrections.
Potential criminal responsibility in the event of an accident.

Fanar Automation: A Qualified Team You Can Trust

At Fanar Automation, our electricians are highly trained and certified to guarantee excellence in every project. We ensure:

Strict adherence to Saudi Arabia electrical standards.
Safe, code-compliant installations.
Professional workmanship of the highest caliber.
Comprehensive final documentation for every project.
Warranty-backed services for peace of mind.

How to Verify the Qualifications of an Electrician

Before choosing an electrical service provider, follow these steps:

Request Documentation: Ask to see formal certification and training records.
Verify Licensing: Ensure they hold valid licenses and comprehensive insurance.
Check References: Ask for a portfolio of completed projects and client testimonials.
Review Safety Records: Inquire about their historical safety performance on-site.
Confirm Ongoing Education: Ensure they are updated on the latest technological advancements.

Making the Right Choice

Hiring qualified and experienced electricians protects your plant, your employees, and your bottom line. Fanar Automation brings years of expertise and a commitment to safety to every industrial project we undertake.