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Powerline Conditioners

Advanced power conditioning solutions that deliver clean, stable power to protect your sensitive electronics and improve system reliability.

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Powerline Conditioner

Common Power Problems We Solve

Protect your equipment from these damaging electrical issues

Voltage Spikes & Surges

Sudden, brief increases in voltage that can damage electronic components and reduce equipment lifespan.

Voltage Fluctuations

Variations in voltage levels that can cause equipment malfunction, data errors, and premature failure.

Electrical Noise

High-frequency interference that disrupts sensitive electronics and causes operational issues.

Sags & Brownouts

Temporary reductions in voltage that can cause equipment to reset or malfunction.

Harmonic Distortion

Non-linear loads creating current harmonics that distort the voltage waveform and cause overheating.

Ground Loops

Unwanted current flow between different ground points causing hum, noise, and measurement errors.

Our Power Conditioning Solutions

Tailored solutions for different power quality challenges

Basic Power Conditioners

For general power quality improvement

  • Spike/surge protection
  • Noise filtration
  • Voltage regulation (±10%)
  • Compact design
Ideal For:

Office electronics, POS systems, home theaters

Performance Conditioners

For sensitive electronic equipment

  • Advanced noise filtering
  • Tight voltage regulation (±5%)
  • Harmonic reduction
  • Isolation transformer
Ideal For:

Audio/video studios, medical devices, test equipment

Industrial Conditioners

For harsh industrial environments

  • Heavy-duty components
  • Wide input voltage range
  • EMI/RFI shielding
  • NEMA-rated enclosures
Ideal For:

PLCs, CNC machines, industrial automation

Medical Grade Conditioners

For healthcare facilities

  • Ultra-low leakage current
  • Hospital-grade outlets
  • Critical branch protection
  • Compliance with medical standards
Ideal For:

Operating rooms, imaging equipment, patient monitors

Data Center Conditioners

For critical IT infrastructure

  • High-efficiency operation
  • Scalable power distribution
  • Remote monitoring
  • Redundant configurations
Ideal For:

Server rooms, network closets, telecom equipment

Custom Solutions

Tailored to your exact needs

  • Engineered to specification
  • Special voltage requirements
  • Unique form factors
  • Application-specific features
Ideal For:

Specialized applications with unique requirements

Power Conditioning Technologies

How we deliver clean, stable power

Our power conditioners employ multiple stages of filtration to eliminate different types of electrical noise:

  • EMI Filters: Block high-frequency interference (RFI/EMI)
  • Common Mode Chokes: Reduce noise between line and ground
  • Differential Mode Filters: Attenuate noise between line and neutral
  • Low-Pass Filters: Remove high-frequency transients

This comprehensive approach ensures clean power delivery regardless of the noise source.

We utilize several voltage regulation technologies depending on the application:

  • Ferroresonant Transformers: Provide natural voltage regulation with high reliability
  • Electronic Tap Switching: Fast response to voltage fluctuations
  • Double Conversion: Complete regeneration of the AC waveform
  • Buck-Boost Transformers: For specific voltage correction needs

This ensures stable output voltage despite input variations.

Multi-level surge protection strategies:

  • Stage 1 (Coarse Protection): Gas discharge tubes or MOVs for large surges
  • Stage 2 (Medium Protection): Silicon avalanche diodes for faster response
  • Stage 3 (Fine Protection): TVS diodes for clamping residual spikes
  • Isolation Barriers: Transformers or opto-isolators to block surge propagation

This graded approach provides comprehensive protection against transients.

Our power conditioners combine multiple technologies to deliver comprehensive power quality improvement.

Benefits of Power Conditioning

How your equipment and operations will benefit

Increased Uptime

Reduce equipment failures and unexpected downtime caused by power quality issues.

Improved Performance

Sensitive equipment operates as designed with clean, stable power.

Reduced Costs

Lower maintenance costs and extended equipment lifespan.

Enhanced Protection

Comprehensive defense against all types of power disturbances.

Data Integrity

Prevent data corruption and system crashes caused by power issues.

Energy Efficiency

Optimized power delivery can reduce energy consumption in some applications.

Powerline Conditioner Product Series

Essential Series

Basic power protection

  • Surge protection: 3000A
  • Noise reduction: 40dB
  • Voltage regulation: ±10%
  • Capacity: 500VA to 3kVA
Applications:

Home offices, small electronics, retail POS

Professional Series

For sensitive electronics

  • Surge protection: 5000A
  • Noise reduction: 60dB
  • Voltage regulation: ±5%
  • Capacity: 1kVA to 10kVA
Applications:

Studios, medical offices, test equipment

Industrial Series

For harsh environments

  • Surge protection: 10,000A
  • Noise reduction: 70dB
  • Voltage regulation: ±3%
  • Capacity: 5kVA to 50kVA
Applications:

Manufacturing, automation, process control

Technical Specifications

Electrical Specifications
Input Voltage 90-140V, 180-260V, or 380-480V (model dependent)
Output Voltage 120V, 230V, or 400V ±1-5% (model dependent)
Frequency 50/60Hz ±3Hz
Waveform Pure sine wave output
Efficiency 90-96% depending on model
Response Time <1ms for voltage correction
Noise Attenuation 40-80dB depending on frequency
Physical & Environmental
Enclosure Steel, aluminum, or polycarbonate
Cooling Convection or fan-cooled
Operating Temperature 0°C to 40°C (standard), -20°C to 50°C (extended)
Humidity 5% to 95% non-condensing
Altitude Up to 3000m
Protection Rating IP20 to IP65 available
Mounting Rack, wall, or floor standing
Protection Features
Surge Protection 3kA to 100kA depending on model
Overvoltage Protection Automatic shutdown above safe limits
Undervoltage Protection Automatic shutdown below safe limits
Overload Protection Circuit breaker or electronic shutdown
Short Circuit Protection Instantaneous shutdown
Over Temperature Thermal cutoff protection

Power Conditioner Selection Guide

1

Determine Your Load Requirements

  • Calculate total wattage/VA of equipment to be protected
  • Consider inrush currents for motors or transformers
  • Allow 20-30% capacity for future expansion
2

Identify Power Quality Issues

  • Have a power quality analysis performed if possible
  • Note any recurring equipment issues that may be power-related
  • Consider typical problems in your area (brownouts, lightning, etc.)
3

Choose Appropriate Features

  • Select voltage regulation range based on your utility power stability
  • Determine needed noise reduction levels
  • Consider special requirements like medical safety or industrial ruggedness
4

Select Form Factor & Installation

  • Choose rack-mount, wall-mount, or floor-standing models
  • Consider available space and ventilation
  • Plan for proper wiring and cable management