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  • Dutco Tennant LLC, PO Box 233, Dubai, U.A.E.
reduced voltage soft starting system
soft starter
soft starters for motors

Soft Starting System for Medium Voltage Motors

When large motors start abruptly, the impact is felt across the entire electrical system. Sudden inrush current can strain transformers, disturb voltage levels, and shorten equipment life. These efficient soft starter designed to reduce inrush current, protect motors, and ensure smooth startup for industrial applications

Our medium voltage soft starters address that challenge with controlled, reduced-voltage acceleration. Supplied through Dutco Tennant LLC, these systems are used in facilities where pumps, compressors, conveyors, and heavy-duty fans must start reliably without stressing the network.

Instead of an aggressive power surge, the motor ramps up gradually. That controlled start protects mechanical components, stabilises electrical performance, and supports smoother, more dependable plant operations over time.

Regulated Motor Starting Performance

  • Reduced Voltage Start - Limits inrush current during motor start-up
  • Smooth Acceleration - Provides gradual torque speed for mechanical protection
  • Current Limitation - Controls peak current to protect power infrastructure
  • Thermal Protection - Built-in monitoring to prevent motor overheating
  • Fault Diagnostics - Detects and reports common electrical issues
  • Adaptable to Load - Configurable for various motor load profiles
  • High Reliability Design - Engineered for continuous industrial use
  • Environmental Resilience - Constructed for harsh operational environments

Competitive Advantages Of Our Reduced Voltage Soft Starters

  • Configurable Ramping - Adjustable start and stop profiles
  • Control Integration - Compatible with PLC and automation systems
  • Communication Interfaces - Supports standard industrial protocols
  • Bypass Functionality - Optional bypass for full voltage operation
  • Modular Construction - Scalable to various motor sizes
  • Status Feedback - Real-time monitoring of operational state
  • Safety Interlocks - Protective measures for connected equipment
  • Serviceability - Designed for ease of maintenance and access

Types

Standard Medium Voltage Soft Starter

This type is designed for general industrial motor applications requiring reduced voltage start control.

  • Smooth torque control
  • Peak current limitation
  • Suitable for pumps and conveyors

Heavy Duty Soft Starter

This type of configuration is intended for heavy loads and demanding duty cycles.

  • Enhanced torque ramping
  • Robust current management
  • Ideal for heavy compressors and fans

Integrated Soft Starter with Bypass

This system includes an integrated bypass for full voltage engagement after start.

  • Efficient reduced voltage start
  • Automatic bypass engagement
  • Reduces energy loss during operation

Standout Features & Benefits

Motor Protection

  • Controls inrush current
  • Reduces mechanical stress
  • Improves equipment longevity

Electrical System Stability

  • Limits peak starting load
  • Reduces voltage dips
  • Supports healthier power distribution

Operational Efficiency

  • Customisable start profiles
  • Smooth acceleration
  • Lower maintenance impact

Industrial Reliability

  • Built for continuous duty cycles
  • Designed for tough environments
  • Supports long-term performance

Application Areas

Industrial Manufacturing Facilities

  • Controls starts for motors in production lines
  • Protects electrical infrastructure
  • Reduces mechanical wear on machinery

Oil & Gas Processing Plants

  • Smooth starting for large compressors and pumps
  • Reduces peak current impacts
  • Improves system reliability

Water & Wastewater Treatment

  • Supports motor-driven pumps and aeration systems
  • Limits electrical stress on distribution networks
  • Enhances operational uptime

Power Generation Stations

  • Applied to auxiliary motor-driven equipment
  • Maintains grid stability during start cycles
  • Supports reliable plant operation

Heavy Commercial Complexes

  • Used in HVAC and central utility motors
  • Improves start performance for large systems
  • Enhances building electrical resilience