CSX Series Compact Solid State Starter

Information

 

The CSX Series of reduced voltage, AC motor starters offers you a superior alternative to outdated technology. Solid State Switches (SCR’s) replace mechanical contacts to allow you to regulate the application of current to the motor. This results in a controlled start and eliminates contact wear and arcing. The specific features of the CSX Series give you a competitive edge by reducing the operating and maintenance costs on a long list of applications which include the following:


Aggregate Industry - Crushers, Conveyors, Screens, and Washers
Forest Industry - Chippers, Conveyors, Saws, Band Mills, Planers, and Edgers
Recycling Industry - Conveyors, Crushers, Chippers, and Compactors
HVAC Industry - Fans and Blowers
Food Industry - Mixers, and Conveyors
Chemical Industry - Pumps

Starter Rating

  • 5 - 150 HP, 200 - 575VAC, 3 Phase

Starter Features

  • Two Models CSX and CSXi
  • Smooth, controlled acceleration extends the life of belts, shafts, gear boxes, power trains and motors while reducing power demand charges.
  • Solid State Switches (SCR’s) eliminate the maintenance and downtime associated with coil and contact failure and replacement in “across the line”,
    WYE-Delta and auto transformer methods of AC motor starting.
  • Universal Source matching feature allows reliable equipment usage in applications where power fluctuations are common from 200 to 575 VAC and
    45 to 65 Hz.
  • All units have a built in “bypass” contactor which eliminates heat and makes these units ideal for dusty, hot, or confined space applications.
  • Compact size provides retrofit and design flexibility.
  • Reduced Voltage Starting results in lower peak starting current which minimizes the voltage drop when starting motor with a generator.
  • Phase Loss Protection
  • CXS Series, Timed Voltage Ramp (TVR) Soft Start Controllers
  • CSXi Series, Constant Current or Current Ramp Soft Starters
  • CSXi Series are complete starters with built in Motor PROTECTION: Motor Overload, Phase Imbalance, Phase Sequence, Excess Start Time, Motor Thermistor, Supply Fault and Shorted SCR.