Due to inclement weather the Dallas, TX facility will be temporarily closed. Please check back often for facility status

SSP-3R NEMA 3R Soft Start/Stop Starter Package

View Cart “VSDP-HF IEEE-519 HARMONIC FILTER VARIABLE SPEED DRIVE PACKAGE” has been added to your cart.
SSP-3R NEMA 3R Soft Start/Stop Starter Package

Product Description

Rugged Soft Starter Package Includes High Performance Soft Starter

Motor Controls SSP Nema 3R series of a package soft starter panel using the Danfoss MCD 500 Soft Starter.

The SSP series panel comes standard enclosed in a NEMA 3R UL listed enclosure with Heat Guard finish.

A heavy duty flanged disconnect switch is provided to eliminate door closure issues with rotary type through the door disconnects.

Danfoss MCD500 Soft Starter provides many outstanding features including AAC, the Adaptive Acceleration Control that automatically employs the best starting and stopping profile for your pump application.

Extended warranties for the Danfoss Soft Starter is available up to 6 years. The warranty provides coverage of accidental damage including lightning strikes.


There are no reviews yet.

Be the first to review “SSP-3R NEMA 3R Soft Start/Stop Starter Package”

Your email address will not be published. Required fields are marked *


SSP-3R NEMA 3R Soft Start/Stop Starter Package

Quoted Price

  • NEMA type 3R UL carbon steel enclosure w/Heat Guard solar white powder coating finish, full foam in place gasket hinged door with provision for a padlock, keypad sun shield with provision for a padlock
  • 122 °F(50°C) outside temperature , non direct sunlight
  • Heavy duty flange fusible or circuit breaker disconnect switch
  • TYPE 1 Surge Arrestor w/status indications
  • Danfoss MCD500 Soft Starter
    • 4 Line Graphical Keypad
    • Adaptive Acceleration Control (AAC)
    • Current limit/ramp start
    • Dual parameter function
    • Adaptive Deceleration Control
    • TVR soft stop (Timed Voltage Ramp)Coast to stop
    • Protection
    • Under current and imbalance
    • Starter over temperature
    • Adjustable phase imbalance sensitivity
      • Programmable input trip
      • Individual phase loss trips
      • Individual shorted SCR trips
      • Int. bypass relay overload
      • Int. bypass relay fail
      • Supply frequency