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PCTL Automation offers, a complete Motor Starting Solution for low voltage AC and DC motors, based on request a, type-1 or type-2 coordinated starters are offered.
Normally, when the load like a motor is applied a network voltage across it terminals, the motor has to overcome the load torque and connected inertia during this transition phase, the motor currents should remain with in the limits acceptable by the mains, although the type of starting reduces the inrush current, it also reduces the torque supplied by the motor.
The various types and solutions offered are and not limited to : –

AC MOTORS (Cage Induction Motors)

  1. Direct On Line Starting
  2. Star Delta Starting
  3. Soft Starter Starting
  4. Variable Speed Drive Starting
  5. Resistance starting

AC SLIP RING INDUCTION MOTORS

  1. Water Starter
  2. Resistance based Starting

DC MOTORS
1.DC Drives
MCC

Specifications
PCTL Offers low voltage motor control center as per IEC standards,
the structure can be outdoor or indoor application, The Modular MCC offered are up to ip65 degree of protection with form 4 segregation to achieve the greatest possible flexibility, the PCTL-modular MCC offers fixed, or plug-in, withdraw able and full standard 2.3 Mtrs height, with power rating going up to 4000A horizontal (not limited) and 1600A vertical bus.
Designed for the highest degree of safety, ease of installation and maintenance, reliability and flexibility, the MNS-MCC provides users with maximum availability time.

Advantages-

  • Highly Safe and reliable
  • Easy to use
  • Flexible configurations
  • Easy to maintain

Main features

  • Up to 100kA at 415V and 65kA at 600V
  • 4000A horizontal bus; 1600A vertical bus available

MOTOR STARTERS FOR SPECIAL APPLICATIONS

I start PUMP STARTERS SOLUTION.
For pumps application PCTL Offers Istart Solution where various parameters are monitored to provide a full protection to the motor in question the starting can be DOL or SD starting, but active current monitoring provides following protections such as .

  1. Continuous under/over Voltage Monitoring
  2. Constant Current Monitoring
  3. Locked Rotor protection
  4. Phase sequence monitoring and protection
  5. Dry running protection
  6. Fault memory

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