Automatic Transfer Switch - ASCO 7000 SERIES IEC Medium Voltage Power Transfer Switch

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  • Improves power availability by automatically transferring loads between normal and emergency power sources.
  • ASCO 7000 Series Medium Voltage ATS supports multiple configurations and switching modes, including delayed and closed transition, to suit diverse applications.
  • Fully conforms to IEC 62271-200, ensuring safety, performance, and reliability in medium-voltage environments.
  • Standard configuration includes PIX RoF cubicle sections, Normal Source Circuit Breaker, Emergency Source Circuit Breaker, and Load Feeder section.
  • Powered by ASCO’s Group 5 controller, delivering precise monitoring, control, and dependable source transfer operations.

Automatic Transfer Switch - ATS (ASCO) Series 7000/300

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  • Designed to detect loss of normal power and automatically transfer load to backup source (e.g., generator) in milliseconds, ensuring continuity of power for critical systems.
  • Supports open transition (break-before-make), closed transition (make-before-break), and delayed transition modes, adaptable to different load types and continuity needs.
  • Covers ampacities from small (30 A) to large industrial sizes up to 4000 A, with options for bypass-isolation and service-entrance configurations.
  • Includes microprocessor controller with keypad and LCD, source availability indicators, communications capability (e.g., for remote monitoring via serial/Modbus), and event diagnostics.

Automatic Transfer Switch - WOTPC

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  • Conforming to IEC 60947-6-1
  • Solenoid operated, Built-in Microprocessor Controller
  • 1000-4000 Amps in same compact frame
  • Utilization Category: AC 33A
  • Mechanical Endurance: 20,000 ops
  • Rated Short circuit withstand of 65 kA, 3sec & 90 kA, 1sec
  • Built in RS 485 por t for communication

Automatic Transfer Switch - TransferPacT Active Automatic

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    TransferPacT is an Ecostruxure-ready advance transfer switch to maximize reliability and uptime for your facility.

  • Conforming to IEC 60947-6-1
  • Solenoid operated, Built-in Microprocessor Controller
  • Fast transfer time of <500ms
  • 2,3 and 4 Pole configuration ranging within 32-800A
  • Three position, Open transition transfer switch
  • Extreme Environment proof with operating temperature of -25 to 70°C
  • Utilization Category: AC 33A/B
  • Tested for Total Discrimination with ComPacT NSXm Circuit breakers for seamless integration.
  • Scalable with plug and play - 10 function modules
  • Connectivity with compliance to cyber security standard IEC 62443, SL1 Level

Automatic Transfer Switch - TransferPacT Active Automatic

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  • Ensures proper coordination between TransferPacT Active Automatic and upstream circuit breakers.
  • Confirms selective protection so only the nearest device trips during a fault.
  • Defines short-circuit withstand and making capacities for safe operation.
  • Identifies fully protected (totally coordinated) and limited protection combinations.
  • Improves system safety, reliability, and compliance in automatic power transfer systems.

Automatic Transfer Switch - WATSN (ATS and RTS)

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    WATSN is a Compact , Easy and Scalable Transfer Switch for safe and reliable source management.

  • Conforming to IEC 60947-6-1
  • Automatic and Remote Transfer switches
  • Three Position, Open Transition Transfer Switch
  • 2,3,4 pole configurations ranging within 63 -630A
  • Fast Transfer Speed of <100ms
  • Solenoid operated, Built-in Microprocessor Controller(for ATS)
  • Reduced size and footprint upto 30%
  • Tested for Total Discrimination with EasyPacT CVS Circuit breakers for seamless integration in the power train.
  • Utilization Category: AC 33B

Automatic Transfer Switch - WATSN

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  • Shows coordination between WATSN ATS and upstream circuit protection devices (breaker selectivity).
  • Indicates total selectivity conditions where the transfer switch and upstream breakers are fully coordinated.
  • Lists short-circuit withstand/making capacities and related protection limits for WATSN with upstream breakers.
  • Helps ensure proper protection and fault isolation without unnecessary trips.
  • Guides correct selection/sizing of breakers and transfer switch combinations for reliable distribution design.
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