Impact Power Innovations

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EQUALIZER-TURBO

EQUALIZER-TURBO

The EQUALIZER-TURBO provides ride-through compensation for all three-phases at 0.3pu, voltage dip ΔU 70% for a typical duration of 2 seconds, with no limitations place on voltage swells.   Clients may also specify an even longer duration to meet their individual requirements for production.  This ride-through capability easily resolves almost all the voltage disruptions in rural areas and developed countries.  In addition the device restores the voltage to 1.0pu of its nominal value (+-15%).  Due to independent phase compensation, the EQUALIZER-TURBO can correct each phase accurately and independently.  EQUALIZER-TURBO comes with integrated software monitoring system with event notification and remote access facility.

  • Features
  • Applications
  • Environments
  • Specifications
  • Three-Phase 0.3pu Ride-Through Compensation;
  • Mitigate Voltage Fluctuations Effectively - Swells no Limitations, Sags at ΔU 80%;
  • Compensates for 2 sec. OR Any Unique Setting;
  • Voltage Recovery of 1.0pu of its Nominal Value;
  • Independent & Accurate Phase Correction;

BACKED BY

  • Integrated Comprehensive Analysis Software;
  • Remote Monitoring Access;

 

MINES & MINERAL PROCESSING
  • Avoid Interruptions in the Production Process & Ultimately Poor Production Quality;
PLASTIC EXTRUSION INDUSTRY
  • Avoid Downtimes & Increase Profits;
  • Stop Voltage Sags & Production Line Restarts Altogether;
  • Eliminate Poor Production Quality with Molten Material Caused by Interruptions;
  • Decrease Scrap Material & System Cleaning for Restarts;

 

Each EQUALIZER-TURBO is custom designed to suit specific network environments.  The environments typically includes connection from the utility substation with maximum loads, line impedances & transformers.  Elspec will give you the confidence to effectively manage your network environment in order to meet all your energy consumption needs.  We do this by conducting a comprehensive survey prior installation, that includes continuous measurements for a substantial period, that will identify all the PQ events for this period.  The aim is to ultimately eliminate power outages, voltage fluctuations & other PQ anomalies.  Based on the analysis we produce an analysis that will ultimately guarantee a good return on your investments. 
Typical network designs include:
NETWORK ENVIRONMENT AIMED AT REDUCING SMALL VOLTAGE SAGS
NETWORK ENVIRONMENT WITH LINE REACTOR AIMED AT REDUCING DEMAND OVER INCOMER TRANSFORMER
NETWORK ENVIRONMENT AIMED AT PROTECTING THE CRITICAL LOADS DUE TO THE ORIGIN OF THE PQ ANOMALY
MEDIUM VOLTAGE NETWORK ENVIRONMENT COMPENSATION USING A 690V STEP-UP TRANSFORMER

RATED VOLTAGE

 

Low Voltage

 

 

Medium Voltage - Low Voltage System Designed to Control Reactive Energy Using a Step-Up Transformer

 

220 V - 690 V

50 Hz or 60 Hz

Single or Three-Phase Systems
 

Up to 69 kV

50 Hz or 60 Hz

Ambient Temperature Limits

+ 40 ºC - Max <8 Hours

+ 35 ºC - Max 24 Hour Average

+ 20 ºC - Yearly Average

- 10 ºC - Minimum

Capacitors Low Loss, Self Healing - IEC 831-1/2
Protection Class IP 20 / NEMA 1 (Other on Request)
Controller Display

5" Graphic LCD

High Visibility (FSTN)

Durable LED Backlight

Enclosure Finish

Epoxy Powder Coated

Grey (RAL 7032)

Internal Parts Rust-Proof Alu Zinc
EMC Standards

EN 50081-2

EN 50082-2

EN 55011

EN 61000-4-2/3/4/5

ENV 50204

ENV 50141

Safety Standards

EN 61010-1

EN 60439-1