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IMP3 – THREE PHASE ELECTRONIC STATIC VOLTAGE STABILIZERS FROM 10KVA TO 3200KVA

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THREE PHASE ELECTRONIC STATIC VOLTAGE STABILIZERS FROM 10KVA TO 3200KVA

IMP Static Voltage Stabilizer are devices for voltage control, protection and management, microprocessor controlled, featuring high speed semiconductor technology. They adjust the voltage to the right value required by industrialdevices that are fastly growing and becoming more sensitive; they are designed to meet their continuous, settled and secure energy needs.

Nowadays, thousands of users who have totally different characteristics such as plants, hospitals, public buildings, houses, farms, constructions etc. use the same main grid. IMP Static Voltage Stabilizer optimizes the irregular electricity which different users receive from city main grid at the same time, in accordance with only your business and the electronic devices you use.

IMP Static Voltage Stabilizer which can be produced in a very wide input voltage interval for places where grid voltages drop or rise excessively; evaluates gird voltage decreases and increases in 0.020 seconds when the main grid voltage drops -60% or rises +%40 and corrects with 500V/sec. Speed. By this means, your expensive industrial devices are protected against dangerous voltage changes and also it enables your systems to work with high efficiency and without interruption.

IMP Static Voltage Stabilizer is developed to solve the technical problems the users experience with Variac Type Voltage Regulators with electro-mechanic structure which are widely used. Motor-chain systems used in electro-mechanic voltage regulators work slowly and this can not prevent many electronic devices from being affected by voltage decreases. With its microprocessor controlled semiconductor power control system, IMP Static Voltage Stabilizer works 10 times more faster than electro-mechanic systems. Brush-coal system which is used for transferring power in electro-mechanic regulators are not applicable for dusty and damp industrial environments and requires periodic maintenance. Semiconductor TRISTOR units used in IMP Static Voltage Stabilizer work in every kind of industrial environment without being affected by damp and without requiring maintenance. High energy losses arise because of large scale transformers and variac systems used in electro-mechanic systems. By using THYRISTOR units in IMP Static Voltage Stabilizer, energy losses are reduced to 2%.

IMP Static Voltage Stabilizer has High Voltage, Low Voltage, Over-temperature, Overload, Short Circuit and Phase Break protections for its own operating safety and also for all electronic devices in your business to work safely. There is a “Manual By-Pass” unit which enables the loads to be transferred directly to network voltage for providing usage flexibility and working safety. It is equipped with thermomagnetic fuses in its inputs and outputs.

IMP Static Voltage Stabilizer is designed with its compact, esthetic and modular structure, in such a way that it can be easily connected with electric systems everywhere in the world. “BUS-BAR PANEL INPUT-OUTPUT MODULE” which is required for direct connection can be added to BUS BAR systems optionally on request.

Information such as Input Voltage, Output Voltage, and Load Amount etc. can be viewed; breakdown and warning information can be followed on LCD DISPLAY which is standard in IMP SVS. One may reach devices over on the web, view all information on LCD DISPLAY and change set values of the device with “REMOTE VIEWING AND MANAGEMENT”

STRUCTURAL SPECIFICATIONS

  • Production between power range of 10KVA-3200KVA, with three phase output.
  • New technological design suitable for industrial environment, not affected by dust, moisture and vibration and does not need maintenance.
  • Suitable for three phase unbalanced loads up to 100%
  • Environmentalist design which is designed with the consciousness of a sustainable world, which is long-life and which does not produce chemical waste
  • Efficiency increased with the consciousness of contributing to the reduction of carbon outputs and silent operation
  • Safe usage for all electrical devices.
  • Independent and fast control system with microprocessor controlled cards
  • High voltage regulation speed (500 V / second)
  • Flexible design and software property that can easily orient itself different grid and voltage conditions
  • On / off and manual by-pass switch for working through grid, in cases where malfunction happens or when maintenance needs.
  • Real static-modular design with THIRISTOR technology used in power units and SMPS technology in feeding units
  • Electronic protection against to over load, low voltage, high voltage, over temperature, over current and short circuit
  • Aesthetic, ergonomic design
  • Minimal size, long life
  • Special, durable cabinet, powder coated with standard color named RAL-7035
  • User friendly, easy and comprehensive LCD Display and mimic diagram
  • Compact structure with high quality material and minimum malfunction hazard
  • RS-232, ETHERNET and MODBUS support with management and viewing module
  • Surge Arrester against sudden voltage increases and streaks of lightning
  • “Remote Management System” and software support which the user can remotely view and manage all of these information
  • Production with ISO 9001:2008 Quality Management System
  • Spare part providing guarantee for 10 years
  • Broad service network
 Rated power from 10kVA to 3200kVA
 Power factor 1.0
 Input voltage 400V+N THREE PHASE
 Input voltage range from 300V to 460V (-25% : +15%) (optional ±15%, -35%+15%, -50%+15%)
 Output voltage 400V+N THREE PHASE
 Output voltage accuracy ± 2%
 Frequency 50/60Hz ±5%
 Regulation speed 500 Volt/sec
 Acceptable overload 101%:125% 3 min. – 126%:150% 10″ – >151% shutdown within 0.2″
 Load acceptable variation from 0 to 100%
 Power factor acceptable variation 0 – 1
 Full load efficiency > 97%
 Harmonic distortion < 0,5%
 Ambient temperature -10° : +40°C
 Relative humidity up to 90% (without condensation)
 Altitude up to 2000m. above sea level without derating
 Noise level < 50 dB
 Low/High voltage protection output voltage out of range 180V:230V shutdown through contactor
 Current protection Electronic protection from overlod through microprocesssor
Input automatic circuit breaker
 Display LCD Display 4×16 characters with visualisation:
input voltage, output voltage, load %, output frequency, regulator state and error info, overload, overtemperature, input fault
 By-pass manual bypass for maintenance and protection from fault
 Standard fittings Epoxy painted enclosure, automatic circuit breaker, LCD display, input/output terminal blocks on rear side, by-pass switch

 

power part no. output current dimensions mm. (incl.protection of terminals) weight
VA A B C kg.
10 IMP310 13 A 560 500 1050 85
15 IMP315 19 A 560 500 1050 92
22.5 IMP322 29 A 560 500 1050 105
30 IMP330 38 A 560 500 1050 130
45 IMP345 58 A 560 500 1050 165
60 IMP360 78 A 500 700 1200 220
75 IMP375 97 A 500 700 1200 260
100 IMP3100 130 A 500 700 1200 300
120 IMP3120 156 A 700 800 1400 400
150 IMP3150 195 A 700 900 1600 450
200 IMP3200 257 A 800 1000 1600 750
250 IMP3250 326 A 800 1000 1600 800
300 IMP3300 391 A 900 1000 1600 900
400 IMP3400 521 A 900 1200 1700 1100
500 IMP3500 652 A 900 1200 1700 1300
RATINGS UP TO 3200KVA AVAILABLE ON REQUEST

Download the Remote Management Unit (RMU) datasheet here

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