Triol AT27 Might of Voltage
Place an orderDistinctive benefits
-60 ºС…+60 ºС (-76 ºF…+140 ºF)
Operating temperature maximum range
NEMA4 (IP65) or NEMA4x
Enclosure
7”
Color touchpad
≥ 0.96
High power factor
Induction and synchronous motor
Wi-Fi Wizard
Maintenance-free
No costs for HVAC system
Minimum constructing and installation costs
Outdoor, for maritime climate and high conductive dust concentration
Output voltage and current sinusoidal
Operating in unstable mains
Build-in output filters
Custom designs
About product
Extremely reliable solution for general industrial
Medium-voltage Variable Frequency Drive Triol AT27 line MV is an extremely reliable solution for general industrial use in a wide range of operating temperatures (up to +60°C), in conditions of high dust content including conductive dust and moisture. The drive rated power ranges from 200 to 4000 kW.
Perfect drive for operates in harsh operating conditions
Triol AT27 VFD line MV operates in harsh operating conditions that are achieved due to the increased IP65 enclosure with a dual-circuit cooling system. Heat is removed from the power unit through air-to-air heat exchangers using fans. Triol AT27 VFD line MV is a cabinet-type drive for both outdoor and indoor installation The model range of this line includes a number of versions depending on the rated input voltage, rated motor voltage, rated power.
Specifications
Input |
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Input voltage, kV |
3; 3.3; 4.16; 6; 6.3; 6.6; 10; 11 (-15 % ...+10 %) -45% continuous with power limit -100% not less than 100 ms with controlled generator mode of the motor |
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Input frequency, Hz | 50 / 60 (-10 %...+10 %) | |
Power, kW |
3 / 3.3 kV 4.16 kV 6 / 6.3 / 6.6 kV 10 / 11 kV |
from 160 kW up to 2000 kW from 160 kW up to 2000 kW from 200 kW up to 2000 kW from 320 kW up to 2000 kW |
Power factor | 0.96 | |
THDi (input current), % | < 5 | |
Pulses of rectifier |
18; 24; 30; 36; 48; 54 (depends on the number of cells in each phase) |
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Overvoltage protection | Surge arresters | |
Output |
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Rated output voltage, kV | 3.3; 4.16, 6; 6.6; 10; 11 | |
Output frequency, Hz | from 0.5 up to 120 | |
Frequency resolution, Hz | 0.01 | |
Output current, A | 25…480 | |
Overcurrent characteristics |
120 % of rated value for 120 sec 150 % of rated value for 3 sec |
|
THDi (output current), % | < 2 | |
THDu (output voltage), % | < 5 | |
dV/dt value | < 1000 V/μs | |
Efficiency, % | ≥ 96 |
Options
Options |
Description |
Copper transformer | Copper bus is the material used for transformer windings. Transformer parameters and efficiency are commensurable with the basic type of transformer with windings of aluminum busbars. |
Mechanical bypass of power cells | Bypass of each power cell of the drive is made on the basis of a vacuum chamber, with a response time of not more than 4 msec. |
IGBT bypass of power cells | Bypass of each power cell of the drive, made on the basis of IGBT transistors. |
Additional power cell in each phase | For compensating voltage drop on the output sine-filter or reactors (if available) and the long cable line, as well as to ensure operation in the nominal mode in the case of bypassing the cells (with this option). |
Increased protection degree | Enclosure NEMA4x |
Alternative range of operating temperature | Operating temperature from minus 60 ºС to plus 40 ºС |
Bottom cable entry | Organization of terminals for entry power and signal cables on bottom of the AT27. |
Additional PCB coverage | Coating of printed circuit boards with a special varnish to protect against aggressive impurities in the air. |
Electromagnetic door lock | Electromagnetic locks on the doors of the AT27 power compartments provide protection against opening doors when medium voltage is applied. |
Reactors for transfer of the motor to mains | Designed to provide synchronous and shockless transfer of the motor to mains. |
Sine-filter | Designed to improve of the output current and voltage THD, as well as reduce the value of the parameter dV/dt. |
Medium-voltage switch compartment |
Allow you to implement the required one-line diagram. Built-in option or external cabinet is defined upon request. |
Profibus communication protocol | Convertor Modbus-Profibus |