PRODUCTS
DRIVES SYSTEMS & EXCITERS
Multiple option of converters and inverters,
digitally controlled with high precision and efficient performance to control variable speed motors.
LOW VOLTAGE DRIVES
• AC DRIVES
TM10e2 – MSP Multipurpose Sytems Drive (Dynavar, MW)
IGBT Inverter by performance for control of variable speed AC Induction Motors / Wall Mounted (WM) Drive – Digital and vector-controlled sine wave PWM Inverter.
TM10e2-DP
Dual Purpose Drive capable of controlling either a DC or AC motor.
TM10e2-SPR
Slip Power Recovery (SPR) Drive System for Wound Rotor Motors.
• DC DRIVES
TMDCe2-TEC
Thyristor EASY Cabinet. DC Drive – Three-phase thyristor based rectifier cabinet with TM-DC control. (Rated from 2360Adc to 7,265Adc, and up to 1200V).
TMDCe2-TEB
Thyristor EASY Box. DC Drive – Three-phase Box thyristor type based rectifier with TM-DC Control. (Rated from 218Adc to 1885Adc, up to 690V).
TMDCe2-TEM
Thyristor EASY Module. DC rectifier module with self protection devices and easy mounting design. (Rated from 20Adc to 150Adc and up to 600V).
TMDCe2-FCR
FCR whose initials refers to Firing Circuit Replacement, is a solution to upgrade older DC rectifier’s control processor and firing circuitry with modern and digital technology. This type of retrofit use the existing power rectifier, disconnects, and fuses among other power elements.
TMDCe2-FCRX3
FCRX3 System is a combination of our DigitARC™ PX3-DCTM. Regulator system and our DC EAF Firing Circuit Replacement (FCR) current control.
TMDCe2-CPE
Constant Potential Exciters. Fully Digital Control. 250-1500VDC (up to 46,000A).
Digi-FexB / Digi-FexBA
Digital Field Exciter for Brushless DC-type Synchronous Motor.
/ Digital Field Exciter for Brushless AC-type Synchronous Motor.
MEDIUM VOLTAGE DRIVES
TMdrive- MVe2
Medium Voltage, AC fed drive. 3.3 to 11kV, up to 5,000 kVA (5,500 HP).
TMdrive-MVG2
Medium Voltage, AC fed drive. 3 to 11kV, up to 19,500 kVA.
LCIe2
Load Commutated Inverter 6/6, 12/6 or 12/12 pulse configuration 2,3 to 13,6 kV (up to 45MVA).
MPC
Multi-Power Compensator. a bidirectional converter that uses an energy storage element (such as a battery or capacitor) and a high speed switch (HSS) to eliminate voltage dips experienced by a facility. The MPC is an optional standby energy source.
SVC-FCR
Static Var Compensator.
The main purpose of the SVC is to improve power factor, mitigate harmonics, voltage fluctuation and the flicker resulting from the operation of the Electric Arc Furnaces (EAF) and other disturbing loads.
