
DUAL INVERTERS
DUALACEX&HP NEW GENERATION
DUALACEX&HP NEW GENERATION is designed to control two 3-phase motors of several types (AC induction, BLDC, PMAC, SRM, SRPM) from 1 kW to 4.2 kW continuous power. An additional DC section is available for driving one DC series-excited pump motor up to 10 kW peak. The high number of I/Os distributed using up to 35P + 23P poles Ampseal connectors accommodates a wide range of vehicle controls and sensors. DUALACEX&HP NEW GENERATION can also interface with a wide range of external devices via CAN bus.
- Power Section
- Mechanics
- Features
Power supply | 24 V, 36-48 V |
Maximum current (2') | 24 V: 80 Arms to 240 Arms 36-48 V: 80 Arms to 210 Arms |
DC chopper maximum current | 24 V: 270 Arms 36-48 V: 240 Arms |
Ambient temperature range | -40 °C to +40 °C |
Maximum heatsink temperature | 85 °C (start of current reduction) |
Dimensions | 120x150x77 mm (baseplate version) |
Connector | Ampseal 35 and 23 pins |
Protection | IP65 |
Options | Aluminum base plate or finned heatsink With or without power fuse Premium (35p + 23p), Standard (35p) or Value (23p) connectors Dual traction & HP or Combi AC traction + AC pump & HP |
- 24 V, 36-48 V
- Field-oriented control (speed or torque control)
- Digital and analog inputs
- Voltage and current-controlled PWM outputs
- High-side output for electromechanical brake
- 3ph AC + 3ph AC + DC
- CAN bus interface
- IP65
- UL 583 | EN12895:2015 + A1:2019 | EN13849 | EN1175-2020 | EN280 compliant
DUALACEX NEW GENERATION
DUALACEX NEW GENERATION is designed to control two 3-phase motors of several types (AC induction, BLDC, PMAC, SRM, SRPM) from 1 kW to 4.2 kW. The high number of I/Os distributed using up to 35P + 23P poles Ampseal connectors accommodates a wide range of vehicle controls and sensors. DUALACEX NEW GENERATION can also interface with a wide range of external devices via CAN bus.
- Power Section
- Mechanics
- Features
Power supply | 24 V, 36-48 V |
Maximum current (2') | 24 V: 80 Arms to 240 Arms 36-48 V: 80 Arms to 210 Arms |
Ambient Temperature range | -40 °C to +40 °C |
Maximum heatsink temperature | 85 °C (start of current reduction) |
Dimensions | 120x150x77 mm (baseplate version) |
Connector | Ampseal 35 and 23 pins |
Protection | IP65 |
Options | Aluminum base plate or finned heatsink With or without power fuse Premium (35p + 23p), Standard (35p) or Value (23p) connectors Dual traction or Combi AC traction + AC pump |
- 24 V, 36-48 V
- Field-oriented control (speed or torque control)
- Digital and analog inputs
- Voltage and current-controlled PWM outputs
- High-side output for electromechanical brake
- 3ph AC + 3ph AC
- CAN bus interface
- IP65
- UL 583 | EN12895:2015 + A1:2019 | EN13849 | EN1175-2020 | EN280 compliant
DUALACE2 NEW GENERATION
DUALACE2 NEW GENERATION is designed to control two 3-phase motors of several types (AC induction, BLDC, PMAC, SRM, SRPM) with continuous power from 4 kW to 17 kW. The high number of I/Os distributed using up to 35P + 23P poles Ampseal connectors accommodates a wide range of vehicle controls and sensors. DUALACE2 NEW GENERATION can also interface with a wide range of external devices via CAN bus.
- Power Section
- Mechanics
- Features
Power supply | 24 V, 36-48 V, 72-80 V, 96 V |
Maximum current (2') | 24 V: 350 to 550 Arms 36-48 V: 350 to 550 Arms 72-80 V: 230 to 400 Arms 96 V: 230 to 400 Arms |
Ambient temperature range | -40 °C to +40 °C |
Maximum heatsink temperature | 85 °C (start of current reduction) |
Dimensions | 150x200x91 mm (baseplate version) 150x200x121 mm (heatsink version) |
Connector | Ampseal 23 or 35 pins |
Protection | IP65 |
Options | Aluminum base plate or finned heatsink With or without power fuse Standard (23p) or Premium (35p) Ampseal connector Dual traction or Combi AC traction + AC pump |
- 24 V, 36-48 V, 72-80 V, 96 V
- Field-oriented control (speed or torque control)
- Digital and analog inputs
- Voltage and current-controlled PWM outputs
- High-side output for electromechanical brake
- 3ph AC + 3ph AC
- Isolated CAN bus interface
- IP65
- UL 583 | EN12895:2015 + A1:2019 | EN13849 | EN1175-2020 | EN280 compliant
