Inovance AC Drives | SimplyBuy

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Inovance
AC drives.

Explore the range. Find your series.
Talk to SimplyBuy about the right configuration for your machine.

Contact our team Explore the series ↓

Inovance MD630, MD520 and MD290 AC drive families

07 drive seriesFrom compact machines to coordinated systemsExplore specifications ↓

02 / INOVANCE AC DRIVES

Explore the series.

Find a starting point for your machine, motor and supply.

Browse all seven series

MD630

MD630 AC drive series

Power range

0.37–90 kW heavy duty
0.75–110 kW light duty

Voltage

3 phase · 380–480 V AC

Highlights

Compact cabinet footprint
Ethernet or serial versions

View specifications

MD520

MD520 AC drive series

Power range

3 phase · 380–480 V
0.4–400 kW heavy duty
3 phase · 200–240 V
0.4–55 kW heavy duty
1 phase · 200–240 V
0.4–2.2 kW
Selected rating coverage. For larger ratings or light duty, send the full model code.

Voltage

3 phase · 380–480 V AC
3 phase · 200–240 V AC
1 phase · 200–240 V AC

Highlights

Three motor technologies
Open and closed loop control

View specifications

MD290

MD290 AC drive series

Power range

3 phase · 380–480 V
0.4–450 kW G duty · 0.7–500 kW P duty
3 phase · 200–240 V
0.4–55 kW G duty · 0.75–75 kW P duty

Voltage

3 phase · 380–480 V AC
3 phase · 200–240 V AC

Highlights

Open loop V/f control
G and P load ratings

View specifications

MD800

MD800 AC drive series

Power range

400 V drive modules
Single: 0.4–7.5 kW HD / 0.75–11 kW ND
Dual: 0.4–3.7 kW HD / 0.75–5.5 kW ND per motor
200 V drive modules
0.2–2.2 kW HD / 0.4–3.7 kW ND per motor
Selected module coverage. Size the common rectifier separately.

Voltage

Rectifier input: 1 or 3 phase 200 V class; 3 phase 400 V class
Drive modules use the common DC bus.

Highlights

1 to 8 drives
Shared DC bus

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MD810

MD810 AC drive series

Power range

380–480 V system
Single drive: 1.5–160 kW
Dual drive: 1.5–18.5 kW per motor
Drive rating: 150% overload for 60 seconds. Rectifier selected separately.

Voltage

Rectifier input: 3 phase 380–480 V AC
Drive modules use the common DC bus.

Highlights

Single and dual drive modules
Sectional machine control

View specifications

MD880

MD880 AC drive series

Power range

380–415 V drive modules
2.2–2000 kW heavy overload
525–690 V drive modules
45–4000 kW heavy overload
Ranges include parallel modules. Match the rectifier, controller and overload rating.

Voltage

3 phase 380–415 V AC or 525–690 V AC system supply
Additional 500 V configurations require model confirmation.

Highlights

Diode or regenerative supply options
Parallel power modules

View specifications

MD200

MD200 AC drive series

Power range

1 phase · 200–240 V
0.4–2.2 kW
3 phase · 380–480 V
0.4–3.7 kW
150% overload for 60 seconds.

Voltage

1 phase 200–240 V AC
3 phase 380–480 V AC

Highlights

Compact 75 mm width
Onboard Modbus RTU

View specifications

03 / INOVANCE AC DRIVES

Find the right fit.

Select a series to review its capabilities and configuration options.

MD630

Advanced compact drive

Download MD630 Brochure

MD630 series specifications
Positioning	Advanced compact drive
Best For	Compact machines with Ethernet or serial network requirements.
Power Range	0.37–90 kW heavy duty 0.75–110 kW light duty
Voltage	3 phase · 380–480 V AC
Motor Support	Induction, PM synchronous and synchronous reluctance
Control Mode	V/f: induction motors SVC: sensorless vector control FVC: feedback vector control, with matching feedback hardware
Communication	MD630N · onboard Ethernet EtherCAT · PROFINET · EtherNet/IP · Modbus TCP MD630S · serial Modbus RTU
Safety	STO: SIL 3 / PL e on the STO version.
Applications	Packaging, filling, textile and machine tool equipment.
Installation	Panel mounting · through panel options Side by side: models up to 22 kW Optional DIN rail bracket: frames T1–T2 Check frame brackets, cooling clearance and temperature derating.

MD520

High performance universal drive

Download MD520 Brochure

MD520 series specifications
Positioning	High performance universal drive
Best For	Machines needing flexible motor control and feedback options.
Power Range	3 phase · 380–480 V 0.4–400 kW heavy duty 3 phase · 200–240 V 0.4–55 kW heavy duty 1 phase · 200–240 V 0.4–2.2 kW Selected rating coverage. For larger ratings or light duty, send the full model code.
Voltage	3 phase · 380–480 V AC 3 phase · 200–240 V AC 1 phase · 200–240 V AC
Motor Support	Induction, PM synchronous and synchronous reluctance
Control Mode	V/f: induction motors SVC: sensorless vector control FVC: feedback vector control, with matching feedback hardware
Communication	Communication options Modbus RTU · Modbus TCP · PROFIBUS DP CANopen · CANlink · PROFINET EtherCAT · EtherNet/IP Matching communication option required.
Safety	Optional STO: SIL 3 / PL e. Select the STO model.
Applications	Textile machinery and coordinated motor applications; match feedback and braking options.
Installation	Panel mounting Through panel mounting option: 0.4–160 kW Use the correct bracket for the frame and observe cooling clearance.

MD290

General purpose drive

Download MD290 Brochure

MD290 series specifications
Positioning	General purpose drive
Best For	Straightforward induction motor speed control.
Power Range	3 phase · 380–480 V 0.4–450 kW G duty · 0.7–500 kW P duty 3 phase · 200–240 V 0.4–55 kW G duty · 0.75–75 kW P duty
Voltage	3 phase · 380–480 V AC 3 phase · 200–240 V AC
Motor Support	Asynchronous induction motors
Control Mode	Open loop V/f · with slip compensation Asynchronous induction motors
Communication	Communication options Modbus RTU · PROFIBUS DP · CANopen CANlink · PROFINET · EtherCAT Matching communication option required.
Safety	Safety functions must be specified for the complete machine; do not assume integrated STO.
Applications	Fans, water pumps, textile and packaging machinery.
Installation	Panel mounting Through panel mounting option: 0.4–160 kW Match the mounting bracket to the frame size.

MD800

Compact modular MultiDrive

Download MD800 Brochure

MD800 series specifications
Positioning	Compact modular MultiDrive
Best For	Compact machines with multiple motors and shared power supply.
Power Range	400 V drive modules Single: 0.4–7.5 kW HD / 0.75–11 kW ND Dual: 0.4–3.7 kW HD / 0.75–5.5 kW ND per motor 200 V drive modules 0.2–2.2 kW HD / 0.4–3.7 kW ND per motor Selected module coverage. Size the common rectifier separately.
Voltage	Rectifier input: 1 or 3 phase 200 V class; 3 phase 400 V class Drive modules use the common DC bus.
Motor Support	Induction and PM synchronous motors
Control Mode	Open loop motor control
Communication	Onboard CANopen · CANlink · Modbus RTU Option cards PROFINET · EtherCAT · EtherNet/IP · Modbus TCP
Safety	STO SIL 3 on S variant drive modules. Non STO variants also exist.
Applications	Printing, packaging, woodworking, food and beverage, textile equipment.
Installation	Modular panel assembly with common DC bus; match rectifier, drive modules and cooling clearances.

MD810

Sectional MultiDrive

Download MD810 Brochure

MD810 series specifications
Positioning	Sectional MultiDrive
Best For	Coordinated sectional machinery with tension or load sharing requirements.
Power Range	380–480 V system Single drive: 1.5–160 kW Dual drive: 1.5–18.5 kW per motor Drive rating: 150% overload for 60 seconds. Rectifier selected separately.
Voltage	Rectifier input: 3 phase 380–480 V AC Drive modules use the common DC bus.
Motor Support	Induction and PM synchronous motors
Control Mode	V/f: open loop induction SVC: open loop induction and PM FVC: closed loop induction and PM, with feedback
Communication	Standard communication configuration Modbus RTU · CANopen · CANlink Alternative configurations PROFIBUS DP; PROFINET via rectifier gateway to CANopen Select the communication configuration for both rectifier and drive.
Safety	STO SIL 3 option. Availability for drives of 90 kW and above requires confirmation.
Applications	Wire drawing, metal processing, calenders, textile and chemical fibre machinery.
Installation	Panel or through panel installation; use a compatible common rectifier and DC bus assembly.

MD880

Engineering MultiDrive

Download MD880 Brochure

MD880 series specifications
Positioning	Engineering MultiDrive
Best For	High power systems requiring engineered supply and drive configurations.
Power Range	380–415 V drive modules 2.2–2000 kW heavy overload 525–690 V drive modules 45–4000 kW heavy overload Ranges include parallel modules. Match the rectifier, controller and overload rating.
Voltage	3 phase 380–415 V AC or 525–690 V AC system supply Additional 500 V configurations require model confirmation.
Motor Support	Induction and PM synchronous motors
Control Mode	V/f · SVC · FVC Closed loop control requires the matching encoder interface.
Communication	Fieldbus adapter options PROFIBUS DP · CANopen · Modbus RTU Ethernet adapter options PROFINET IO · Modbus TCP · EtherCAT
Safety	STO SIL 3 with the specified safety configuration; not standard on every controller.
Applications	Metallurgy, paper production and engineered continuous production lines.
Installation	Cabinet system or power modules; floor mounting for high power modules. Engineer cooling, busbars and protection together.

MD200

Compact general purpose drive

Download MD200 Brochure

MD200 series specifications
Positioning	Compact general purpose drive
Best For	Small machines with simple open loop motor control needs.
Power Range	1 phase · 200–240 V 0.4–2.2 kW 3 phase · 380–480 V 0.4–3.7 kW 150% overload for 60 seconds.
Voltage	1 phase 200–240 V AC 3 phase 380–480 V AC
Motor Support	Induction motors; PM control requires a special version.
Control Mode	Open loop V/f · sensorless vector control
Communication	Onboard Modbus RTU Special version CANlink Using the remote keypad interrupts Modbus RTU on the RS485 port.
Safety	Machine safety must be assessed separately; do not assume integrated STO.
Applications	General purpose open loop motor control; confirm suitability for the machine load.
Installation	Wall, side by side or DIN rail mounting. Derating above 40°C.

04 / INOVANCE AC DRIVES

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05 / INOVANCE AC DRIVES

A few details.
A better selection.

Power is the starting point. The motor, load and installation determine the configuration.

01

Motor & load

Match motor type, rated current, speed and starting torque. Include overload duty and braking needs.

02

Supply & environment

Confirm voltage, phase, ambient temperature and installation altitude.

03

Control & communication

Name the PLC network, feedback device and safety functions. Check the required drive version or option card.

04

Space & installation

Check frame dimensions, mounting method, cooling clearance and enclosure requirements.

06 / INOVANCE AC DRIVES

Built around the application.

Start with the process, then match the drive and configuration.

01 / APPLICATION

Fans & pumps

Match the induction motor, load curve and required G or P duty.

02 / APPLICATION

Packaging & filling

Match the machine network and motor arrangement; MD800 requires a common supply system.

MD630 · MD800 ↗

03 / APPLICATION

Textile machinery

Review tension, coordinated speed and feedback needs before choosing the drive configuration.

MD520 · MD810 ↗

04 / APPLICATION

Metals & paper

Select the coordinated drive architecture, overload capacity and braking or regeneration requirements.

MD810 · MD880 ↗

07 / LET’S TALK

Talk to our team.

Have a model in mind, or just a nameplate photo? Share what you have. We’ll help you work through the next details.

Contact our team

Useful details to share

01 Model number or nameplate photo

02 Quantity required

03 Supply voltage and communication needs

04 Delivery country

08 / INOVANCE AC DRIVES

Frequently asked
questions.

How should I choose between the MD290, MD520, and MD630?

The MD290 is suitable for general-purpose asynchronous motor V/f applications. The MD520 is better suited to higher-performance vector control, while the MD630 is designed for projects requiring industrial Ethernet, closed-loop control, and advanced diagnostics. Final selection should be based on the motor, load, and communication requirements.

How do I select the correct AC drive power rating?

Do not select a drive based only on the motor kW rating. You should also check rated current, load type, start/stop frequency, acceleration and deceleration time, and overload requirements. Normal Duty and Heavy Duty conditions are different, so the same drive may correspond to different motor power ratings.

Can an Inovance AC drive match my power supply and motor?

You need to confirm the input voltage, phase, motor voltage, motor current, and motor type. The MD290 is mainly used with asynchronous motors, while the MD520 and MD630 support a wider range of motor control options. We recommend providing the motor nameplate so the correct model can be confirmed.

Can Inovance AC drives communicate with Siemens, Rockwell, or other PLCs?

Yes, but compatibility depends on the specific drive series, model, and communication configuration. The MD630N supports multiple industrial Ethernet protocols, while the MD520 can connect to networks such as PROFINET through the appropriate communication solution. When requesting a quotation, please provide the PLC model and required protocol.

Where can I get the correct GSDML, EDS, manuals, and communication files?

The files must match the drive series, full model number, and communication configuration. Do not directly use GSDML or EDS files from another series. Provide the full model number and communication method so the correct manuals, software, and configuration files can be matched.

Why can't my computer connect to the drive, and how can I back up parameters?

The software, communication interface, and connection accessories must match the specific model. A USB-to-RS485 adapter is not necessarily compatible with every software package or interface. Please provide the drive model, software being used, and connection method so the correct solution can be confirmed.

Can the MD630, MD520, or MD290 replace an existing Siemens, ABB, or other AC drive?

Possibly, but you cannot compare only the kW rating. Voltage, current, overload capacity, control mode, I/O, communication, braking, safety functions, and installation dimensions must also be checked before confirming whether the replacement is suitable.

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