ALTIVAR-320C Speed Drive 1.1KW 230V Single-Phase

The Schneider Electric Altivar Machine ATV320C ATV320U11M2C variable speed drive is a compact 1.1 kW frequency converter designed for controlling synchronous and asynchronous motors in machinery and automation applications. It is powered by a single-phase 200 to 240 V AC supply and provides a controlled output for three-phase motors, allowing precise regulation of speed, torque, and acceleration and deceleration ramps.

The ATV320U11M2C reference belongs to Schneider Electric’s Altivar Machine ATV320 range and combines advanced motor control, integrated safety functions, Modbus and CANopen communications, a C2 EMC filter, and a compact format of only 105 mm width. It is especially suited for machine builders, industrial automation, handling systems, pumping, ventilation, textile machinery, material handling, and other applications that require precise motor control.

1.1 kW drive with 200-240 V single-phase supply

The ATV320U11M2C is designed to operate with a single-phase 200 to 240 V AC supply, with acceptable supply limits of approximately 170 to 264 V. Its mains frequency is 50/60 Hz.

• Motor rated power: 1.1 kW in heavy duty.
• Equivalent power: 1.5 HP.
• Supply: 200-240 V AC single-phase.
• Supply frequency: 50/60 Hz.
• Rated output current: 6.9 A.
• Line current: 13.7 A at 200 V and 11.5 A at 240 V in heavy duty.
• Apparent power: 2.8 kVA at 240 V.
• Maximum output voltage: 240 V.

Control for synchronous and asynchronous motors

The Schneider Electric Altivar 320 is designed to control both asynchronous and synchronous motors. Its different control profiles make it possible to adapt the drive operation to the characteristics of the machine and the installed motor.

For asynchronous motors, it offers different control strategies, including:

• Sensorless flux vector control.
• 2-point voltage/frequency ratio.
• 5-point voltage/frequency ratio.
• Energy-saving mode using quadratic U/f ratio.
• Sensorless vector control with energy-saving functions.

For synchronous motors, it provides sensorless vector control, expanding the drive’s application possibilities in modern machinery.

Wide output frequency range

The ATV320U11M2C can generate an output frequency from 0.1 to 599 Hz, offering a wide regulation range for standard motors and high-speed applications.

The nominal switching frequency is 4 kHz and can be adjusted from 2 to 16 kHz. At certain higher frequencies, the power derating factor indicated by Schneider Electric must be applied.

• Output frequency: 0.1-599 Hz.
• Nominal switching frequency: 4 kHz.
• Adjustable switching frequency: 2-16 kHz.
• Open-loop speed range: up to 1:100 for asynchronous motor.

High overload capacity

The Altivar 320 is designed for machinery applications that may occasionally require high starting torque or temporary overload. The ATV320U11M2C model supports a maximum transient current of 10.4 A for 60 seconds in heavy duty.

It also provides a transient torque of approximately 170 to 200% of the motor rated torque, depending on operating conditions and configuration.

• Temporary overload: 1.5 times rated current for 60 seconds.
• Maximum transient current: 10.4 A for 60 seconds.
• Transient torque: 170-200% of rated torque.
• Torque accuracy: ±15%.

Integrated safety functions

One of the most important features of the Altivar Machine ATV320 range is the integration of machine safety functions. These functions help simplify the design of certain safety systems and reduce the need for additional external components, always in accordance with the safety architecture planned for each machine.

Available functions include:

• STO - Safe Torque Off: safe torque shutdown, up to SIL 3.
• SLS - Safely Limited Speed: safely limited speed.
• SS1 - Safe Stop 1: safe stop type 1.
• SMS - Safe Maximum Speed: safe maximum speed monitoring.
• GDL - Guard Door Locking: guard locking management.

These features make the ATV320 especially suitable for machinery requiring advanced control and safety functions.

Integrated Modbus and CANopen communication

The drive includes Modbus serial and CANopen communications as standard via RS485 interface and RJ45 connector. This makes integration into automation systems, PLCs, and industrial networks easier.

• Serial Modbus: integrated.
• CANopen: integrated.
• Physical interface: 2-wire RS485.
• Connector: RJ45.
• Modbus addresses: 1 to 247.
• CANopen addresses: 1 to 127.

Expandable with industrial networks

In addition to the integrated communications, the Altivar 320 allows optional modules to be added to expand connectivity. Depending on the configuration and selected accessories, it can be integrated into networks such as:

• EtherCAT.
• EtherNet/IP.
• PROFINET.
• Profibus DP V1.
• DeviceNet.
• Ethernet Powerlink.
• Different CANopen configurations.

This flexibility makes it suitable for both standalone machines and production lines and more complex automation architectures.

3 analog inputs and multiple digital inputs

The ATV320U11M2C provides numerous inputs and outputs for connecting sensors, pushbuttons, potentiometers, reference signals, and automation devices.

It features 3 analog inputs:

• AI1: 0-10 V DC voltage signal.
• AI2: bipolar ±10 V DC signal.
• AI3: configurable current input 0-20 mA or 4-20 mA, among other options.

It also integrates programmable digital inputs, a pulse input, and a dedicated input for the STO safety function.

Analog output and configurable relays

The drive includes a configurable analog output that can operate as a 0-20 mA current signal or a 0-10 V voltage signal.

It also incorporates configurable relay outputs that can be used to signal operating states, faults, reached speed, or other conditions defined during drive programming.

Integrated PID controller

The ATV320 includes an adjustable PID controller, allowing automatic process variable control through a feedback signal. This function is especially useful in applications such as pumping, ventilation, pressure control, flow control, or certain machinery processes.

Configurable acceleration and deceleration ramps

The drive allows different acceleration and deceleration profiles to be selected to adapt motor behavior to the mechanical requirements of each application.

Available ramps include:

• Linear ramp.
• U-shaped ramp.
• S-shaped ramp.
• CUS ramp.
• Ramp switching.
• Automatic acceleration and deceleration adaptation.

It also allows stopping by DC injection braking.

Integrated braking chopper

The Schneider Electric ATV320U11M2C incorporates an integrated braking chopper, allowing a suitable braking resistor to be connected when the application needs to quickly dissipate regenerated energy during deceleration phases.

With the corresponding braking resistor, the system can provide a braking torque of up to approximately 170% for 60 seconds, depending on operating conditions.

Integrated electronic protections

The drive includes multiple internal protection systems designed to protect both the equipment itself and the connected motor against abnormal operating conditions.

• Protection against overcurrent between output phases and ground.
• Protection against drive overheating.
• Protection against motor phase-to-phase short circuits.
• Thermal protection.
• Monitoring of certain supply anomalies.

These internal protections do not replace the external protection and isolation devices that must be installed according to the machine’s electrical design and Schneider Electric’s instructions.

Integrated C2 EMC filter

The ATV320U11M2C includes a Category C2 EMC electromagnetic compatibility filter as standard. This feature helps meet the installation’s electromagnetic emission requirements when the drive is mounted and wired according to the manufacturer’s instructions.

The equipment complies with IEC/EN 61800-3 and IEC/EN 61800-5-1 standards applicable to variable speed electric drives.

Compact format to save space

This reference uses the compact ATV320C design, intended to reduce the space required inside panels and machine structures.

• Width: 105 mm.
• Height: 142 mm.
• Depth: 158 mm.
• Net weight: 1.6 kg.
• Mounting position: vertical ±10°.

Its reduced width makes it easier to install several drives within the same panel, always respecting the ventilation distances and mounting conditions established by Schneider Electric.

Fan cooling

The ATV320U11M2C uses forced fan cooling. Its cooling airflow is approximately 16 m³/h and the declared thermal dissipation reaches 61 W at 200 V and a switching frequency of 4 kHz.

• Cooling type: fan.
• Cooling airflow: 16 m³/h.
• Thermal dissipation: 61 W.
• Noise level: 48 dB.

IP20 protection

The drive has an IP20 protection rating according to IEC 60529 and IEC 61800-5-1, so it is mainly intended for installation inside electrical cabinets or suitable enclosures.

With the corresponding conformity accessories, it can be configured as UL Type 1 under the conditions defined by Schneider Electric.

Wide operating temperature range

The Altivar 320 is designed to operate in demanding industrial environments. It can run without derating at temperatures between -10 °C and 50 °C. Between 50 and 60 °C, it can continue operating by applying the derating factor established by the manufacturer.

• Operating temperature without derating: -10 °C to 50 °C.
• Maximum temperature with derating: 60 °C.
• Storage temperature: -25 °C to 70 °C.
• Relative humidity: 5-95% non-condensing.
• Altitude without derating: up to 1,000 m.
• Maximum altitude: up to 2,000 m with a current reduction of 1% for every additional 100 m.

Technical characteristics of the Schneider Electric ATV320U11M2C

• Brand: Schneider Electric.
• Range: Altivar Machine ATV320.
• Model: ATV320C.
• Reference: ATV320U11M2C.
• Type: variable speed drive.
• Format: compact.
• Application: machinery and automation.
• Rated power: 1.1 kW in heavy duty.
• Power: 1.5 HP.
• Supply voltage: 200-240 V AC.
• Number of input phases: single-phase.
• Output: for three-phase motor.
• Rated output current: 6.9 A.
• Maximum input current: 13.7 A.
• Mains frequency: 50/60 Hz.
• Maximum output frequency: 599 Hz.
• Nominal switching frequency: 4 kHz.
• Adjustable switching frequency: 2-16 kHz.
• Motor types: synchronous and asynchronous.
• Integrated communication: serial Modbus and CANopen.
• Interface: RS485 / RJ45.
• Analog inputs: 3.
• Analog output: 1.
• Digital inputs: 7, including STO.
• PID controller: yes.
• Braking chopper: integrated.
• EMC filter: integrated Category C2.
• STO function: yes, up to SIL 3.
• Safety functions: STO, SLS, SS1, SMS and GDL.
• Protection rating: IP20.
• Cooling: fan.
• Dimensions: 105 x 142 x 158 mm.
• Net weight: 1.6 kg.

Advanced drive for machinery and automation

The Schneider Electric Altivar Machine ATV320C ATV320U11M2C 1.1 kW combines precise motor control, high overload capacity, industrial communications, and advanced safety functions in a compact design. Its 200-240 V single-phase supply makes installation easier in machines that need to control a three-phase motor from a compatible single-phase network.

The integration of Modbus, CANopen, C2 EMC filter, PID controller, braking chopper, and safety functions such as STO SIL 3 makes it a particularly complete solution for machine builders and automation professionals who need flexibility, precision, and industrial connectivity.