Vision Controls

The ACS180 is a compact, robust, and adaptable variable speed drive (VSD) for applications up to 22 kW. This easy-to-use compact VSD offers excellent performance and quality at superior value with all essential machinery application features embedded. And as a member of ABB’s all-compatible drives portfolio, it shares the same architecture and user interfaces for ease of use.

The VLT® AutomationDrive FC 360 is a general purpose drive that provides precise and effi cient motor control in a wide range of industrial applications. Built-in features help owners save space in installations, time in setup and eff ort in daily maintenance. The result is a powerful and versatile solution that increases process effi ciency and quality in a cost-effi cient package.

Designed for challenging environments

Using advanced coating and quality internal electronics protection, the FC 360 has the rugged characteristics demanded by the textile, plastics, rubber, food, beverage and building materials industries.

Maximize productivity

An easy to use control panel in English and Chinese saves valuable time in commissioning and maintaining the drive, and enables owners to maximize uptime and save energy

The VLT® AutomationDrive FC 360 is a general purpose drive that provides precise and effi cient motor control in a wide range of industrial applications. Built-in features help owners save space in installations, time in setup and eff ort in daily maintenance. The result is a powerful and versatile solution that increases process effi ciency and quality in a cost-effi cient package.

Designed for challenging environments

Using advanced coating and quality internal electronics protection, the FC 360 has the rugged characteristics demanded by the textile, plastics, rubber, food, beverage and building materials industries.

Maximize productivity

An easy to use control panel in English and Chinese saves valuable time in commissioning and maintaining the drive, and enables owners to maximize uptime and save energy

The VLT® AutomationDrive FC 360 is a general purpose drive that provides precise and effi cient motor control in a wide range of industrial applications. Built-in features help owners save space in installations, time in setup and eff ort in daily maintenance. The result is a powerful and versatile solution that increases process effi ciency and quality in a cost-effi cient package.

Designed for challenging environments

Using advanced coating and quality internal electronics protection, the FC 360 has the rugged characteristics demanded by the textile, plastics, rubber, food, beverage and building materials industries.

Maximize productivity

An easy to use control panel in English and Chinese saves valuable time in commissioning and maintaining the drive, and enables owners to maximize uptime and save energy

The VLT® AutomationDrive FC 360 is a general purpose drive that provides precise and effi cient motor control in a wide range of industrial applications. Built-in features help owners save space in installations, time in setup and eff ort in daily maintenance. The result is a powerful and versatile solution that increases process effi ciency and quality in a cost-effi cient package.

Designed for challenging environments

Using advanced coating and quality internal electronics protection, the FC 360 has the rugged characteristics demanded by the textile, plastics, rubber, food, beverage and building materials industries.

Maximize productivity

An easy to use control panel in English and Chinese saves valuable time in commissioning and maintaining the drive, and enables owners to maximize uptime and save energy

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

 

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

The ACS380 machinery drives

Reliable performance and ease of integration

Excellent motor control

The ACS380 machinery drive is a robust and compact drive

ideal for machine building. It can control various motor

types from 0.25 to 22 kW. Whether the requirement is high

starting torque, accurate speed control, stable torque or

dynamic response to sudden load variations, the ACS380

drive meets it with or without encoder feedback.

Ease of integration

The ACS380 drive has many advanced features built-in as

standard. A selection of variants and options allow the drive

to be optimized for various fieldbus communication, I/O and

EMC requirements. With the integrated functional safety

features, the ACS380 drive can also be part of the machine’s

safety system via PROFIsafe over PROFINET and safely stop

the motor when required. All together, this saves a lot of

time and money for machine builders using large numbers

of drives per year.

Designed to last 10 years or more

The design lifetime expectancy of the ACS380 drive and its

overall components exceeds 10 years in normal operating

environments. In some cases, ACS380 drive can last 20 years

or more. Design features including coated circuit boards,

minimized airflow through the electronics, and up to 50 °C

operating temperature without derating make the ACS380

a safe choice for customers expecting high reliability.

This is further enhanced by a full load test that

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

Goodrive20-EU is a general purpose vector control VFD withcertied STO(Safe torque Off) function. It’s oriented for OEMequipment markets, mainly covering the applications ofwater treatment, printing and packaging, paper machinery,shearing, plastic, etc.V/F(SVPWM) and Sensorless Vector Control (SVC).External keypad for parameter copy.Common DC bus solution (460V; 4kW).Starting torque up to 0.5Hz/150%.Standard built-in braking unit.Standard C3 lter (4kW), optional C3 lter (2.2kW) andC2 lter.

ACS580 general purpose drives minimize your automation efforts, while maximizing reliability and energy savings for your processes. These drives are plug-in ready to control compressors, conveyors, mixers, pumps, centrifuges, fans and many other variable and constant torque applications in different industries. The ACS580 is part of ABB’s all-compatible drives portfolio, sharing the same architecture and user interface for better usability. 

• Easy to select, install and use
• All important features are built into the drive to minimize the number of external components
• Powerful control functions for simplified process automation and control
• Straightforward settings menu and assistants for fast commissioning
• Energy efficiency features for optimal energy use
• Connect to any automation system or use stand-alone
• Wide availability and support
• Designed for reliability and consistent high quality

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

This manual is applicable with drive, inverter and converter modules which have electrolytic DC capacitors in the DC link. The module types are listed in the table below. The module types are commonly referred to as converter or converter module later in this manual. The converter module types are in use in these product series: • drive series: ACS800, ACS850, ACQ810, ACSM1, ACS180, ACS380, ACH480, ACS480, ACH580, ACQ580, ACS580 and ACS880 • wind turbine converter series: ACS800-67LC, ACS800-77LC, ACS800-87LC and ACS800N-87LC.

When you need simplicity and intelligence in one self-contained solution the ACS550 covers a wide range of options. Ideal for variable and constant torque applications from pumps and fans to conveyors and mixers as well as many other variable and constant torque applications. Enjoy plug and play convenience right from the start. No customizing or special product engineering required.  Monitor your savings easily with the built-in counters, which display energy savings in kilowatt hours, carbon dioxide emissions or local currencies.