AC-Series Variable Frequency Drives from Parker Hannifin

Parker mSR 100 Series Linear Motor PositionerParker's AC series of Variable Frequency Drives (VFDs) offers a new robust and scalable solution for industrial motor speed and torque control. From simple standalone applications to sophisticated, multi-axis feedback-driven systems, the new AC15, AC20, and AC30 series delivers a range of high performance, flexible, solutions that make it suitable for a broad array of industries including manufacturing, HVAC, packaging, and process automation.

While there are myriad options for VFDs from many manufacturers on the market, Parker’s AC Series VFDs stand out for their simplicity, reliability, and wide array of advanced features usually only found in more expensive products. Across the four models, power outputs from 0.37 kW up to 450 kW are supported. All three models are equipped with Ethernet for easy communication and programming. Additionally, all of the Parker AC Series feature Safe Torque Off (STO) for SIL2 and PLd rated safety circuits. 


Have You Ever Been Frustrated by Complex VFD Configurations?

Features

AC-Series Variable Frequency Drives Features:

The Parker AC Series is built around a scalable architecture that supports a wide range of industrial applications — from compact OEM systems to fully integrated automation lines. Whether you're choosing the AC15, AC20, or AC30, every drive is designed with shared core principles of reliability, flexibility, and control. All models are CE and RoHS compliant and feature conformally coated electronics for enhanced durability.

The Parker AC15 is optimized for compact installations and cost-sensitive applications where basic motor control is required in the lower power ranges.  
 

Parker AC15 Features


The Parker AC20 adds advanced communication/fieldbus options and feedback options for more precise general-purpose industrial tasks. 

 

Parker AC20 Features Diagram


The Parker AC30 is a modular platform that supports higher power, more advanced closed-loop control, PLC functionality, and extensive expandable I/O for high-end automation.
 

Parker AC30 Features Diagram


All Parker AC Drive models include the following features:

  • Sensorless Vector and V/Hz Control Modes
  • PID Control and Process Feedback Loops
  • Energy Optimization & Fire Mode
  • Spinning Load Recovery
  • Programmable Frequency Skipping
  • SD Card Slot for Backup and Cloning
  • Maintenance Timers and Alerts
  • Conformally Coated Electronics

 

Drive System Explorer Lite

Parker’s free DSELite software enables intuitive block-based configuration with drag-and-drop logic, real-time monitoring, and customizable function blocks — ideal for quick deployment and cloning across systems. 

Specifications

AC-Series Variable Frequency Drives Specifications:

  AC15AC20AC30
Price Point (Budgetary)~$700 - $6,000 ~ $1500 - $35,000~$2,000 - $95,000
Input Power230VAC 1 Phasexx 
 230VAC 3 Phasexx 
 400+VAC 3 Phasexxx
 Up to 450kW   x
 Up to 180kW  x 
 Up to 30kW x  
 I/ORelay Out (Base)122
 DI/DO (Base)6/2 or 8/0 7/3 or 10/0 6/4 or 10/0
 AI/AO (Base) 2/32/32/2
 Thermistor (Base)110
 Expandable I/O xxx
SafetySTOxxx
ProgrammingKeypadxxx
 DSE Litexxx
 Parker Developer  
(IEC 61131-3)
  x
COMSRS485 / Modbus RTU  xx
 Ethernet/IP  xx
 Profinet IO xx
 Profibus xx
 Modbus TCP/IPxxx
 CANopen xx
 EtherCAT xx
MotorAC Inductionxxx
CompatibilityPMACxxx
FeedbackIncremental xx
 Resolver  x
Ingress ProtectionIP20xxx

Full specifications can be found in the catalog and user manuals below. 

Applications

AC-Series Variable Frequency Drives Applications:


Typical Uses for Parker AC Series Drives

IndustriesApplications
  • HVAC
  • Refrigeration  
  • Agriculture
  • Marine & Offshore
  • Factory Automation
  • Printing & Marking Equipment
  • Metal Mills/Foundries
  • Timber/Pulp & Paper
  • Food & Beverage
  • Wire & Cable Processing  
  • Oil and Gas
  • Packaging
  • Textile
  • Pumps
  • Fans
  • Conveyors
  • Extruders
  • Compressors
  • Crane Hoist Equipment
  • Mixers / Agitators
  • Elevators
  • Lathes or Mills
  • Winding and Unwinding 
Typical Uses for Parker AC Series Drives

Q & A

Q&A Section with Expand/Collapse Icons

AC-Series Variable Frequency Drives Q & A:

+ When should I use a VFD system instead of a Servo (or stepper) system? 
Servos and steppers are best used in applications that require dynamic start/stops and higher levels of precision. VFDs shine over servo and steppers when there are continuous heavy loads that don’t require precise control and are more price sensitive.  
+ Why should I use Parker AC drives instead of less expensive VFDs?
Parker AC drives offer capabilities beyond basic motor control. These include safety-rated circuits to help protect personnel, equipment, and processes; conformal coatings and overdrive capacity to protect and extend drive life; flying catch functionality to safely regain control of free-spinning motors or fans; and extensive parameter access for deeper process optimization, diagnostics, and data collection. These features provide greater control, efficiency, and reliability in demanding industrial environments. 
 
+ What are the differences between Parker AC15, AC20, and AC30 drives?
The AC15 is a compact drive for basic motor control up to 30 kW.  
The AC20 adds closed-loop control and fieldbus compatibility up to 180 kW. 
The AC30 is a modular drive with PLC features for high-end automation to 450 kW. The primary drivers on which series to use would be (1) application complexity, (2) power requirement, and (3) network or feedback compatibility. 
+ What communication protocols do Parker AC drives support?

All Parker AC drives support Modbus TCP/IP by default. Higher models (AC20 and AC30) also support common fieldbuses like Ethernet/IP, Profinet, Profibus, EtherCAT, and CANopen.

+ Can I use Parker DSELite software with all AC drives?  

Yes, Parker DSELite is compatible with all AC drives and provides function block programming with pre-installed libraries for rapid setup and configuration.

+ Can Parker AC drives be used in HVAC systems? 

Yes, Parker AC drives (especially the AC20 and AC30) are widely used in HVAC applications like fans, compressors, and pumps to increase performance and also to save money on energy costs.

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