Parker controllers provide multi-axes, coordinated motion control for electromechanical, hydraulic and pneumatic motion systems. Products include stand alone multi-axis motion controllers, intelligent drives and mobile controllers as well as a complete range of supporting accessories.
The CM3033 controller module for mobile vehicle applications has flexible I/O and 10A output capabilities. CM3033 is programmed in Parker PEDS (CODESYS based)/MATLAB/C. Communication via SAE J1939 protocol over CAN bus. Ethernet diagnostic support.
Parker's IQAN-MC4x is a family of master controllers. The 3 sizes are perfectly scaled for:
• MC41 for cost efficient task oriented control
• MC42 mid-size applications and I/O distribution
• MC43 large space-saving centralized control
Parker's IQAN-XC4x expansion modules are perfect for increasing I/O in an IQAN system. They have voltage, current, digital and timer inputs. The outputs are proportional and digital. The modules communicate with an IQAN master module over a CAN bus.
Parker's IQAN-XA2 expansion module can be added to increase I/O in an IQAN system. It has voltage, digital and frequency inputs. The outputs are proportional and digital. The IQAN-XA2 communicates with an IQAN master module over a CAN bus connection.
Parker's IQAN-XC21/XC22/XC23 expansion modules can be added to an IQAN system to increase I/O. They have voltage, digital, PWM and frequency inputs. The outputs are digital. The modules communicate with an IQAN master module over a CAN bus connection.
Parker's IQAN-XS2 expansion module can be added to increase I/O in an IQAN system. The XS2 has voltage and digital inputs. The outputs are digital. The XS2 expansion module communicates with an IQAN master module over a CAN bus connection.
Parker's VMM0604 is a rugged unit that is a perfect controller for mobile equipment when used alone or with other VMM modules in a control system. The VMM0604 communicates using J1939 protocol over a CAN bus connection.
Parker's VMM1615 module is a controller that can be used alone or with other VMM modules in a control system. The VMM1615 has 16 inputs and 15 outputs. The VMM1615 module communicates using J1939 protocol over a CAN bus connection.
Parker's VMM2404 is a rugged unit that is a perfect controller for mobile equipment when used alone or with other VMM modules in a control system. The VMM2404 communicates using J1939 protocol over a CAN bus connection.
Parker's VMM3120 is a rugged unit that is a perfect controller for mobile equipment when used alone or with other VMM modules in a control system. The VMM3120 communicates using J1939 protocol over a CAN bus connection.
Parker's VMM1210 module is a controller that can be used alone or with other VMM modules in a control system. The VMM1210 has 12 inputs and 10 outputs. The VMM1210 module communicates using J1939 protocol over a CAN bus connection.
Parker's CM0711 controller module is a rugged controller that can be used alone or with other controllers in a system. The CM0711 is programmed in C by customers to meet their needs. The CM0711 communicates using J1939 protocol over a CAN bus connection.
Parker's Compax3F servo drive is especially designed for the requirements of electrohydraulic systems. Position, velocity force/ pressure control, synchronous run and cam function for up to 64 axes can be precisely adapted to specific use.
Parker's CM0410 controller module is a compact J1939 slave unit that features configurable I/O using a supplied PC tool. The CM0410 module reports input status and receives output commands from a master using J1939 protocol over a CAN bus connection.
Parker's CM2115 controller module is a rugged unit that is perfect when used alone or with other controllers in a system. The CM2115 is programmed in C by customers to meet their needs. It communicates using J1939 protocol over a CAN bus connection.
Parker's CM3620 controller module is a rugged unit that is perfect when used alone or with other controllers in a system. The CM3620 is programmed in C by customers to meet their needs. It communicates using J1939 protocol over a CAN bus connection.
Parker's CM3626 controller module is a rugged unit that is perfect for a large centrally located controller in a system. The CM3626 is programmed in C by customers to meet their needs. The unit communicates using J1939 protocol over a CAN bus connection.
The PACIO modular IO system adds local and remote IO seamlessly over an EtherCAT E-bus to any existing PAC application. These snap-connecting modules adds any number of digital and analog IO, temperature sensors, and high-speed counters within seconds.
The ACR9000 controls up to 8 axis of servo/stepper and up to 16-axis using Ethernet Powerlink. Program simple point-to-point or complex coordinated motion such as CAMing and gearing using Parker's intuitive AcroBasic programming language.
The PACIO modular IO system adds local and remote IO seamlessly over an e-bus to any existing PAC application. These snap-connecting modules adds any number of digital and analog IO, temperature sensors, and high speed counters within seconds.
The PIO modular expandable system captures IO from a wide variety of control signals from field devices. The modules can be installed and removed without tools and different modules can be combined with each other within the bus terminal system.
The CM0504 Slave Control Module includes a single CAN interface, 5 inputs and 4 outputs with error checking. The main function of the module is to provide a means of controlling high current loads through messages on the CAN bus.
The CM2723 controller module is a compact solution designed to withstand harsh environments without sacrificing reliability. The CM2723 can be used alone or with other controllers in a system.
The Parker motion controller PAC is a programmable controller based on the IEC 61131-3 and PLCopen motion standards. It combines machine logic, real-time motion control and visualization into a standard fan-less and easily mountable din rail solution.
The Parker Automation Controller PAC120 was developed for the automation of fast and precise hydraulic processes. The compact PLC enables higher efficiency and product quality in demanding applications like presses and die casting.
The PACHC is an electrohydraulic control module for operation at a Parker Automation Controller (PAC) for high-dynamic and precise control of 1-2 hydraulic axes. The PACHC enables position, force and pressure control as well as change-over control.
