Orchestrate logic, motion and visualization
Parker machine control
Controllers, remote I/O and operator panels for building a coordinated machine architecture.
Explore
Partner supplier
Official Parker Hannifin distributor in Québec: machine control and motion
Cadence Automatisation is an official distributor of Parker Hannifin products in Québec.
View the official rangeAbout
Connect control, motion and the machine's actual condition
Parker Hannifin brings together control, drive, linear-motion and monitoring technologies for industrial machines. Useful selection begins with the cycle, load, axes, I/O, operator interfaces and maintenance constraints rather than with an isolated component.
Cadence selection
Parker Hannifin catalog structured by family
Explore Parker Hannifin families and identify the technologies suited to your application.
Control speed, torque and position
Parker drives and servo controllers
Variable-frequency and single- or multi-axis servo drives for industrial machines and processes.
Explore
Match torque, inertia and precision
Parker servo motors and gearheads
Rotary servo motors, direct drives and planetary gearheads for high-performance machine axes.
Explore
Position a load on an axis
Parker linear actuators
Belt- or screw-driven actuators, guided positioners and linear motors for precision automation.
Explore
Measure before the machine drifts
Parker sensing and diagnostics
Pressure and position sensors, portable diagnostics and connected monitoring for fluid-power assets.
ExploreSelection guide
Select a Parker architecture around machine motion and cycle
Parker families cover machine logic, motion energy, axis mechanics and condition data. Comparing them together helps avoid a motor or drive decision that overlooks control, network and real operating requirements.
Orchestrate logic, motion and visualization
Parker machine control: role and selection criteria
Controllers, remote I/O and operator panels for building a coordinated machine architecture. Cadence connects machine cycle, axis count, I/O, networks, operator interface, safety and maintenance to platform selection.
Key considerations
- Catalogue technologies: PLC, PAC, Remote I/O, HMI.
- Associated industrial contexts: Motion control, Connected industry and IIoT, Precision positioning.
- The technology should remain aligned with machine logic and the expected motion result.
When to use it
For this family, verify the cycle, load, inertia, network, feedback and mechanical constraints of the axis.
Control speed, torque and position
Parker drives and servo controllers: role and selection criteria
Variable-frequency and single- or multi-axis servo drives for industrial machines and processes. Selection considers power, load profile, regeneration, accuracy, industrial network, functional safety and software integration.
Key considerations
- Catalogue technologies: VFD, Servo drive, Regeneration, EtherCAT.
- Associated industrial contexts: Motion control, Energy efficiency, Precision positioning.
- The technology should remain aligned with machine logic and the expected motion result.
When to use it
For this family, verify the cycle, load, inertia, network, feedback and mechanical constraints of the axis.
Match torque, inertia and precision
Parker servo motors and gearheads: role and selection criteria
Rotary servo motors, direct drives and planetary gearheads for high-performance machine axes. Cadence sizes motor and mechanics by load, reflected inertia, speed, acceleration, backlash, stiffness and environment.
Key considerations
- Catalogue technologies: Brushless servo, Direct drive, Planetary gearhead, Low backlash.
- Associated industrial contexts: Motion control, Precision positioning, Robotics.
- The technology should remain aligned with machine logic and the expected motion result.
When to use it
For this family, verify the cycle, load, inertia, network, feedback and mechanical constraints of the axis.
Position a load on an axis
Parker linear actuators: role and selection criteria
Belt- or screw-driven actuators, guided positioners and linear motors for precision automation. The journey connects stroke, load, speed, accuracy, repeatability, guidance, orientation, environment and duty cycle.
Key considerations
- Catalogue technologies: Linear actuator, Ball screw, Belt drive, Linear motor.
- Associated industrial contexts: Motion control, Precision positioning, Industrial assembly.
- The technology should remain aligned with machine logic and the expected motion result.
When to use it
For this family, verify the cycle, load, inertia, network, feedback and mechanical constraints of the axis.
Measure before the machine drifts
Parker sensing and diagnostics: role and selection criteria
Pressure and position sensors, portable diagnostics and connected monitoring for fluid-power assets. Cadence connects variable, range, accuracy, frequency, connectivity, thresholds and maintenance process to the sensing strategy.
Key considerations
- Catalogue technologies: IO-Link, Condition monitoring, Wireless sensor, Pressure switch.
- Associated industrial contexts: Predictive maintenance, Connected industry and IIoT, Process instrumentation.
- The technology should remain aligned with machine logic and the expected motion result.
When to use it
For this family, verify the cycle, load, inertia, network, feedback and mechanical constraints of the axis.
Applications
Industrial applications for Parker technologies
Control and motion technologies are sized around the part, load profile and throughput. They are relevant when a machine must evolve its axes, productivity or diagnostics without losing architectural coherence.
OEM machines and multi-axis stations
Controllers, servo drives and actuators can be assessed as a whole when motion profiles and format changes determine the cycle.
Explore OEM and integrator solutionsMaterial handling and production equipment
Transfer, positioning and processing axes benefit from being connected to load, access and equipment-availability constraints.
Explore industrial applicationsPackaging and line modernization
A modernization can connect motion, operator interface and diagnostics to make throughput and maintenance adjustments easier to understand.
Explore food-industry applicationsCadence guidance
Cadence, a Parker Hannifin partner in Québec
Cadence can help frame the variables that connect control and motion: load, inertia, travel, speed, cycle, sensor feedback, network, safety to validate and mechanical constraints. The goal is to prepare a coherent technical comparison before final configuration.
- Map the machine cycle, axes and interfaces
- Connect the drive, motor and axis mechanics
- Prepare integration and maintenance criteria
Sources
Official Parker Hannifin references
The technologies and categories are cross-checked against the manufacturer's official pages. Links lead to the original documentation.
Parker Hannifin project
Need help scoping a Parker axis or architecture?
Describe the machine, required motion, load, cycle and existing interfaces. Cadence can help identify relevant families before final sizing.