Compact Parker HLR rodless actuators deliver high load and thrust forces

Parker Hannifin has introduced its class-leading HLR (High Load Rodless) actuator series designed specifically for OEM applications. The state-of-the-art HLR series offers a number of market-differentiating features, including high load and thrust force capabilities, which save customers money by allowing the use of a smaller HLR than those currently available on the market. In addition, connecting shafts (available in different lengths) and a wide choice of other accessories make it quick and easy to build up double or multiple axis gantry systems; again, saving money by reducing design resource and solution complexity. Typical applications include materials handling and feed systems, packaging machines, and a host of other general purpose uses with inherent high loads.

HLR actuators are designed to offer extremely straight movement over the complete stroke, thus aiding the creation of reliable multi-axis solutions. They are timing belt-driven, linear-guided drive systems that deliver a very high load capacity of up to 3847 Newtons (N) (based on a theoretical lifetime of 8000 km) within a space saving form factor. The series is therefore ideal for a wide range of automation applications, including those in restricted working environments.

The actuators feature a square rail giving higher load capacity and greater lifetime versus comparable competitor actuators. Total cost of ownership is reduced with the aid of two side lubrication ports that minimise and simplify maintenance. The actuators are RoHS compliant and incorporate stainless steel covers to give an IP40 protection rating that allows use in harsh environments. A rigid aluminium extrusion profile can be used for self-supporting solutions.

Importantly, HLR series actuators feature integrated magnetic blocks for initiators on both sides, offering the use of groove integrated standard P8S initiators. Additional attributes that enhance design flexibility include the ability to mount the motor on four sides and the use of a standard drive housing that supports gearbox mounting on any side – so there is no need to define the gearbox mounts and position in advance.

Two base versions are available – the HLR070 and HLR080. While the HLR070 offers a 2500 mm maximum travel length and 500 N maximum thrust force, the HLR080 provides a maximum travel length of 3500 mm supported by a maximum thrust force of 900 N. Compact external dimensions are 69 x 64 mm and 82 x 76.5 mm respectively. Performance parameters include a maximum speed of 5 m/s, maximum acceleration of 50 m/s2 and repeatability ±0.05 mm.

Parker Hannifin is also able to provide complete, pre-defined drive and control packages to match and integrate HLR actuators into a wide range of applications. By using the pre-defined drive packages (consisting of actuator, motor, gearbox and servocontroller), a complete drive train can be quickly selected to suit a specific task.

Related Articles



Editor’s Pick: Featured Article

Weidmüller’s u-control 2000: The Automation Controller

Weidmüller’s u-control 2000: The Automation Controller

Weidmüller’s scalable engineering software, u-control 2000, adapts individually to your requirements. And, the u-control is powerful, compact and fully compatible with Weidmüller’s I/O system u-remote. This article looks at what makes u-control the heart of your automation.

Programmable logic controllers (PLCs) are one of the main components of any automated system. A typical control system has inputs, outputs, controllers (i.e., PLCs), and some type of human interaction with the system, a human machine interface (HMI), for example.

Read More



Latest Articles

  • The Power of OPC-UA in Industrial Automation

    February 27, 2024 In the world of industrial automation, the need for seamless communication between devices and systems in paramount. This is where OPC-UA (Open Platform Communications United Architecture) comes into play. OPC-UA is an open and secure communication protocol that enables interoperability between different devices and software applications. In this blog post, Omron explores… Read More…

  • Helping McMaster University Adapt its Buildings for the Future

    Helping McMaster University Adapt its Buildings for the Future

    February 22, 2024 McMaster University is using technology to better control and manage its legacy thermal systems and create smarter buildings McMaster University is using technology to better control and manage its legacy thermal systems and create smarter buildings. Carmichael Engineering Ltd., a Canadian systems integrator, worked closely with ABB Canada’s leading experts and its highly… Read More…