PAR Systems
Maximize Safety and Operating Efficiency with PAR Anti-Sway Crane Systems
PAR EXPERTOPERATOR™ anti-sway crane control system allows for the movement of payloads in a swing-free manner, allowing crane operators to reduce payload swing by 85-95%
PAR anti-sway crane control protects your operators and bottom line.
Investing in an anti-sway crane system enhances workplace safety and provides financial advantages by reducing downtime and maximizing productivity.
Increase Productivity & Cycle Time by up to 40%
EXPERTOPERATOR™ is an advanced motion control system. PAR’s motion control software uses unique algorithms that enables crane operators to more easily, quickly, and safely control the movements of payloads. EXPERTOPERATOR™ anti-sway crane control system has been proven to:
- Increase safety of personnel and equipment
- Improve cycle time by up to 40%
- Reduce operator training time
- Provide more accurate load placement
- Reduce crane maintenance and extend crane life
Read about how anti-sway crane technology has been used in the automotive manufacturing industry.
EXPERTOPERATOR™ Motion Control Modules
SAFEMOVE™, CRANEVISION™, AUTOMOVE™
See how it works.
The PAR anti-sway control system integrates into your existing crane platform with typical installation time of one day.
EXPERTOPERATOR™ is most effective for applications that require high throughput and precise manipulation of loads to meet production demands and prevent collisions with sensitive equipment and personnel.
Benefits of EXPERTOPERATOR™
- No Adjustments Needed: For height, sling length or load.
- Increased Safety and Collision Prevention: Load sway prevention reduces risk of equipment damage and personal injury.
- Minimized Downtime: This retrofit solution integrates into your existing hardware platform with typical installation time and of one day.
- Increased Productivity: Hundreds of operator studies demonstrate that cycle time improves by 10% to 40%.
- Maintenance Reduction: EXPERTOPERATOR is the only anti-sway crane technology that does not require sensors of any kind, even with complicated rigging configurations.
- No Operator Inputs Required: The sensorless system’s predictive algorithm seamlessly adjusts to any hook height, eliminating the need for manual height inputs.
- Compatibility: Seamlessly works with existing VFDs, radio and tethered pendants with continuous or multi-step functionality.
- Increased Accuracy: Accurate load placement is simple because operators focus on positioning rather than swing correction.
- Minimal Training: Novice operators perform as well as their experienced counterparts, reducing the need for extensive training.