Swivel caster with central, total or directional lock 5.91 in
- Non-hazardous materials
- Tested quality
- Award-winning design
IF Design Award
IF Design Award
Red Dot Design Award
Red Dot Design Award
Accessories
The Adaptor is an accessory designed to enhance caster functionality and compatibility across various applications. This precision-engineered component weighs 0.21 pounds, making it a lightweight addition to your caster assembly that minimizes overall system weight while maintaining structural integrity. The adaptor facilitates seamless integration between different caster types and mounting systems, allowing engineers to standardize equipment configurations and reduce inventory complexity. Its compact design ensures easy installation without requiring specialized tools or extensive modifications to existing equipment. This accessory is ideal for applications requiring flexible caster mounting solutions, providing reliable performance in industrial, commercial, and material handling environments where adaptability and durability are essential requirements.
The Change lever is an accessory designed for caster applications, engineered to provide reliable operational control in demanding industrial environments. This component weighs 0.25 pounds, making it a lightweight addition to your caster assembly that does not significantly impact overall system weight or mobility. The Change lever facilitates smooth transitions and adjustments to caster functionality, enabling operators to quickly modify caster behavior without requiring complete system reconfiguration. Its compact design and minimal weight profile make it suitable for integration into various caster systems where space constraints and weight considerations are critical factors. This accessory is ideal for applications requiring frequent operational adjustments or mode changes, offering engineers a practical solution for enhancing caster versatility and operational efficiency in manufacturing, material handling, and logistics environments.
The Change lever is an accessory designed for caster applications, engineered to provide reliable operational control in industrial and commercial environments. This component weighs 0.14 pounds, making it a lightweight addition to caster assemblies while maintaining structural integrity for demanding applications. The Change lever facilitates smooth transitions and adjustments in caster functionality, enabling operators to modify caster behavior efficiently without requiring complete system reconfiguration. Its compact design and minimal weight contribution make it suitable for integration into existing caster systems where space constraints or load considerations are critical factors. This accessory is manufactured to precision standards, ensuring consistent performance and durability across repeated operational cycles in various industrial settings.
The Change lever is an accessory designed for caster applications, engineered to provide reliable operational control in demanding industrial environments. This component weighs 0.21 pounds, making it a lightweight addition to your caster assembly that minimizes overall system weight while maintaining structural integrity. The Change lever facilitates smooth transitions and adjustments in caster functionality, offering technicians and maintenance personnel an intuitive interface for quick modifications without requiring specialized tools or extensive downtime. Its compact design ensures compatibility with standard caster configurations, while its durable construction withstands repeated use in high-traffic warehouse, manufacturing, and material handling operations. This accessory integrates seamlessly into existing caster systems, enhancing operational flexibility and user control.
The bearing bush is a caster accessory designed to provide reliable rotational support and reduce friction in caster wheel assemblies. This component weighs 0.08 pounds and is engineered to enhance the performance and longevity of caster systems by facilitating smooth wheel rotation and minimizing wear on critical bearing surfaces. The bearing bush serves as an essential interface between the caster wheel and its mounting structure, ensuring optimal load distribution and operational efficiency. Suitable for various industrial and commercial applications, this accessory is manufactured to precise engineering specifications to maintain consistent performance standards across diverse operating environments and load conditions.
The Bushing is a reducing bushing, square accessory designed for caster applications, engineered to facilitate secure connections and smooth operational integration. This component features a bolt diameter of 1.1 inches, providing robust fastening capability for reliable assembly and installation. With a lightweight construction weighing 0.1 pounds, the bushing offers minimal added mass while maintaining structural integrity and durability. The square reducing design enables efficient load transfer and compatibility with standard caster mounting systems, making it an essential component for equipment requiring adjustable or transitional fitting solutions in industrial and commercial settings.
The Profile bar is an accessory designed to enhance caster functionality and performance in industrial and commercial applications. This component serves as a critical attachment element that facilitates improved load distribution and directional control when integrated with standard caster assemblies. The profile bar is engineered to provide structural reinforcement and stability, making it suitable for equipment requiring enhanced maneuverability across various floor surfaces. Its design accommodates straightforward installation onto compatible caster systems, allowing for quick integration into existing material handling equipment and mobile platforms. This accessory is particularly valuable in environments where precision positioning and reliable caster operation are essential for operational efficiency.
The Bushing is a reducing bushing, square accessory designed for caster applications, featuring a bolt diameter of 1.1 inches and weighing 0.08 pounds. This component serves as a critical adapter fitting that enables secure mounting and load transfer between caster assemblies and mounting surfaces. The square reducing bushing design provides reliable mechanical connection while accommodating standard fastening requirements. Its compact weight and precision engineering make it suitable for integration into various caster systems where dimensional compatibility and structural integrity are essential for optimal performance and longevity.
Matching Products
The Integral is a swivel caster with central total lock designed for demanding healthcare environments including anesthesia carts, C-arms, CT scanners, MRI systems, X-ray equipment, care beds, dialysis carts, hospital beds, stretchers, and ultrasound systems. The fitting features a stem with cam hole for profile bars and is designed for integration into hospital bed frames, though washable beds must be sealed in the fitting area by the hospital bed manufacturer to ensure proper functionality and hygiene compliance. The housing is constructed from medium steel sheet and incorporates a precision ball bearing for smooth swivel operation and reliable performance under continuous use. The wheel assembly measures 5.91 inches in diameter and features a polyurethane tread material that is injected and electric-conductive, paired with a polyamide body that is also electric conductive, ensuring safe operation in sensitive medical environments. The wheel is supported by a precision ball bearing that is sealed to protect against contamination and extend service life. The overall height of the caster is 7.2 inches, providing appropriate clearance for typical hospital bed and medical equipment applications. The caster supports a static load capacity of 992.08 pounds and a dynamic load capacity of 330.69 pounds at speeds up to 2.49 miles per hour, with an additional dynamic rating of 330.69 pounds at 1.86 miles per hour, ensuring reliable performance across various operational scenarios in healthcare facilities.