Conductive Industrial Casters (304kg)

Load Capacity: ≤304kg
Installation Method: Top Plate
Installation Size: (76-92)x(67-76)mm
Top Plate Size: 114x102x6mm
Bolt Hole Size: 11.2mm
Load Height: 241mm
Wheel Diameter: φ200xW51mm
Wheel Material: Conductive TPR
Bracket Type: Swivel/Rigid
Bracket Material: Metal

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Wheel DiameterTread WidthLoad CapacityWheel MaterialBracket TypeInstallation TypeInstallation SizeOverall Height
φ75mm32mm90kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm105mm
φ90mm32mm114kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm119mm
φ100mm32mm136kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm130mm
φ125mm32mm136kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm157mm
φ100mm51mm180kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm143mm
φ125mm51mm180kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm165mm
φ150mm51mm270kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm191mm
φ200mm51mm304kgConductive TPRSwivel/RigidTop Plate(76-92)x(67-76)mm241mm

Features

Conductive industrial casters are designed to prevent the buildup of static electricity while providing mobility to equipment in industrial settings. These casters have several features that make them suitable for use in sensitive environments, including:

  1. Conductive materials: Conductive industrial casters are made from materials that are designed to conduct electricity, such as carbon black or stainless steel. This helps to dissipate any static electricity that may build up on the caster.
  2. Low resistance: These casters have a low electrical resistance, which allows them to quickly and safely discharge any static electricity that may be present.
  3. Grounding: Conductive industrial casters are often grounded to provide a path for static electricity to flow to the ground. This helps to prevent static discharge from damaging sensitive equipment.
  4. Non-marking: Many conductive industrial casters are designed to be non-marking, which means they won’t leave scuff marks or damage flooring surfaces.
  5. Durability: Industrial casters need to be durable to withstand the harsh conditions of industrial settings. Conductive casters are often made with heavy-duty materials that can withstand the wear and tear of heavy use.
  6. Load capacity: Conductive industrial casters are designed to support heavy loads, making them suitable for use with large equipment and machinery.

Applications

Conductive industrial casters are used in a variety of applications in industries where electrostatic discharge (ESD) can cause damage or safety hazards. Some of the common applications of conductive industrial casters include:

  1. Electronics manufacturing: Conductive casters are used to transport sensitive electronic equipment such as computers, servers, and other high-tech devices that can be damaged by ESD.
  2. Medical equipment: Conductive casters are used to transport medical equipment such as MRI machines, CT scanners, and other sensitive medical devices that require protection from ESD.
  3. Aerospace industry: Conductive casters are used to transport aircraft components, avionics equipment, and other sensitive aerospace technology that can be damaged by ESD.
  4. Explosives and flammable material handling: Conductive casters are used to transport containers or equipment that contain explosives, flammable gases, or liquids that can be ignited by ESD.
  5. Chemical manufacturing: Conductive casters are used to transport equipment that contains volatile chemicals, which can be ignited by ESD.
  6. Cleanroom environments: Conductive casters are used in cleanroom environments to prevent the buildup of static electricity, which can attract and hold particles and other contaminants.