Plate transport

Fetra plate transport carts are specialized industrial trolleys designed for the safe movement of large, flat materials such as metal sheets, glass panels, and composite boards in manufacturing and warehouse environments. These heavy-duty carts feature robust steel construction with load capacities ranging from 750 kg to 3 tonnes, accommodating loading surfaces from 700x700 mm up to 2500x700 mm. Primary applications include sheet metal fabrication facilities, glass processing plants, furniture manufacturing workshops, and construction material warehouses where oversized flat materials require controlled handling. The carts are essential in automotive, aerospace, and building materials industries where dimensional accuracy and damage prevention during transport are critical operational requirements.

Selection of Fetra plate transport carts depends primarily on maximum load weight, material dimensions, and handling frequency requirements in the specific application. Load capacities range from the Fetra 4465 model at 750 kg for lighter sheet materials up to the Fetra 2123 heavy-duty variant supporting 3 tonnes for thick metal plates and composite panels. Loading surface dimensions must accommodate the largest materials handled, with options from compact 700x700 mm platforms for small workshops up to extended 2500x700 mm surfaces for long structural materials. Additional considerations include whether single-sided access (models 4454, 4455, 4456) or double-sided loading capability (models 4474, 4475, 4476) better suits the workflow, and whether fixed handle configurations or removable support brackets provide optimal material securing during transport.

Fetra plate transport carts comply with DIN EN 1757-3 standards for industrial trucks and material handling equipment, ensuring structural integrity and operational safety in commercial environments. The welded steel construction meets EN 10025 specifications for structural steels, providing verified load-bearing capacity under dynamic conditions. All models incorporate safety features conforming to EN 349 regulations for crushing point prevention and EN ISO 12100 machinery safety directives for ergonomic design and accident prevention. ESD-compatible versions available in the product range meet IEC 61340-5-1 electrostatic discharge control standards, essential for electronics manufacturing and cleanroom applications where static-sensitive components require protected transport environments.

Single-sided Fetra plate carts (models 4454, 4455, 4456) feature material support brackets mounted on one edge only, providing access from three sides for loading and unloading operations in constrained spaces or against walls. Double-sided variants (models 4474, 4475, 4476) incorporate support structures on both long edges, offering maximum material stability during transport but requiring access from the shorter ends only. The single-sided configuration excels in workshop environments where carts must be positioned against machinery or storage racks, while double-sided models provide superior load distribution for heavy materials and extended transport distances. Load capacities remain consistent between access configurations, with the primary difference being material accessibility and space utilization requirements in the specific operational environment.

Fetra plate transport carts require level concrete or industrial flooring capable of supporting concentrated wheel loads up to 1200 kg per contact point, with surface smoothness tolerances not exceeding 3 mm variation per meter for optimal wheel performance. Operating environments must provide minimum aisle widths of 1.2 meters for maneuvering smaller models and up to 2.8 meters for full-length material handling with extended carts like the 2500 mm variants. The polyurethane wheels are compatible with standard industrial flooring materials including sealed concrete, epoxy coatings, and anti-slip surfaces, but require protection from oil contamination and temperatures exceeding 60°C. No electrical connections or compressed air systems are required, making these manually operated carts suitable for integration into existing material handling workflows without infrastructure modifications or additional utility requirements.

Fetra plate transport carts operate reliably in ambient temperatures from -10°C to +60°C, suitable for most industrial warehouse and manufacturing environments including unheated storage facilities and moderate climate-controlled production areas. The powder-coated steel construction provides corrosion resistance equivalent to ISO 9227 salt spray test standards, ensuring long-term durability in humid conditions up to 85% relative humidity without condensation. While not carrying formal IP ratings as non-electrical equipment, the sealed bearing systems and solid construction tolerate typical industrial dust levels and occasional moisture exposure common in metalworking and fabrication environments. Load distribution across multiple wheel contact points maintains stability within 5-degree floor inclination limits, with integrated brake systems on select models providing secure positioning during loading operations and temporary material storage.

Fetra plate transport carts require monthly visual inspection of wheel condition, bearing smooth operation, and structural integrity of welds and mounting points, with documented checks mandatory in ISO 45001 safety management systems. Polyurethane wheels should be replaced when wear exceeds 2 mm depth or visible cracking appears, typically occurring after 2-3 years under normal industrial usage patterns. Bearing lubrication using lithium-based grease conforming to DIN 51825 specifications extends service life to 8-10 years with semi-annual maintenance intervals depending on load frequency and environmental conditions. Annual professional inspection including load testing to 125% of rated capacity verifies continued compliance with DIN EN 1757-3 safety standards, with complete service records required for insurance compliance and regulatory documentation in manufacturing quality systems.