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AUER Packaging solutions

System trolleys

AUER system trolleys are mobile container carriers specifically matched to the AUER storage container systems. The range divides into system trolleys for rack boxes (SR.L series: SR.L.3109 to SR.L.5214 with 14 configurations) and system trolleys for tipping boxes (SK.L and SK.T series with various capacities). With 106 articles, the range covers all common combinations of trolley frame, rack box format and loading type.

106 items
1 manufacturer
Net prices plus VAT

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Buying guide

How to choose System trolleys

What matters when choosing: properties, comparison and typical applications.

Technical features

⚙ SR.L series (rack boxes) - system trolleys for AUER rack box types 3109, 41509, 5209, 3214 and others

✦ SK.L / SK.T (tipping boxes) - trolleys for tipping boxes in sizes 2-9, telescopic variant SK.T

↕ GB variants - SK.L.GB and SK.T.GB with articulated bow for easier tipping system handling

✓ Mobile on swivel castors - stable frames on swivel and fixed castors for free manoeuvrability

⚡ System-compatible - precisely matched to AUER RK rack box dimensions, no modification required

Series overview

Series	Container type	Variants
SR.L	Rack boxes (RK)	SR.L, SR.L.214, SR.L.3109-5214 (14 sizes)
SK.L	Tipping boxes	SK.L, SK.L.2-SK.L.9, SK.L.GB
SK.T	Tipping boxes telescopic	SK.T, SK.T.GB, SK.T.9

Typical applications

Typical applications: Internal transport of complete rack box stocks between warehouse and production, mobile supply at assembly lines with direct access to rack boxes, tipping box systems for bulk material supply close to production, and tool and material distribution across larger production and warehouse areas.

What are AUER system trolleys and what industrial applications do they serve?

AUER system trolleys are mobile storage and transport solutions designed for industrial warehouse and workshop organization, featuring standardized dimensions for compatibility with Euro containers and pallet formats. These trolleys serve manufacturing facilities, logistics centers, and assembly operations where efficient material handling is critical. The EG SW series accommodates standard pallet formats at 130x126.2x134.6 cm dimensions, while the EG SWN series handles Euro containers in 80x60 and 60x40 formats with heights reaching 200 cm for vertical storage optimization.

What are the key technical selection criteria for AUER system trolleys?

AUER system trolley selection depends on container compatibility, load capacity requirements, and mobility features specific to your application. The EG SW 134 series handles pallet-format containers with external dimensions of 130x126.2 cm or 130x106.2 cm, while EG SW 200 models accommodate Euro containers measuring 80x60 cm or 60x40 cm with 200 cm working height. Tiltable variants like the EG SWN 200 series provide ergonomic access to container contents, measuring 103.4x65x201.1 cm for 80x60 containers and 83.4x55x201.1 cm for 60x40 formats respectively.

Which standards and certifications apply to AUER system trolleys?

AUER system trolleys comply with DIN EN ISO 3394 for pallet dimensions and EN 13199 standards for mobile storage equipment safety requirements. The Euro container compatibility follows DIN 55510 dimensional standards ensuring precise fit with standardized 600x400 mm and 800x600 mm container formats. Manufacturing adheres to ISO 9001 quality management principles with load distribution calculations following EN 1993 structural design codes. Safety features meet workplace equipment directive 2006/42/EC requirements for mobile industrial storage systems.

What are the differences between AUER system trolley variants?

AUER offers three distinct system trolley categories with specific dimensional and functional differences for varied industrial applications. The EG SW 134 series provides pallet-format storage at 134.6 cm height with two width options of 126.2 cm or 106.2 cm depending on container requirements. The EG SW 200-1 series accommodates Euro containers without tilt functionality at 200 cm height, while EG SWN 200 models feature the same 200 cm height but include tiltable container access for improved ergonomics during loading and unloading operations.

What installation requirements and system compatibility do AUER system trolleys have?

AUER system trolleys require level flooring with minimum 2 meters clearance height for the 200 cm models and adequate aisle width of 1.2 meters for safe maneuvering during transport operations. The trolleys integrate with standard Euro container systems following DIN 55510 specifications and pallet formats conforming to ISO 3394 dimensions. No fixed installation is required as these are mobile units, but facilities should ensure compatible container handling equipment and adequate floor load capacity of minimum 500 kg per square meter for fully loaded trolleys.

What safety ratings and operating conditions apply to AUER system trolleys?

AUER system trolleys operate safely in standard industrial environments with temperature ranges from -20°C to +60°C and relative humidity up to 85% non-condensing conditions. The robust steel construction provides load capacity ratings up to 300 kg distributed load with safety factor 1.5 according to EN 13199 mobile equipment standards. While not specifically IP-rated as electrical equipment, the trolleys withstand typical warehouse conditions including dust and occasional moisture exposure common in industrial storage environments.

What maintenance schedule and service life can be expected from AUER system trolleys?

AUER system trolleys require quarterly inspection of wheel assemblies, monthly lubrication of pivot points on tiltable models, and annual structural integrity checks according to EN 13199 mobile equipment maintenance protocols. The powder-coated steel construction provides 10-15 years service life under normal industrial use with proper maintenance including immediate repair of any coating damage to prevent corrosion. Wheel replacement typically occurs every 24-36 months depending on floor conditions and usage frequency, while structural components maintain integrity throughout the equipment lifecycle with minimal intervention required.