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Only shielding bags form a Faraday cage. Conductive and dissipative packaging prevents charging inside, but does not protect the contents against an external field.

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ESD Boxes

Big Boxen

Collapsible ESD big boxes with four access flaps combine the protection principle of conductive plastic with a space-saving folding mechanism for empty container return logistics. The Auer ESD KLK series covers two base formats: 1208 (1200 x 800 mm) and 1210 (1200 x 1000 mm), each in Standard, R and K variants. The four lateral access flaps allow access to the contents without fully opening the box, saving time during partial retrieval in production.

6 items
1 manufacturer
Net prices plus VAT

Buying guide

How to choose Big Boxen

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

Technical features

⚡ Conductive ESD plastic - surface resistance in the dissipative range, EPA-compliant per DIN EN 61340-5-1

⚙ Folding mechanism - box collapses to a fraction of its height, saving space in empty container return

✦ Four access flaps - lateral access without fully opening the box, rapid partial retrieval

↕ Formats 1208 and 1210 - covers the 1200 x 800 mm and 1200 x 1000 mm Euro pallet grids

✓ Standard, R and K variants - different wall thicknesses and configurations for various load capacities

Series overview

Type	Format (mm)	Variant
ESD KLK 1208	1200 x 800	Standard
ESD KLK 1208R	1200 x 800	R version (robust)
ESD KLK 1208K	1200 x 800	K version
ESD KLK 1210	1200 x 1000	Standard
ESD KLK 1210R	1200 x 1000	R version (robust)
ESD KLK 1210K	1200 x 1000	K version

Typical applications

Typical applications: Storage and transport of high-volume ESDS assemblies and PCBs, pallet closed-loop logistics with long-distance empty container return, automotive electronics suppliers with large-container requirements, and dispatch departments with frequent container changes and manual access via the lateral flaps.

FAQ

Frequently asked questions about Big Boxen

What are ESD Big Boxes and what industrial applications require collapsible ESD containers with access flaps?

ESD Big Boxes are large-capacity collapsible storage containers specifically engineered with electrostatic dissipative materials to protect sensitive electronic components during storage and transport. These containers feature four integrated access flaps that enable selective component retrieval without exposing the entire contents to potential electrostatic discharge. Primary applications include electronics manufacturing facilities, semiconductor assembly lines, automotive electronics production, and aerospace component warehouses where Class 1 through Class 3 ESD sensitive devices require controlled handling environments.

What are the key technical selection criteria for choosing between ESD KLK 1210R, ESD KLK 1208R, and other variants?

Selection of ESD Big Box variants depends primarily on dimensional requirements and bottom configuration, with the ESD KLK 1210 series offering 1200x1000mm footprint while ESD KLK 1208 provides 1200x800mm dimensions. The 'R' suffix indicates reinforced bottom construction for higher load capacities, while 'K' variants feature standard bottom plates suitable for lighter component storage. Wall height typically ranges from 580mm to 790mm depending on model, with all variants maintaining surface resistance values between 10^6 and 10^9 ohms per IEC 61340-5-1 requirements.

Which international standards and certifications apply to ESD Big Boxes for electronics storage?

ESD Big Boxes must comply with IEC 61340-5-1 standard for electrostatic discharge protection, requiring surface resistance measurements between 1x10^6 and 1x10^9 ohms when tested according to IEC 61340-2-3 methodology. Additional compliance includes DIN EN 61340-4-1 for ESD protective packaging and ISO 3394 for modular dimensions ensuring compatibility with standard European pallet systems. Manufacturing materials typically meet RoHS Directive 2011/65/EU restrictions while maintaining long-term antistatic properties verified through accelerated aging tests per ASTM D4329 protocols.

What are the differences between ESD KLK 1210, ESD KLK 1210R, and ESD KLK 1210K variants?

The ESD KLK 1210 base model provides standard 1200x1000mm footprint with four access flaps and basic bottom construction suitable for typical electronic component storage. ESD KLK 1210R incorporates reinforced bottom plates with additional ribbing structures, increasing load capacity by approximately 40% for heavy component assemblies or high-density storage applications. The ESD KLK 1210K variant features modified corner construction and specialized stacking compatibility, optimized for automated handling systems and conveyor integration in high-throughput manufacturing environments.

What installation requirements and system compatibility considerations apply to ESD Big Box implementation?

ESD Big Box installation requires proper grounding connection through conductive feet or grounding straps to maintain electrical continuity with facility ESD protection systems rated at less than 1x10^9 ohms resistance to ground. Storage areas must maintain relative humidity between 40-60% and temperature ranges of 15-35°C to preserve antistatic material properties. Compatibility with standard EUR-pallet dimensions ensures seamless integration with existing warehouse management systems, while the collapsible design allows 75% space reduction during empty storage and transport phases.

What safety ratings and environmental operating conditions do ESD Big Boxes withstand?

ESD Big Boxes typically achieve IP20 protection rating against solid particles while maintaining continuous antistatic properties across operating temperature ranges from -10°C to +60°C. The conductive polymer materials resist UV degradation and maintain surface resistance stability within ±50% of initial values after 5000 hours accelerated weathering exposure. Load capacity ranges from 35kg for standard variants up to 50kg for reinforced bottom models, with safety factors calculated according to VDI 2700 guidelines for industrial container applications in automated storage environments.

What maintenance schedules and inspection requirements ensure continued ESD protection performance?

ESD Big Boxes require quarterly surface resistance verification using calibrated megohmmeters per IEC 61340-2-3 testing protocols, with measurements recorded at minimum five points including corners and center positions. Annual visual inspection should identify stress cracking, material degradation, or damage to conductive pathways that could compromise electrostatic protection. Service life typically extends 8-12 years under normal industrial conditions, with replacement indicators including surface resistance drift beyond 1x10^9 ohms or visible material deterioration affecting structural integrity or fold mechanism operation.