Treston shelving systems are modular ESD-safe storage solutions engineered for electronics manufacturing, semiconductor production, and precision assembly environments where electrostatic discharge protection is critical. These industrial shelving units feature standardized rack mounting with dimensions ranging from 824x300x2000 mm to 1024x600x2000 mm, accommodating various workspace configurations. The systems integrate seamlessly with existing workstation setups in cleanroom facilities, PCB assembly lines, and component storage areas where static-sensitive devices require controlled handling and organized storage.

Treston ESD shelving systems offer load capacities from 50 kg to 150 kg per shelf depending on the model, with the C31649001P standard frame supporting 150 kg per shelf across its 6 included shelves. The modular M-series adjustable shelves like the 92049014P provide 100 kg capacity with stepless depth adjustment at 1320x650 mm dimensions. Critical selection factors include the 2000 mm standard height, RAL 7035 light grey powder coating for cleanroom compatibility, and integrated ESD matting that ensures surface resistance values compliant with IEC 61340 standards for electrostatic discharge protection.

Treston ESD shelving systems comply with IEC 61340-5-1 standards for electrostatic discharge control in electronics handling environments, featuring integrated ESD matting that maintains surface resistance within the 10^6 to 10^9 ohm range. The powder-coated steel construction meets DIN EN ISO 12944 corrosion protection standards with RAL 7035 finish suitable for cleanroom Class 7 and Class 8 environments. All ESD components undergo factory testing according to ANSI/ESD S20.20 protocols, ensuring reliable static dissipation performance throughout the product lifecycle in semiconductor and electronics manufacturing facilities.

Treston standard frames like the C31649001P feature complete structural support with dimensions of 1024x600x2000 mm and include 6 shelves with 150 kg load capacity each, designed as standalone units. Extension frames such as the C32649001P measure 1004x600x2000 mm and connect to existing standard frames to create continuous shelving runs without redundant structural elements. The extension units maintain identical 150 kg per shelf capacity and ESD protection but rely on adjacent standard frames for primary structural integrity, allowing cost-effective expansion of storage systems in linear configurations.

Treston shelving systems require level concrete floors capable of supporting distributed loads up to 900 kg per standard frame when fully loaded, with optional floor anchoring for seismic stability in industrial environments. The modular design accommodates integration with existing Treston workbench systems through compatible mounting brackets and standardized connection points. Installation involves bolt-together assembly without welding, allowing reconfiguration as facility needs change, while maintaining continuous ESD ground paths through integrated conductive hardware that connects to facility ground systems via standard 4 mm banana plugs or ground cords.

Treston ESD shelving systems operate reliably in industrial environments from -10°C to +40°C ambient temperature with relative humidity up to 85% non-condensing, meeting IP20 ingress protection for typical manufacturing floor conditions. The powder-coated steel construction provides corrosion resistance suitable for Class C3 industrial atmospheres according to ISO 12944 standards, while load testing validates 150 kg static capacity per shelf with 3:1 safety factor. ESD matting maintains stable surface resistance between 10^6 to 10^9 ohms across the specified temperature range, ensuring consistent electrostatic discharge protection in semiconductor and electronics assembly environments.

Treston ESD shelving systems require quarterly visual inspections of structural connections and annual verification of ESD mat surface resistance using calibrated resistance meters per IEC 61340-5-1 protocols. The powder-coated steel frames have a 10-year design life under normal industrial loading conditions, with periodic cleaning using IEC-approved ESD-safe cleaners to maintain conductivity. Monthly inspection of ground connections and ESD continuity testing ensures compliance with ANSI/ESD S20.20 requirements, while shelf load limits must be verified annually to prevent structural fatigue and maintain the 150 kg per shelf rating throughout the service life.