ESD Safety Low Shoe A 285 XP S3, full grain cowhide leather, black - Atlas 89200

In electronics manufacturing the component failure happens on the way between two workstations. The A 285 XP ESD keeps body-shoe-floor resistance to DIN EN 61340-5-1 below 100 MOhm and drains the wearer charge before it can discharge. That sits inside a low shoe of soft full grain cowhide leather that staff put on voluntarily.

What this model delivers

• The charge goes into the floor, not into the component. Atlas states a body-shoe-floor resistance below 100 MOhm to DIN EN 61340-5-1 for its ESD footwear. The wearer is discharged continuously instead of building up a potential until the moment of contact with an assembly. EN ISO 20345 itself has no ESD test, it only defines the antistatic band from 100 kOhm to 1,000 MOhm.
• Class S3 in plain terms. Closed seat region, antistatic properties and an energy-absorbing heel, plus a water-repellent upper, penetration resistance and a cleated outsole. S3 is the class for production, workshop and warehouse where nothing has to be added later.
• XP penetration resistance, metal-free. Instead of a steel midplate Atlas uses a high-tech textile containing aramid fibres. Protection against nails and swarf covers the full sole area, stays light and does not fight the natural torsion of the foot. Metal-free also means no cold bridge and no alarm at a security checkpoint.
• Steel toe cap, tested to EN ISO 20345. The anatomically shaped steel cap withstands 200 joules of impact energy and 15 kN of compression. That corresponds to roughly 20 kg dropping onto the toe area from one metre.
• MPU REBOUND SYSTEM. The responsive MPU midsole absorbs heel strike and returns energy during roll-off. Anyone standing eight hours on concrete or covering long distances across the plant notices the difference by the end of the day.
• aktiv-X functional lining. The lining regulates moisture actively and lets the shoe dry out again after the shift. It does not stain, is skin-friendly and abrasion-resistant, which is what counts over months of daily wear.
• Approved for orthopaedic insoles. The model is suitable for orthopaedic insole fitting to DGUV rule 112-191. The marking inside the shoe is decisive. Staff with their own insoles do not have to switch to a special model.

Technical data

Areas of use

Electronics manufacturing and assembly, test and repair benches, device assembly, maintenance, goods-in and order picking, and any operation where the safety shoe is not supposed to look like one.

Standards and conformity

• EN ISO 20345, safety footwear for professional use, class S3
• Toe cap in steel to EN ISO 20345, tested at 200 joules impact energy and 15 kN compression
• Metal-free penetration resistance across the full sole area
• ESD equipment for workplaces to DIN EN 61340-5-1. Atlas states a body-shoe-floor resistance below 100 MOhm
• Antistatic band of EN ISO 20345 from 100 kOhm to 1,000 MOhm. The footwear standard itself requires no ESD test
• DGUV information 112-191 names 0.1 MOhm as the lower resistance limit for limited protection against dangerous body currents when working up to 230 V
• Suitable for orthopaedic insole fitting to DGUV rule 112-191
• PPE Regulation (EU) 2016/425, risk category II
• Manufacturer ATLAS-Schuhfabrik, Frische Luft 159, 44319 Dortmund, Germany

Sizes and scope of delivery

Available in EU sizes 36 to 49 in width 10 (standard width). One pair is supplied.