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USER INSTRUCTION OF SAFETY SHOES FOR EU MARKETS

The model of footwear you have selected comes under 2. Category of P.P.E. (Personal Protection Equipment) with marking under the European Regulation 2016/425 and subsequent amendments regarding safety, high level of comfort and resistance against slip. Besides this product has certifified by a European body accredited by the EEC to issue these certififications accordingly to the harmonized standard:

1. EN ISO 20345:2022 ‒ safety footwear
It means that model you have selected is has been designed for professional using. The marking guarantie that the footwear has toe cap for providing protection against impact when tested at an energy level of 200J and crushing hazards by maximum loads 1500 daN or 15kN

2.EN ISO 20346:2022 ‒ protection footwear
It means that model you have selected is has been designed for professional use. The marking guarantie that the footwear has toe cap for providing protection against impact when tested at an energy level of 200J and crushing hazards by maximum loads 1000 daN or 10kN

3. EN ISO 20347:2022 ‒ occupational footwear

CLASSIFICATION AND DESIGN
Classiﬁcation		Description
Class I		Footwear made from leather and other materials, excluding all-rubber or all-polymeric footwear
Class II		All-polymeric (i.e. entirely moulded) including all-rubber (i.e. entirely vulcanized) foot-wear

Standard	Category	Class	Description
EN 20345 ( SAFETY FOOTWEAR)	SB	Class I	Basic safety protection. Toe cap resistant to an impact of 200J + slip resistance ceramic/NaLs
	S1	Class I	SB + Closed heel region + Anti-static properties + Energy absorption of seat region
	S2	Class I	S1 + water peneration and water absorbtion resistance
	S1P(metal insert type P) S1PL(non-metal insert type PL) S1PS(non-metal insert type PS)	Class I	S1 + sole peneration resistance
	S3 (metal insert type P) S3L (non-metal insert type PL) S3S (non-metal insert type PS)	Class I	S2 + sole peneration resistance + Cleated outsole
	S4	Class II	SB + Closed heel region + Anti-static properties + Energy absorption of seat region
	S5(metal insert type P) S5L (non-metal insert type PL) S5S (non-metal insert type PS)	Class II	S4 +Sole peneration resistance + Cleated outsole
	S6	Class I	S2+Water resistanec of the whole footwear
	S7 (metal insert type P) S7L (non-metal insert type PL) S7S (non-metal insert type PS)	Class I	S3+Water resistanec of the whole footwear

Standard	Category	Class	Description
EN 20346 （Protection footwear)	PB	Class I	Basic requirement + slip resistance ceramic/NaLs
	P1	Class I	PB + Closed heel region + Anti-static properties + Energy absorption of seat region
	P2	Class I	P1 + water peneration and water absorbtion resistance
	P1P(metal insert type P) P1PL(non-metal insert type PL) P1PS(non-metal insert type PS)	Class I	S1 + sole peneration resistance
	P3 (metal insert type P) P3L (non-metal insert type PL) P3S (non-metal insert type PS)	Class I	P2 + sole peneration resistance + Cleated outsole
	S4	Class II	PB + Closed heel region + Anti-static properties + Energy absorption of seat region
	P5(metal insert type P) P5L (non-metal insert type PL) P5S (non-metal insert type PS)	Class II	S4 +Sole peneration resistance + Cleated outsole
	P6	Class I	P2+Water resistanec of the whole footwear
	P7 (metal insert type P) P7L (non-metal insert type PL) P7S (non-metal insert type PS)	Class I	P3+Water resistanec of the whole footwear

Standard	Category	Class	Description
EN 20347 (Ocupational footwear)	OB	Class I	Basic requirement + slip resistance ceramic/NaLs
	O1	Class I	OB + Closed heel region + Anti-static properties + Energy absorption of seat region
	O2	Class I	O1 + water peneration and water absorbtion resistance
	O1P(metal insert type P) O1PL(non-metal insert type PL) O1PS(non-metal insert typePS)	Class I	O1 + sole peneration resistance
	O3 (metal insert type P) O3L (non-metal insert type PL) O3S (non-metal insert type PS)	Class I	O2 + sole peneration resistance + Cleated outsole
	O4	Class II	OB + Closed heel region + Anti-static properties + Energy absorption of seat region
	O5(metal insert type P) O5L (non-metal insert type PL) O5S (non-metal insert type PS)	Class II	O4 +Sole peneration resistance + Cleated outsole
	O6	Class I	O2+Water resistanec of the whole footwear
	O7 (metal insert type P) O7L (non-metal insert type PL) O7S (non-metal insert type PS)	Class I	O3+Water resistanec of the whole footwear

Additional requirements with appropriate symbols for marking			Additional requirements with appropriate symbols for marking
	Requirements	Symbol		On each footwear should bearing such information for user reference: Artcode ; Indentification of manufactuer ; CE conformity mark; Standard number and year of issue EN ISO 20345:2011; Protection level ; Production date and size ; ESD - EN 61340 personnel grounding ; ESD control footwear, all necessary information showed like below :
Whole footwear	Penetration resistance (metal insert type P)	P
	Penetration resistance (non-metal insert)
	Type PL	PL
	Type PS	PS
	Electrical properties
	Partially conductive footwear	C
	Antistatic footwear	A
	Energy absorption of seat region	E
	Water resistance	WR
	Metatarsal protection	M
	Ankle protection	AN
	Cut resistance	CR
	Scuﬀ cap abrasion	SC
	Slip resistance (on ceramic tile ﬂoor with glycerine)	SR
Upper	Water penetration and absorption (supersedes WRU)	WRA
Outsole	Resistance to hot contact	HRO
	Resistance to fuel oil	FO
	Ladder Grip	LG

ABOUT ESD （Electrostatics）

The footwear you choose is EN 61340-5-1:2016 personnel grounding, ESD control‒footwear，Testing method is EN61340-4-3:2018,Pre-conditioning 40±3°C, Conditioning 23±3°C,12±3%RH for 72 hours，Measurement 23.0°C,12.0%RH，Test voltage 100V，Elapsed time 15seconds, Electrical
resistance ‒ Max. Values 100MΩ.

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ESD footwear should be used if it is necessary to minimize electrostatic build-up by dissipating electrostatic charges, thus avoiding the risk of spark ignition of, for example, flammable substances and vapours,and if the risk of electric

shock from any electrical apparatus or live parts has not been completely eliminated.

It should be noted, however, that antistatic footwear cannot guarantee adequate protection against electric shock as it only introduces a resistance between foot and floor. If the risk of electric shock has not been completely eliminated, additional measures to avoid this risk are essential. Such measures, as well as the additional tests mentioned below, should be a routine part of the accident prevention programme at the workplace.

Experience has shown that, for ESD purposes, the discharge path through a product should normally have an electrical resistance of less than 1 00 MΩ at any time throughout its useful life. in order to ensure some limited protection against dangerous electric shock or ignition in

the event of any electrical apparatus becoming defective when operating at voltages of up to 250 V. However, under certain conditions, users should be aware that the footwear might give inadequate protection and additional provisions to protect the wearer should be taken at all times.

Class I footwear can absorb moisture and can become conductive if worn for prolonged periods in moist and wet conditions.
If the footwear is worn in conditions where the soling material becomes contaminated, wearers should always check the electrical properties of the footwear before entering a hazard area.

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