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PRODUCT INFORMATION
Making life at work that much easier
The S1PS safety shoes e.s. Cuenca are the perfect choice for those who want to combine safety, comfort, and a pleasant foot climate in one shoe. Despite the full S1PS protection package, the e.s. Cuenca model surprisingly weighs very little, providing relief for frequent walkers. The protective cap and puncture-resistant sole provide safety against multiple hazards, while the grippy sole ensures optimal stability on all tested surfaces. Even at the end of a long workday, feet feel fresh thanks to the breathable design of the upper material, which provides pleasant ventilation.
Description
Details
Extras
- EN ISO 20345:2022 S1PS with aluminium toe cap and puncture-resistant sole made from ceramically treated textile fibres
- Airy safety boots
- Free of leather
- Upper material made of breathable mesh and micro-velours reinforcements on the toe and heel
- Breathable mesh inner lining with microfibre heel reinforcement
- TPU reinforcements in high-wear areas for more stability and robustness
- Pleasantly padded strap and collar
- Removable, full-surface anatomically shaped insole
- Also ideal for insole wearers
- Anti-slip PUR two-layer sole conforms to SR, anti-static, fuel-resistant (FO) and heat-resistant up to approx. 110 °C
Weight: approx.540grams in size42
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S1PS Safety shoes e.s. Cuenca
S1PS Safety shoes e.s. Cuenca
S1PS Safety shoes e.s. Cuenca
S1PS Safety shoes e.s. Cuenca
features:
18
from 535,00 kr.
(ex VAT)
from 668,75 kr.
(inc VAT)
from 10 pair
EU
36 - 52
EN ISO 20345 (safety shoes)
Basic requirements: non-slip in compliance with SRA, SRB or SRC, SR and toe protection.
Laces
The straps allow perfect adjustment to the foot width.
Normal
10 cm wide for feet of normal width.
100-150 °C
SR
Highest slip resistance according to ISO 20345:2022 (safety shoes) / EN ISO 20347:2022 (work shoes). Slip tests on ceramic tiles with glycerine.
Textile
Breathable inner material, soft and pleasant, highly absorbent for hygienic comfort.
Textile (higher demand)
Lightweight, flexible textile midsole that offers even greater protection against sharp objects than standard requirement midsoles. Tested with a nail diameter of 3.0 mm.
Normal shoes (low)
Work and safety shoes, ankle-high.
PU / PUR
Sole made of polyurethane: low weight, good absorption properties, resistant to oil and petrol
leather-free
Work and safety shoes made of purely synthetic materials without leather.
orthopaedic foot protection
Suitable or orthopaedic insoles in compliance with statutory accident insurance.
Aluminium
Very lightweight toe protection - up to 40% lighter than steel, non-sensitive when working with magnetic transport systems.
Textile
Hard-wearing, flexible and breathable outer material.
Microfiber
Hard-wearing and easy-care outer material.
Over 500 g
Anti-static
Requirement from class S1, protection against electrical charging, contact resistance from 100 kiloohms.
FO Fuel-resistant
Sole is resistant to oil and petrol
S1P
Pursuant to EN ISO 20345 – toe protection, closed heel area, anti-slip, penetration-proof, anti-static, fuel-resistant
Same features:
16
+2 other features
Same features:
14
+9 other features
Same features:
13
+9 other features
Price
from 599,00 kr.
(ex VAT)
from 748,75 kr.
(inc VAT)
from 10 pair
from 479,00 kr.
(ex VAT)
from 598,75 kr.
(inc VAT)
from 10 pair
from 519,00 kr.
(ex VAT)
from 648,75 kr.
(inc VAT)
from 10 pair
Available colours
Available sizes
EU
39 - 48
EU
38 - 48
EU
38 - 48
EN standard
EN ISO 20345 (safety shoes)
Basic requirements: non-slip in compliance with SRA, SRB or SRC, SR and toe protection.
EN ISO 20345 (safety shoes)
Basic requirements: non-slip in compliance with SRA, SRB or SRC, SR and toe protection.
DIN EN 61340 (ESD)
Protection against electrostatic discharging, bleeder resistance between > 100 kiloohms and < 35 megaohms.
EN ISO 20345 (safety shoes)
Basic requirements: non-slip in compliance with SRA, SRB or SRC, SR and toe protection.
DIN EN 61340 (ESD)
Protection against electrostatic discharging, bleeder resistance between > 100 kiloohms and < 35 megaohms.
Fastener system
without fastener system
Just slip on – boots, clogs, slippers… models that all fit without straps or fasteners.
Laces
The straps allow perfect adjustment to the foot width.
Laces
The straps allow perfect adjustment to the foot width.
Foot width
Normal
10 cm wide for feet of normal width.
Normal
10 cm wide for feet of normal width.
Normal
10 cm wide for feet of normal width.
Heatresistant up to
100-150 °C
100-150 °C
100-150 °C
Highest slip resistance
SR
Highest slip resistance according to ISO 20345:2022 (safety shoes) / EN ISO 20347:2022 (work shoes). Slip tests on ceramic tiles with glycerine.
SRC
Absolute non-slip tested on ceramic tiles, cleaning agents, steel plates & glycerine according to EN ISO 20345:2011 (safety shoes) / EN ISO 20347:2011 (work shoes).
SRC
Absolute non-slip tested on ceramic tiles, cleaning agents, steel plates & glycerine according to EN ISO 20345:2011 (safety shoes) / EN ISO 20347:2011 (work shoes).
Inner material
Textile
Breathable inner material, soft and pleasant, highly absorbent for hygienic comfort.
Textile
Breathable inner material, soft and pleasant, highly absorbent for hygienic comfort.
Textile
Breathable inner material, soft and pleasant, highly absorbent for hygienic comfort.
Penetration protection
Textile (higher demand)
Lightweight, flexible textile midsole that offers even greater protection against sharp objects than standard requirement midsoles. Tested with a nail diameter of 3.0 mm.
Textile (standard request)
Lightweight, flexible textile midsole that provides reliable protection against sharp objects. Tested with a nail diameter of 4.5 mm.
Textile (standard request)
Lightweight, flexible textile midsole that provides reliable protection against sharp objects. Tested with a nail diameter of 4.5 mm.
Shape
Normal shoes (low)
Work and safety shoes, ankle-high.
Normal shoes (low)
Work and safety shoes, ankle-high.
High (mid)
Work and safety shoes that surround the ankle, for a sturdy stance.
Sole material
PU / PUR
Sole made of polyurethane: low weight, good absorption properties, resistant to oil and petrol
PU / PUR
Sole made of polyurethane: low weight, good absorption properties, resistant to oil and petrol
PU / PUR
Sole made of polyurethane: low weight, good absorption properties, resistant to oil and petrol
Special features
leather-free
Work and safety shoes made of purely synthetic materials without leather.
closed tongue design
The side attachment of the strap on the shoes prevents dirt and dust from penetrating.
leather-free
Work and safety shoes made of purely synthetic materials without leather.
closed tongue design
The side attachment of the strap on the shoes prevents dirt and dust from penetrating.
ESD-compatible
Protection against electrostatic discharging acc. to DIN EN 61340 (> 100 kiloohms and 35 megaohms).
metal-free
Work shoes with no metal – these are especially functional as safety shoes, because they are lighter and more flexible than shoes with toe caps and penetration-proof soles made of steel; also, they are temperature-neutral.
leather-free
Work and safety shoes made of purely synthetic materials without leather.
closed tongue design
The side attachment of the strap on the shoes prevents dirt and dust from penetrating.
ESD-compatible
Protection against electrostatic discharging acc. to DIN EN 61340 (> 100 kiloohms and 35 megaohms).
metal-free
Work shoes with no metal – these are especially functional as safety shoes, because they are lighter and more flexible than shoes with toe caps and penetration-proof soles made of steel; also, they are temperature-neutral.
Suitable for insole wearers
orthopaedic foot protection
Suitable or orthopaedic insoles in compliance with statutory accident insurance.
orthopaedic foot protection
Suitable or orthopaedic insoles in compliance with statutory accident insurance.
additional orthopaedic foot protection acc. to Ö Norm Z 1259
Valid in Austria. Suitable for insert supply + anti-slip conforms to SRC (anti-slip on ceramic tiles, cleaning agents, steel plates & glycerine)
orthopaedic overlay (raised sole) possible
Suitable for orthopaedic insert supply in line with the statutory accident insurance (DGUV-rule 112-191 / ÖNorm Z 1259) and suitable for orthopaedic adjustments (raised sole). Certification only applies is qualified inserts are used.
orthopaedic foot protection
Suitable or orthopaedic insoles in compliance with statutory accident insurance.
additional orthopaedic foot protection acc. to Ö Norm Z 1259
Valid in Austria. Suitable for insert supply + anti-slip conforms to SRC (anti-slip on ceramic tiles, cleaning agents, steel plates & glycerine)
orthopaedic overlay (raised sole) possible
Suitable for orthopaedic insert supply in line with the statutory accident insurance (DGUV-rule 112-191 / ÖNorm Z 1259) and suitable for orthopaedic adjustments (raised sole). Certification only applies is qualified inserts are used.
Toe cap
Aluminium
Very lightweight toe protection - up to 40% lighter than steel, non-sensitive when working with magnetic transport systems.
Plastic
Ultra-light toe protection, approx. 50 – 60 grams, up to 50% lighter than steel toe caps.
Plastic
Ultra-light toe protection, approx. 50 – 60 grams, up to 50% lighter than steel toe caps.
Upper material
Microfiber
Hard-wearing and easy-care outer material.
Microfiber
Hard-wearing and easy-care outer material.
Microfiber
Hard-wearing and easy-care outer material.
Weight of size 42
Over 500 g
Over 500 g
Over 500 g
more sole requirements
Anti-static
Requirement from class S1, protection against electrical charging, contact resistance from 100 kiloohms.
FO Fuel-resistant
Sole is resistant to oil and petrol
Anti-static
Requirement from class S1, protection against electrical charging, contact resistance from 100 kiloohms.
FO Fuel-resistant
Sole is resistant to oil and petrol
ESD
Protection against electrostatic discharging to protect against parts and equipment.
Anti-static
Requirement from class S1, protection against electrical charging, contact resistance from 100 kiloohms.
FO Fuel-resistant
Sole is resistant to oil and petrol
ESD
Protection against electrostatic discharging to protect against parts and equipment.
protection classes
S1P
Pursuant to EN ISO 20345 – toe protection, closed heel area, anti-slip, penetration-proof, anti-static, fuel-resistant
S1P
Pursuant to EN ISO 20345 – toe protection, closed heel area, anti-slip, penetration-proof, anti-static, fuel-resistant
S1P
Pursuant to EN ISO 20345 – toe protection, closed heel area, anti-slip, penetration-proof, anti-static, fuel-resistant
Extras
Aluminium cap is 40 % lighter than steel:
- Pleasant and light to walk in: Aluminium cap is 40 % lighter than a steel toe cap
- Excellent climate: Thanks to the conductivity of aluminium, the heat can be expelled much more efficiently
- Resistant when working with magnetic transportation systems or the use of induction loops and switches
- Extremely sturdy even when pressure is exerted on the side of the cap: it is almost impossible for the material to split
ESD
Workplaces that need to be protected from electrostatic discharges are called Electrostatic Protected Area or ESD workplaces. Thanks to anti-static equipment, e.g. anti-static work clothing and ESD safety shoes, electrostatic charging usually caused by friction is prevented in these areas. In line with the current ESD norms, the maximum electrostatic charges are stated for ESD protected areas. This serves to protect against electrostatic discharges that could damage or destroy sensitive electronic parts. Work and protection shoes with ESD features must satisfy the requirements of the DIN EN 61340 standard with a bleeder resistance of between > 0.1 mega ohms (1.0 x 105 Ohm) and < 100 mega ohms (1.0x 108 Ohm). EN 1149-5:2008 in conjunction with EN 1149-3:2004 governs the properties of protective clothing with electrostatic properties.
Made in Germany
Made by Strauss
Exclusively manufactured in our CI Factory.
This is where the shoes of the future are created.
ESD
Workplaces that need to be protected from electrostatic discharges are called Electrostatic Protected Area or ESD workplaces. Thanks to anti-static equipment, e.g. anti-static work clothing and ESD safety shoes, electrostatic charging usually caused by friction is prevented in these areas. In line with the current ESD norms, the maximum electrostatic charges are stated for ESD protected areas. This serves to protect against electrostatic discharges that could damage or destroy sensitive electronic parts. Work and protection shoes with ESD features must satisfy the requirements of the DIN EN 61340 standard with a bleeder resistance of between > 0.1 mega ohms (1.0 x 105 Ohm) and < 100 mega ohms (1.0x 108 Ohm). EN 1149-5:2008 in conjunction with EN 1149-3:2004 governs the properties of protective clothing with electrostatic properties.
Made in Germany
Made by Strauss
Exclusively manufactured in our CI Factory.
This is where the shoes of the future are created.
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