PW Head PPE Range

PS55

PS47

HELMET SPECIFICATIONS

MV70

HEIGHT ENDURANCE

MONTEROSA FULL BRIM EXPERTBASE EXPERTLINE WORK SAFE

PEAKVIEW ENDURANCE

PRODUCT CODES

PV50, PV60, PV64

PB55, PC55, PS55, PW55, PG54, PS54, PW54

PS53, PS63, PS73

PW97

PS52

PW50, PS57

PS60, PS62

PS61

COLOURS

SIZE

50-66cm

56-63cm

52-63cm

52-62cm 52-63cm

55-62cm

53-63cm

54-61cm

Slip ratchet (PV50), Wheel Ratchet (PV60, PV64)

Slip ratchet (PS60), Wheel Ratchet (PS62)

Slip ratchet (PW50), Wheel Ratchet (PS57)

ADJUSTMENT

Wheel Ratchet

Wheel Ratchet

Slip ratchet

Wheel Ratchet

Slip ratchet

6-point textile (PS53, PS63), EPS foam (PS73) Vented (PS63, PS73), Unvented (PS53)

SUSPENSION HARNESS

4-point plastic(PW50), 4-point textile(PS57)

6-point textile

6-point textile

6-point textile 4-point plastic

6-point plastic 6-point plastic

Vented (PB55, PC55, PS55, PW55), Unvented (PG54, PS54, PW54)

Vented (PV50, PV60), Unvented(PV64)

VENTILATION

Vented

Unvented

Unvented

Vented

Unvented

-30 o C/ +50 o C

-30 o C/ +50 o C

-30 o C/ +50 o C

-10 o C/ +50 o C

-10 o C/ +50 o C

-10 o C/ +50 o C

-10 o C/ +50 o C

-30 o C/ +50 o C

TEMPERATURE

ELECTRICAL INSULATION

EN 397 440VAC, EN 50365

EN397 440VAC (PV64)

EN 397 440VAC, EN 50365 (PG54, PS54, PW54)

EN 50365 (PS53)

EN 50365

MM

PG54, PS54, PW54

LD

All Endurance variants

PW50, PS57

STANDARDS

effectiveness to ensure the helmet is not inadvertently removed. To reflect the nature of the use, Impact and penetration tests are conducted on different points around the shell. Mountaineer requirements also apply to wearers working at height. ANSI/ISEA Z89.1: 2014 American National Standard for Industrial Head Protection TYPE I - Hard hats are designed only to withstand top impacts. TYPE II - Hard hats designed to withstand impacts from the top and the side. Class C - Conductive Helmet = the hard hat will not protect the wearer from electrical hazards. Class G - General Helmet = helmet can withstand an electrical current up to 2,200 volts. Class E - Electrical Helmet = helmet that providing the highest level of electrical protection, withstanding currents up to 20,000 volts.

with electric leads under voltage up to 440 Vac.

• Lateral deformation: Protects against lateral compression. The maximum deformation of the helmet should be ≤40 mm (LD). • Molten metal splashes: The helmet is not deformed or penetrated by splashes of molten metal (MM). EN 50365: 2002 Insulating helmets for use on low voltage installations This standard is for helmets used for working live or close to live parts on installations not exceeding 1000 V a.c. or 1500 V d.c. Testing to EN 50365 exceeds testing under EN397 for electrical properties. Marking: Double triangle + class + batch number.

EN 397: 2012 Industrial Safety Helmets Mandatory tests:

• Impact* : Energy spread to the head form must not exceed 5 kN after the fall of an object of 5 kg at 1m high. • Penetration* : The tip of the test mass used (3 kg from 1m height) must not come into contact with the skull. • Flammability : The helmet is exposed to a flame and it must not burn with flame emission more than 5 seconds after removal of the flame. * Impact and penetration tests are performed at room temperature, at +50 °C and at -10°C. Optional tests: • Resistance at extreme temperatures: Testing impact and penetration are performed at +150°C, at -20°C or -30 °C temperatures. • Electrical properties: Protects against a short accidental contact

EN 12492: 2012 Helmets for mountaineers

This standard covers specialist mountaineers’ helmets and it includes tests on retention system strength and

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