UNITOR IMMERSION SUIT 7MM P SIZE U - ShipServ · 2019-12-04 · UNITOR 7P - PILLOW TYPE UNITOR IMMERSION SUIT 7MM P SIZE U Product Group: 820 Product number: 778214 General description

UNITOR 7P - PILLOW TYPE

UNITOR IMMERSION SUIT 7MM P SIZE U

Product Group: 820 Product number: 778214

General descriptionOur Unitor Pillow range is made of 7mm neoprene insulation as astandard giving you exceptional protection and value.

You will not need a life jacket as the unique design of the headsupport ensures in-water high mouth free-board performance.Unitor Immersion suits are flame retardant and approved by manyof the world’s leading maritime authorities giving you exceptionalproperties for surviving cold water immersion even in Arcticconditions.

They are fast to put on with the large zip handle for easy closureand include pre-attached hoodand gloves so you are prepared when you enterthe water.

Features• Sizes to cover heights from 175 - 195 cm• Emergency light available on request• Glued, stitched and heat taped seams• Colour coded stowage bagss

Benefits• We offer you an expansive height range each size identified

with a different coloured stowage bag to ensure your crewsdon correctly fitting suits

• Standard suit comes without emergency light allowing youto use your existing emergency light if valid thus saving cost

• High manufacturing standards provide you with secure inwater thermal properties and a long life product

• To support your maintenance programmes we provide anon board test kit with all the parts required to test and repairyour suits

Including

• Harness• Waterproof Zip with easy grip handle• Non slip soles• High grip gloves• Ankle adjustment for good fit• Whistle• Retro reflective tape

• Optional: Emergency Light

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Ordering information

Product Number Product name Height

778212 UNITOR IMMERSION SUIT 7MM P SIZE M 155 - 175 CM

778214 UNITOR IMMERSION SUIT 7MM P SIZE U 175 - 195 CM

778216 UNITOR IMMERSION SUIT 7MM P SIZE XL 195 - 205 CM

Accessories

Product Number Product name

On-board Maintenance

Lifejacket options

764548 SEAGUARD 2010 ADULT W/O LIGHT

769687 LIFEJACKET CHALL. INTERLOCK 275-111

769679 LIFEJACKET CHALLENGER FLEXI-WING150

If required

777423 W3 AUTOMATIC LIFEJACKET LIGHT

576603 CABINET GRP F/6 LIFEJACKETS




Approvals

Type Document Size

WHEEL-MARK-800pxl.jpg JPG 2 KB

MED MODULE B & MODULE D CERTIFICATE PDF 1593 KB

Documentation

Type Document Size

Instruction for use 7P PDF 72 KB

Instruction Manual-Immersion Suit7P PDF 2920 KB

» Disclaimer» Terms & ConditionsA part of Wilhelmsen Maritime Services,a Wilh. Wilhelmsen group company

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http://wilhelmsen.com/terms-and-conditions/

Safety HelmetsLightweight safety with an advanced design

2

3D

uvex pheos – a new dimension in protective helmets

This comfortable safety helmet has a sporty design and

adapts perfectly to the shape of the head. An innovative 3D

interior ensures it can be precisely fitted to the circumfer-

ence of the head and that the wearing height of the helmet

can be individually adjusted.

The height of the helmet can be adjusted both at the front

and back enabling the optimum position of the IAS system at

the back of the head. The uvex pheos safety spectacles can

be fitted using a special attachment, ensuring maximum

safety and the highest wearer comfort.

Suspension harness position 1 and 2The individual wearer level can be easily adjusted within a 10mm range at the front and back.

Rotating size adjusterThe variable headband enables width to be adjusted precisely to the head circumference.

For further information, install the QR Code Reader and photograph the code using a smartphone.

3

3D

uvex 3D is setting new benchmarks for fit and

wearer comfort: the innovative product system

stands out for its perfect ergonomic design, which

affords extreme flexibility for adaptation to the

human anatomy.

The highest degree of functionality combined with

optimum wearer comfort: uvex 3D products take

individuality into account and offer a perfect fit for

every situation – this is the best basis for profes-

sional and safe protective equipment.

A new dimension in wearer comfort

uvex 3D – intelligent ergonomics

x

y

z

4

Long-lasting protection and comfort uvex airwing blue

The tried and tested uvex airwing is now available in

an environmentally friendly alternative: the helmet

shell is made from top-quality bioplastics sourced from

renewable raw materials.

The bioplastics version of the uvex airwing fulfils all

requirements of DIN EN 397. Its low weight and adaptable

interior fittings ensure outstanding comfort when worn

for long periods of time.

Increased wearer comfort

resulting from the light

bioplastics helmet shell

Rotating size

adjusters

Variable ventilation openings

in the forehead and neck areas

Rotating size

5

Bioplastics – the high-tech material of the future

More than 230 million tonnes of plastic are produced

globally every year. Bioplastics are an environmen-

tally-friendly alternative and are manufactured using

renewable raw materials found in plants such as the

castor-oil plant.

These natural raw materials are processed into

biopolymers from which the bioplastics are made.

The bioplastics of today already offer a multitude of

technological properties.

The application of bioplastics represents an important

contribution to climate and environmental protection.

Art. no. 9764.530Colour gentian blue Retail unit 25

6

A wide range for many applicationsuvex u-cap

Art. no. 9794.300Version premium armadillo-style ultra comfortable lining Colour anthracite

Art. no. 9794.301Version premium armadillo-style ultra comfortable lining short brimColour anthracite

Art. no. 9794.310Version premium u-style ultra comfortable liningColour anthracite

Art. no. 9794.311Version premium u-style ultra comfortable lining short brim Colour anthracite

uvex u-cap takes natures innova-tive design and combines it with comfort for your safety.The ergonomic inner shell offers complete flexibility which can per-fectly adjust to any head shape and provides extra protection for the back of the head due to the low profile.The premium version boasts a sophisticated interior design consisting of four layers of shock-absorbing foam and highly absor-bent fleece which are woven into a breathable mesh. The reflective piping around the brim and two main steams offer enhanced safety due to greater visibility.

uvex u-cap premium

The basic version of the uvex u-cap impact cap is fitted with a standard foam pad inlay.

uvex u-cap basic

The curved sides of the uvex u-cap provide a safe and comfortable fit when wearing ear muffs.

The strap on the back of the cap allows the wearer to individually adjust the cap to their own specifications

The reflective piping around the brim and two main steams offer enhanced safety due to greater visibility.

An impressive range of features

Art. no. 9794.200Version basic foam pad inlayColour anthracite

EN 812-compliant impact caps provide protection from inju-ries caused by hitting fixed ob-jects. They do not provide suffi-cient protection against falling objects and can only be used in situations where a safety helmet is not obli gatory as per EN 397.

9794.301

9794.310

7

uvex u-caphi-viz

The sweatband is attached using Velcro dots and can be swapped as required.

Accessories

Art. no. 9794.100Version absorbent material, fits all u-caps Colour blackRetail unit 5

This version of the u-cap, available in bright yellow or orange, is the perfect addition to existing high-visibility safety clothing and conforms to EN 471. In addition to the reflective piping, it also fea-tures an adjustment strap made from reflective material – for all-round improved wearer safety and visibility.

The colours of the fabrics used conform to the requirements of EN 471.

uvex u-cap hi-viz

Art. no. 9794.800Version premium armadillo-style ultra comfortable liningColour hi-viz yellow

Art. no. 9794.900Version premium armadillo-style ultra comfortable lining Colour hi-viz orange

The hi-viz version’s adjustment strap is made from reflective material for improved wearer safety and visibility.

You can find more high- visibility safety clothing from our textreme flash range in the “work clothes/protective clothing” section of our catalogue.

9794.800

9794.900

8

uvex pheosVersatile functionality

Comfort and safety: the new, lightweight uvex pheos helmet in a

sporty design offers maximum wearer comfort with its climazone

ventilation ports and adjustable 3D interior fittings.

Perfect protection in every situation: the robust, rigid helmet shell

maintains its shape even under lateral pressure – and fulfils the

safety requirements in construction and industry.

Its functional accessory system ensures that the uvex pheos

is especially versatile. Whether with a visor, safety glasses,

ear muffs or a torch: the helmet can be quickly and easily adapted

to suit individual requirements.

VentilationKeep a cool head: the indi-vidually adjustable climazone ventilation.

Spectacle cord clip Secure: the clip on the uvex pheos helmet for working at heights guarantees that the full vision goggles remain firmly attached.

Ear muffs For loud environments: adapters on the sides enable the simple and secure attach-ment of ear muffs.

Head torch See everything: a torch can be attached to the adaptor in the forehead area when needed.

ty

et in a

mazone

et shell

ls the

os

,

adapted

VentilationKeep a cool head: the indi-vidually adjustable climazone

9

Safety Helmetsuvex pheos B · uvex pheos B-WR · uvex pheos B-3D

Available from January 2012


Available from March 2012

Art. no. Colour Retail unit

9772.020 white 25

9772.120 yellow 25

9772.220 orange 25

9772.320 red 25

9772.520 blue 25

9772.920 black 25


9772.040 white 25

9772.140 yellow 25

9772.240 orange 25


9772.030 white 25

9772.130 yellow 25

9772.230 orange 25

9772.530 blue 25

9772.930 black 25

uvex pheos B

uvex pheos B-3D

uvex pheos B-WR

• Three variable air vents• Adapter systems for uvex visors,

uvex earmuffs and lamps with helmet attachment

• Conventional suspension harness for a comfortable fit

Adjustable range: 51 – 61 cm



• 3D suspension harness with the option of attaching the uvex-pheos safety spectacle

• Rotating size adjusters for indi-vidual width adjustment



• Suspension harness with rotating size adjusters for individual width adjustment


10

Safety Helmetsuvex pheos B-S-WR · uvex pheos C · uvex pheos E




uvex pheos B-S-WR

uvex pheos E

uvex pheos C



• Shorter brim for a wider field of upward vision

• Suspension harness with rotating size adjusters for individual width adjustment


• Suitable for use by electricians as helmet shell is fully closed

• Tested and certified in accord-ance with EN 397 and EN 50365 (1000 VAC)

• Adapter systems for uvex visors, uvex earmuffs and lamps with helmet attachment

• Conventional suspension har-ness for a comfortable fit


• Helmet is closed at the front and permanently open at the back for increased ventilation

• Adapter systems for uvex visors, uvex earmuffs and lamps with helmet attachment




9772.031 white 25

9772.131 yellow 25

9772.531 blue 25


9770.020 white 25

9770.120 yellow 25


9771.020 white 25

11

Safety Helmetsuvex pheos alpine

uvex pheos alpine

Multifunctional helmets for working at heights and rescue operations• Combination of industrial safety

helmet features in accordance with EN 397 and the require-ments of a climbing helmet

• Light ABS helmet shell offers high level of protection and durability

• The 6-point textile suspension harness ensures an optimum fit and comfort

• Side Euroslot adapters (30 mm) for attaching ear muffs

• Attachment for face protection available

• Head torches (miner’s lamp) can be attached

• Clips for attaching extras with elastic band, e.g. wide vision goggles and LED climbing helmet torch

Available from March 2012


9773.050 white 25

9773.150 yellow 25

9773.250 orange 25

12

uvex airwing BSafety Helmets

uvex airwing B

uvex airwing B-WR

• Polyethylene helmet shell • Three variable air vents • Conventional suspension

harness for a comfortable fit

Range: 51 - 61 cm

• Polyethylene helmet shell • Three variable air vents • Suspension harness with

rotating size adjusters for infinite width adjustment

Range: 52 - 61 cm

uvex airwing B-WR climazone

• Polyethylene helmet shell • Three variable air vents • Suspension harness with


Range: 52 - 61 cm

Special colour version of this inno-vative range climazone

Helmet shell: limeTextile suspension harness: anthracite


9762.020 white 25

9762.120 yellow 25

9762.220 orange 25

9762.320 red 25

9762.420 green 25

9762.520 blue 25

9762.920 black 25


9762.630 lime 25


9762.030 white 25

9762.130 yellow 25

9762.230 orange 25

9762.330 red 25

9762.430 green 25

9762.530 blue 25

13

uvex airwing B · uvex airwing CSafety Helmets

uvex airwing B-S

• Polyethylene helmet shell • Three variable air vents • Shorter brim for a wider field of

upward vision• Conventional suspension

harness for a comfortable fit

Range: 51 - 61 cm


9762.021 white 25

9762.121 yellow 25

9762.221 orange 25

9762.321 red 25

9762.421 green 25

9762.521 blue 25

uvex airwing B-S-WR

• Polyethylene helmet shell • Three variable air vents • Shorter brim for a wider field of

upward vision • Suspension harness with


Range: 52 - 61 cm


9762.031 white 25

9762.131 yellow 25

9762.231 orange 25

9762.331 red 25

9762.431 green 25

9762.531 blue 25

uvex airwing C uvex airwing C-WR

• Polyethylene helmet shell • Constant ventilation, helmet

shell fully closed at front, permanently open at rear


•

Range: 51 - 61 cm

• Polyethylene helmet shell • Constant ventilation, helmet

shell fully closed at front, permanently open at rear

• Suspension harness with rotating size adjusters for infinite width adjustment

Range 52 - 61 cm


9761.020 white 25

9761.120 yellow 25

9761.520 blue 25


9761.030 white 25

9761.130 yellow 25

9761.530 blue 25

9761.520

9762.321

9761.030

9762.431

14

uvex airwing forest · uvex thermo bossSafety Helmets

The thermo boss is ideal for high-temperature areas up to +150 °C. The helmet shell is made from heat-resistant polycarbonate and is suitable for use in high ambient temperatures. The helmet shell is completely sealed, ensuring that the thermo boss fulfils electrical isolation requirements according to EN 397. Weighing in at just 440 g and with a 6-point textile suspension harness, this is the lightweight option when it comes to special applications.

Range: 51 - 61 cm

uvex thermo boss

A set specially developed for forestry work.The helmet has three adjustable air vents, making it possible to regu-late according to the tem perature. For maximum comfort, the size can be adjusted with a rotating size ad-juster on the suspension harness. The mesh visor, which can be locked into position, protects the wearer from foreign bodies whilst maintaining clear vision. Side ear defenders complete the safety helmet for all-round protection.

airwing forestry worker set

airwing forestry worker set IArt. no. 9763.232 Helmet orange, with three adjustable air ventsSuspension with rotat ing size adjusters forharness infinitely adjusting the sizeEar defenders dBex 3000 HVisor Nylon mesh visor

airwing forestry worker set IIArt. no. 9763.233 Helmet orange, with three adjustable air ventsSuspension with rotat ing size adjusters forharness infinitely adjusting the sizeEar defenders dBex 3000 HVisor Metal mesh visor

Note:If you wish to use one of the sets above without hearing protection, you will need an additional adaptor to attach the visor (art. no. 9790.042).


9754.000 white 25

9754.100 yellow 25

9754.300 red 25

15

Safety Helmetsuvex Visors

The robust polycarbonate visor can be combined with uvex industrial safety helmets and uvex helmet ear muffs to form a comprehensive protection system.

Compatible with uvex industrial safety helmets and uvex helmet ear muffs models uvex 2H, uvex 3H and uvex 3200H.

Additional adapters (art. no. 9924.010) required for combina-tion with helmet and visor.

Helmet and hearing protection not included!

uvex 9790

Helmet bracketArt. no. 9790.047

Adapter for attaching without helmet ear muffsArt. no. 9924.010

LensArt. no. 9790.048Material PC clearSpecifications Class 8, against the effects of electrical arcs

These robust visors feature a spe-cially developed adaptor for attach-ment to the side helmet slots which are made from extremely lightweight plastic. The visors can be adjusted to fit the right helmet brim using a length-adjustable adaptor and can be locked in three positions. The lenses are easily interchangeable. The 9727.514 model features a plastic trim and fulfils the special requirements of EN 166 (protection from electrical arcs).

The helmet is not included.

uvex 9725 · 9726 · 9727

Art. no. 9725.514Colour clearMaterial thickness 1 mmSpecifications CA, anti-fogReplacement lens 9050.517Retail unit 1

Art. no. 9726.014Colour clearMaterial thickness 1 mmSpecifications PCReplacementlens 9723.017Retail unit 1

Art. no. 9727.514Colour clearMaterial thickness 1,5 mmSpecifications CA, anti-fog counteracts electrical arcs Replacementlens 9051.517Retail unit 1

16

AccessoriesSafety Helmets

Accessories for the uvex pheos and uvex airwing

Sweatband for the uvex pheos and uvex airwingArt. no. 9760.005Specific. imitation leatherRetail unit 10

Leather chinstrap:Robust leather design with plastic eyelets, adjustable lengthArt. no. 9790.005Specific. Leather/plastic eyeletsRetail unit 10

Forked chinstrap:Textile strap with snapfasteners for quick attachment and eyeletsmade from robust plastic,adjustable length, chin padArt. no. 9790.007Specific. textile strap/plasticRetail unit 10

3D suspension harness for uvex pheosArt. no. 9772.001Specific. 2K plastic suspension harness with pheos spectacle clipRetail unit 10

uvex pheos and uvex airwing interiorArt. no. 9760.000Specific. approx. 75 g, 6-point textile suspension harness with sweatband Retail unit 10

uvex pheos and uvex airwing interior with size adjustersArt. no. 9760.001Specific. approx. 75 gRetail unit 10

Special adaptors have been devel-oped to combine uvex wide-vision goggles with industrial safety helmets and uvex 2H or uvex 3H ear defenders.

Helmet and ear defenders not included!

Wide-vision goggles with a helmet bracket

ultrasonicArt. no. 9302.510Specific. reduced ventilation Colour grey/blueLens PC clear supravision HC-AFRetail unit 4

ultravisionArt. no. 9301.544Colour transparent greyLens CA clear non-foggingRetail unit 4

Additional adaptors are needed inorder to fit the ultrasonic or ultravision without ear defenders:Art. no. 9924.010

Winter caps are available for cold weather and can be worn comforta-bly under the helmet. Site visitors can wear caps under their helmets to provide good hygiene.

Paper caps/winter caps

Art. no. 9790.006Specifications paperRetail unit 100

Art. no. 9790.010Specifications knitted (WIN)Retail unit 10

Art. no. 9790.015Sizes S – MRetail unit 10

Art. no. 9790.016Sizes L – XLRetail unit 10

Art. no. 9790.012Specifications knitted (Alaska)Retail unit 10

9302.510

9301.544

9790.0159790.016

9790.006

17

uvex VisorsFace protection

uvex · 9705 · 9706

Lightweight and inexpensive visor made of robust plastic with inte-grated forehead cover. Twist ratchet enables simple and reliable adjustment to any head size. Flip-up mechanism allows the visor to be set in any position. Easy lens replacement.

uvex · 9707 · 9708

Robust visor with integrated forehead cover and additional protective cap made from impact-resistant polystyrene. Twist ratchet enables simple and reliable adjustment to any head size. Flip-up mechanism allows the visor to be set in any position. Easy lens replacement.

Art. no. 9705.014 faceshield Lens CA clear

Art. no. 9706.514 faceshield Lens CA clear non-fogging

Replacement lenses:Art. no. 9060.017Lens CA clear

Art. no. 9050.517Lens CA clear non-fogging

Art. no. 9707.014 faceshield lens CA clear

Art. no. 9708.514 faceshield Lens CA clear non-fogging

Replacement lenses:Art. no. 9060.017Lens CA clear

Art. no. 9050.517Lens CA clear non-fogging

9705.014

9706.514

9707.014

9708.514

18

OverviewSafety Helmets

Art. no. Name Product Colour Retail unit Page

9050.517 Replacement lens for visor/protective visor clear 1 unit 15/179051.517 Replacement lens for visor clear 1 unit 159060.017 Replacement lens for protective visor clear 1 unit 179301.544 uvex ultravision Wide-vision goggles with helmet bracket clear lens 4 units 169302.510 uvex ultrasonic Wide-vision goggles with helmet bracket clear lens 4 units 169705.014 Cellulose acetate protective visor clear 1 unit 179706.514 Antifog cellulose acetate protective visor clear 1 unit 179707.014 Cellulose acetate protective visor clear 1 unit 179708.514 Antifog cellulose acetate protective visor clear 1 unit 179723.017 Replacement lens for visor clear 1 unit 159725.514 Antifog cellulose acetate visor clear 1 unit 159726.014 Polycarbonate visor clear 1 unit 159727.514 Antifog cellulose acetate visor clear 1 unit 159754.000 uvex thermo boss Safety helmet white 25 units 149754.100 uvex thermo boss Safety helmet yellow 25 units 149754.300 uvex thermo boss Safety helmet red 25 units 149760.000 uvex pheos and airwing Suspension harness (conventional) 10 units 169760.001 uvex pheos and airwing Suspension harness (for version with rotating size adjusters) 10 units 169760.005 uvex pheos and airwing Sweatband (artificial leather) 10 units 169761.020 uvex airwing C Safety helmet (conventional suspension harness) white 25 units 139761.030 uvex airwing C-WR Safety helmet (suspension harness with rotating size adjusters) white 25 units 139761.120 uvex airwing C Safety helmet (conventional suspension harness) yellow 25 units 139761.130 uvex airwing C-WR Safety helmet (suspension harness with rotating size adjusters) yellow 25 units 139761.520 uvex airwing C Safety helmet (conventional suspension harness) blue 25 units 139761.530 uvex airwing C-WR Safety helmet (suspension harness with rotating size adjusters) blue 25 units 139762.020 uvex airwing B Safety helmet (conventional suspension harness) white 25 units 129762.021 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) white 25 units 139762.030 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) white 25 units 129762.031 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) white 25 units 139762.120 uvex airwing B Safety helmet (conventional suspension harness) yellow 25 units 129762.121 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) yellow 25 units 139762.130 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) yellow 25 units 129762.131 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) yellow 25 units 139762.220 uvex airwing B Safety helmet (conventional suspension harness) orange 25 units 129762.221 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) orange 25 units 139762.230 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) orange 25 units 129762.231 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) orange 25 units 139762.320 uvex airwing B Safety helmet (conventional suspension harness) red 25 units 129762.321 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) red 25 units 139762.330 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) red 25 units 129762.331 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) red 25 units 139762.420 uvex airwing B Safety helmet (conventional suspension harness) green 25 units 129762.421 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) green 25 units 139762.430 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) green 25 units 129762.431 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) green 25 units 139762.520 uvex airwing B Safety helmet (conventional suspension harness) blue 25 units 129762.521 uvex airwing B-S Safety helmet (conventional suspension harness, shortened brim) blue 25 units 139762.530 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) blue 25 units 129762.531 uvex airwing B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) blue 25 units 139762.630 uvex airwing B-WR Safety helmet (suspension harness with rotating size adjusters) lime 25 units 129762.920 uvex airwing B Safety helmet (conventional suspension harness) black 25 units 129763.232 uvex airwing Forestry worker set I orange 1 set 149763.233 uvex airwing Forestry worker set II orange 1 set 149764.530 uvex airwing blue Safety helmet (suspension harness with rotating size adjusters) gentian blue 25 units 59770.020 uvex pheos E Safety helmet (conventional suspension harness) white 25 units 109770.120 uvex pheos E Safety helmet (conventional suspension harness) yellow 25 units 109771.020 uvex pheos C Safety helmet (conventional suspension harness) white 25 units 109772.001 uvex pheos Suspension harness with pheos spectacles clip 10 units 169772.020 uvex pheos B Safety helmet (conventional suspension harness) white 25 units 99772.030 uvex pheos B-WR Safety helmet (suspension harness with rotating size adjusters) white 25 units 99772.031 uvex pheos B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) white 25 units 109772.040 uvex pheos B-3D Safety helmet (3D suspension harness and rotating size adjusters) white 25 units 99772.120 uvex pheos B Safety helmet (conventional suspension harness) yellow 25 units 99772.130 uvex pheos B-WR Safety helmet (suspension harness with rotating size adjusters) yellow 25 units 99772.131 uvex pheos B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) yellow 25 units 109772.140 uvex pheos B-3D Safety helmet (3D suspension harness and rotating size adjusters) yellow 25 units 99772.220 uvex pheos B Safety helmet (conventional suspension harness) orange 25 units 99772.230 uvex pheos B-WR Safety helmet (suspension harness with rotating size adjusters) orange 25 units 99772.240 uvex pheos B-3D Safety helmet (3D suspension harness and rotating size adjusters) orange 25 units 99772.320 uvex pheos B Safety helmet (conventional suspension harness) red 25 units 99772.520 uvex pheos B Safety helmet (conventional suspension harness) blue 25 units 99772.530 uvex pheos B-WR Safety helmet (suspension harness with rotating size adjusters) blue 25 units 99772.531 uvex pheos B-S-WR Safety helmet (suspension harness with rotating size adjusters, shortened brim) blue 25 units 109772.920 uvex pheos B Safety helmet (conventional suspension harness) black 25 units 99772.930 uvex pheos B-WR Safety helmet (suspension harness with rotating size adjusters) black 25 units 99773.050 uvex pheos alpine Safety helmet white 25 units 119773.150 uvex pheos alpine Safety helmet yellow 25 units 119773.250 uvex pheos alpine Safety helmet orange 25 units 119790.005 Leather chin straps 10 units 169790.006 Paper cap 100 units 169790.007 Forked chin straps 10 units 169790.010 Winter cap, knitted (WIN) 10 units 169790.012 Winter cap, knitted (Alaska) 10 units 169790.015 Winter cap 10 units 169790.016 Winter cap 10 units 169790.047 Helmet bracket black 1 unit 159790.048 Polycarbonate visor lens clear 1 unit 159794.100 Sweatband for all u-cap models black 5 units 79794.200 uvex u-cap Basic impact cap anthracite 1 unit 69794.300 uvex u-cap Premium armadillo-style impact cap anthracite 1 unit 69794.301 uvex u-cap Premium armadillo-style impact cap with short brim anthracite 1 unit 69794.310 uvex u-cap Premium u-style impact cap anthracite 1 unit 69794.311 uvex u-cap Premium u-style impact cap with short brim anthracite 1 unit 69794.800 uvex u-cap Premium high-viz armadillo-style impact cap hi-viz yellow 1 unit 79794.900 uvex u-cap Premium high-viz armadillo-style impact cap hi-viz orange 1 unit 79924.010 Adaptor 1 pair 15/16

165

Mechanical RisksArea of application: precision/all-round

Activities where a high level of sensitivity is necessary.

Examples: fine assembly work, working with small�parts (e. g. screws), operating controls, end inspection.

Tough activities requiring extremely robust, abrasion resistant safety gloves.

Examples: heavy transport work (e. g. palette transport), construction, servicing.

General, multiple activities for which robust, stable safety gloves are required.

Examples: servicing, transport work, light metal processing, standard assembly work, maintenance.

Precision Heavy dutyAll-round

dry

light

moi

stur

e /

oily

wet

/ o

ily

Working areas that do not have any moisture (water, oil, fat, cooling lubricant, etc.). Safety gloves for these conditions are extremely breathable.

Examples: quality control, assembly work, distribution, end processing.

Working areas with some moisture. Safety gloves for these conditions are less breathable. The water/oil-repelling coating is crucial and also guarantees slip-resistance.

Examples: oil-coated parts, changing between dry and damp working environments.

Working areas in which hands should be protected from liquids (not chemicals). Sealed safety gloves with high slip-resistance are�necessary.

Examples: removing oily/wet parts from machines, outdoor activities (weather-related humidity).

uvex unipurrange

uvex rubipor range

uvex phynomic foam

uvex phynomic wet

uvex profi ergo

uvexprofi XG

uvexcompact

uvex unilitethermo HD

uvex unilitethermo

uvexcontact ergo

uvex phynomic allround

uvex phynomic XG

uvex phynomic pro

uvex phynomic lite/lite w

uvex phynomic

ESD

166

1. Perfect fit Precision all the way to the fingertips due to revolutionary 3D ergo technology.

Up to eight perfectly coordinated sizes guarantee an ergonomic solution in all models for any wearer.

• The uvex glove that fits like a second skin. • Natural touch.• Maximum flexibility.

2. Optimum functionality Perfectly fit for purpose due to revolutionary aqua- polymer coating, no matter whether in dry, damp or wet/oily environments.

3. Skin safe – product safe Enhanced skin care and product protection through the uvex ‘pure’ standard.

Health protection:

• No skin irritation• Dermatologically approved*• Certified in accordance with Oeko-Tex® Standard 100 • Free from harmful solvents (DMF, TEA)• Free from allergenic substances

Product protection:

• Silicone-free according to imprint test • Suitable for sensitive surfaces• Does not leave any traces/marks• Certified for food processes**

* The uvex phynomic series was clinically tested by the proDERM® Institute for Applied Dermatological Research (Hamburg, Germany). The extremely good skin tolerability of�uvex phynomic safety gloves has been dermatologically tested (proDERM® studies: 11.0356-02, 11.0482-11, 13.0202-02, 15.0188-02, 15.0219-11).

** Models uvex phynomic foam, uvex phynomic C3

5 6 7 8 9 10 11 12Sizes

Share in %

Glove size

167

uvex phynomic

Perfection in

3 dimensions

168


uvex phynomic lite · uvex phynomic lite wThe uvex phynomic lite/lite w is the lightest safety glove in its class. The aqua-polymer impreg-nation is extremely thin, but still highly durable and also provides exceptional dexterity.

Characteristics• Excellent dexterity• Excellent dry grip• Very high level of breathability• uvex pure standard

Applications• Precision assembly work• Precision work

uvex phynomic ESDThe uvex phynomic ESD is a light safety glove for work in antistatic areas. The conductive polyamide/carbon liner and the conductive aqua-polymer impregnation ena-bles excellent dexterity. The coating is extremely flexible and provides a very high level of breathability.

Characteristics• Anti-static safety gloves• Meets the requirements of EN

16350:2014 (Conditions: contact resistance < 108 Ohm, ambient temperature 23 °C ± 1 °C, air humidity 25 % ± 5 %)

• Excellent dexterity• Excellent dry grip• Very high level of breathability• uvex pure standard

Applications• ESD areas• Precision assembly work• For work in antistatic areas• Precision work

Art. no. 60040 60041 60058Art. code uvex phynomic lite uvex phynomic lite w uvex phynomic ESDEN 388 (3 1 2 1) 388 (3 1 2 1) 388 (2 1 2 1)Sizes 5, 6, 7, 8, 9, 10, 11, 12 5, 6, 7, 8, 9, 10, 11, 12 5, 6, 7, 8, 9, 10, 11, 12Construction Aqua-polymer impregnation on palm Aqua-polymer impregnation on palm Conductive aqua-polymer impregnation on

and fingertips, knitted cuff and fingertips, knitted cuff palm and fingertips, knitted cuffBase glove polyamide/elastane polyamide/elastane polyamide/elastane/carbonCoating Aqua-polymer impregnation Aqua-polymer impregnation Conductive aqua-polymer impregnationColour grey/grey white/white grey/greyResistance For dry and slightly damp areas For dry and slightly damp areas For dry areas of application

3 1 2 1

EN 388

3 1 2 1

EN 388

2 1 2 1

EN 388

uvex phynomic lite uvex phynomic lite w uvex phynomic ESD

169


uvex phynomic foamThe uvex phynomic foam is a very sensitive safety glove. The aqua-polymer foam coating is extremely flexible, provides good grip and leaves no trace on sensitive surfaces

Characteristics • Excellent dexterity • Excellent dry grip • Extremely breathable• uvex pure standard

Applications • Fine assembly work • Food industry• Precision work

uvex phynomic allroundThe uvex phynomic allround is a lightweight safety glove for many applications. The aqua- polymer foam coating is extremely flexible, provides good grip and leaves no trace on sensitive surfaces. The dark safety glove is very impervious to dirt.

Characteristics• Excellent dexterity• Excellent dry grip• Very high level of breathability• uvex pure standard

Applications• Assembly• Precision work• Maintenance• Transport/packaging• Servicing and repair

uvex phynomic x-foam HVThe uvex phynomic x-foam HV is a patentedinnovation in mechanical safety gloves. The ultimate tear resistance within the range of the fingers is significantly lowered by the integra-tion of a smooth break section, which clearly reduces the risk of severe hand injuries when using hand-held screwdrivers.

Characteristics• Breathable• Excellent dexterity• Good dry and wet grip• uvex pure standard

Applications• A conscientious hazard analysis with the

support of our uvex hand protection specialists is vital before use.

Art. no. 60050 60049 60054Art. code uvex phynomic foam uvex phynomic allround uvex phynomic x-foam HVEN 388 (3 1 3 1) 388 (3 1 3 1) 388 (3 1 X 1)Sizes 5, 6, 7, 8, 9, 10, 11, 12 5, 6, 7, 8, 9, 10, 11, 12 6, 7, 8, 9, 10Construction Aqua-polymer foam coating on palm and Aqua-polymer foam coating on palm and fingertips, Aqua-polymer foam coating on palm and fingertips,

fingertips, knitted cuff knitted cuff knitted cuffBase glove Polyamide/elastane Polyamide/elastane Polyamide/elastaneCoating Aqua-polymer foam coating Aqua-polymer foam coating Aqua-polymer foam coatingColour white/grey grey/black orange/greyResistance For dry areas and slightly damp working conditions For dry areas and slightly damp working conditions For dry areas and slightly damp working conditions

3 1 3 1

EN 388

3 1 3 1

EN 388

3 1 X 1

EN 388

uvex phynomic foam uvex phynomic allround uvex phynomic x-foam HV

170


uvex phynomic wet · uvex phynomic wet plusThe uvex phynomic wet/wet plus is an all-round safety glove, which is suitable for use in more demanding indoor and outdoor areas of application. The water- repellent aqua-polymer foam coating is particularly suitable for damp/oily working conditions.

Characteristics • Excellent dexterity • Good dry and wet grip • High level of breathability• Water-repellent coating and liner • uvex pure standard

Applications • Fine assembly work/assembly

work • General maintenance work • Precision work

uvex phynomic XGThe uvex phynomic XG offers the best oil grip in its class. The inno-vative aqua-polymer Xtra Grip foam coating is also particularly flexible and extremely robust.

Characteristics • Best oil grip• Durable• Excellent dexterity • High level of breathability • uvex pure standard

Applications • Fine assembly work/assembly

work • General maintenance work• Precision work

Art. no. 60060 60061 60070Art. code uvex phynomic wet uvex phynomic wet plus uvex phynomic XGEN 388 (4 1 3 1) 388 (4 1 3 1) 388 (4 1 3 1)Sizes 6, 7, 8, 9, 10, 11, 12 6, 7, 8, 9, 10, 11, 12 6, 7, 8, 9, 10, 11, 12Construction Aqua-polymer foam coating on palm Knitted cuff, Aqua-polymer Xtra Grip foam coating on palm and fingertips,

and fingertips, knitted cuff partially coated back knitted cuffBase glove Polyamide/elastane Polyamide/elastane Polyamide/elastaneCoating Aqua-polymer foam coating Aqua-polymer foam coating Aqua-polymer Xtra Grip foam coatingColour blue/anthracite blue/anthracite black/blackResistance For damp/oily working conditions For damp/oily working conditions For damp/oily working conditions

4 1 3 1

EN 388

4 1 3 1

EN 388

4 1 3 1

EN 388

uvex phynomic wet uvex phynomic wet plus uvex phynomic XG

171

Mechanical RisksArea of application: precision/all-round/heavy duty

uvex phynomic prouvex phynomic pro safety gloves for assembly work in damp/oily areas. The flexible non-slip aqua-polymer-pro coating has exceptional dirt and moisture-repellent properties. The bamboo and polyamide/elastane liner is�pleasant on the skin and offers excellent moisture absorption.

Characteristics• Dirt and moisture-repellent• Excellent dexterity• Good dry and wet grip• High breathability• Moisture absorption by the natural

fibres• uvex pure standard

Applications• Fine assembly work and assembly• General maintenance• Precision work

Art. no. 60062Art. code uvex phynomic proEN 388 (2 1 2 1)Sizes 6, 7, 8, 9, 10, 11, 12Construction Knitted cuff, partially coated backBase glove Bamboo/polyamide/elastaneCoating Aqua-polymer-pro coatingColour blue/anthraciteResistance For damp/oily working conditions

uvex phynomic pro: comfort made by uvex

In addition to protective function, safety gloves for assembly work must meet a variety of other demands placed on them by the wearer. These include dexterity, a comfortable temperature inside the safety gloves, flexibility and a slip-resistant coating, which all ensure the gloves do not hinder work.

These requirements are met by a number of safety gloves currently available on the market. However, the workplace often involves a combination of activities, in which wearers still need to have an excellent sense of touch even if there is a sig-nificant amount of dirt or moisture. If open cell coatings continue to be used in these environ-ments, the hands become dirty, wet or oily as well as reduced product life and regular replacement rates.

This is where uvex’s new product concept comes in.

The coating: the innovative new aqua-polymer-pro coating has dirt and moisture-repellent properties. The gloves are coated up to and including the knuckles. It remains completely flexible and offers exceptional dry and wet grip (in both wet and oily applications).

The liner: uvex has already set new standard in cut protection with the patented Bamboo-TwinFlex® technology. The uvex phynomic pro represents a further ground-breaking development in the Cut 1 segment.

The new liner combines bamboo with polyamide/elastane. The dirt and moisture-repellent coating means it is particularly important that the fibre combination is absorbent and wicks moisture away from the skin. The silky feel of this natural fibre also feels pleasant on the skin.

Purity “Made in Germany”: This product in the uvex phynomic range has also been tested by the proDERM® Institute to confirm the skin compati-bility and dermatological tolerance through a comprehensive process of repeated patch tests and in-use studies.

2 1 2 1

EN 388

uvex phynomic pro

172


uvex rubipor XSThe uvex rubipor XS is an elastic and lightweight safety glove with breathable NBR impregnation.The uvex rubipor XS offers excel-lent breathability thanks to the combination of extremely light NBR impregnation and the stretch cotton material. This has been analysed by the Hohenstein Institute’s skin model.

Characteristics• Good dexterity right to the

fingertips • High level of breathability• Highly flexible stretch cotton

backing material with elastane• Outstanding fit

Applications• Fine assembly work• Inspection/finishing• Product protection• Sorting

uvex rubipor ergoThe uvex rubipor ergo includes a breathable NBR impregnation. This ensures a pleasant tempera-ture-regulated wearing feel, even after long periods (e. g. an entire shift).

Characteristics• Excellent ergonomic fit• Good dexterity right to the

fingertips• High level of breathability• Highly flexible

Applications• Fine assembly work• Inspection• Product protection• Sorting

Art. no. 60276 60316Art. code XS2001 XS5001BEN 388 (0 1 2 1) 388 (0 1 2 1)Sizes 6, 7, 8, 9, 10 6, 7, 8, 9, 10Construction Breathable impregnation on palm, fingers and thumb,

elastic backing material, knitted cuffBase glove Cotton interlock/elastane cotton interlock/elastaneCoating Special NBR (nitrile butadiene rubber), impregnationColour white blueResistance For dry applications For dry applications

Art. no. 60201 60234Art. code E5001B E2001EN 388 (0 1 2 1) 388 (0 1 2 1)Sizes 6, 7, 8, 9, 10 6, 7, 8, 9, 10Construction Impregnated palm and fingers, Impregnated palm and fingertips,

knitted cuff knitted cuffBase glove Cotton interlock Cotton interlockCoating Special NBR (nitrile butadiene rubber), impregnationColour blue orangeResistance For dry applications For dry applications

XS2001 XS5001B

E5001B E2001

0 1 2 1

EN 388

0 1 2 1

EN 388

0 1 2 1

EN 388

0 1 2 1

EN 388

173


uvex unipur carbonThese anti-static safety gloves combine various technologies to create an ideal overall concept. The polyamide carbon lining provides excep-tional dexterity and a close fit. The fingertips only have a thin coating to provide them with grip and maximise the sense of touch. Thin carbon micro-dots ensure an excellent grip in the palm and increase dexterity. As a result, the glove is extremely breathable.

Characteristics• Anti-static safety glove • Meets the requirements of

EN�16350 • Excellent dry grip • Exceptional dexterity

Applications • Electronics • Fine assembly work • Installation of electronic

components • Working with touch screens

uvex unipur MDThis new safety glove combines various technologies and design concepts to deliver an ideal product solution. The polyamide liner provides excellent dexterity and fit. The fingertips are finely coated to maximise grip and sense of touch. Thin micro-dots in the palm area ensures excellent grip and dex terity.

Characteristics• Exceptional dexterity • High flexibility• High level of breathability

Applications• Fine assembly work

uvex unigrip PA/unigrip 6624/unigrip 6620 These high-quality knitted safety gloves feature excellent grip capa-bilities and are suitable for general mechanical risk applications. They are flexible and offer an excellent fit. Depending on the particular ver-sion, they are suitable for rough (6622, 6624) or precision tasks (6620). The uvex unigrip PA is a thin polyamide glove offering an excellent fit.

Characteristics• Excellent fit• Flexibility and secure grip• Mechanical strength

Applications• Assembly, sorting• Packaging

Art. no. 60556 Art. code uvex unipur carbonEN 388 (0 1 3 1)Sizes 6, 7, 8, 9, 10Construction Elastomer-coated fingertips, palm with micro-dots Base glove Polyamide/carbonCoating Fingertips: thin elastomer coating, palm: carbon micro-dots Colour greyResistance For dry areas

Art. no. 60550 Art. code uvex unipur MDEN 388 (0 1 3 1)Sizes 6, 7, 8, 9, 10Construction Palm coated polyamide glove with a knitted wrist Base glove PolyamideCoating Fingertips: fine elastomer coating, palm: transparent micro-dots Colour whiteResistance For dry areas

Art. no. 60513 60238 60135Art. code uvex unigrip PA 6624 6620EN 388 (4 2 4 1) 388 (3 2 4 X) 388 (2 1 4 X)Sizes 7, 8, 9, 10 7, 8, 9, 10 7, 8, 9, 10Construction 13-gauge, fine knit 10-gauge 13-gauge, fine knitBase glove Polyamide Polyamide/cotton Polyamide/cottonCoating PVC dots PVC dots PVC dotsColour white/blue dots grey/red dots white/blue dotsResistance For dry areas For dry areas For dry areas

Also available without micro-dots on the palm(art. no. 60574).

Also available without micro-dots on the palm(art. no. 60587).

0 1 3 1

EN 388

0 1 3 1

EN 388

4 2 4 1

EN 388

3 2 4 X

EN 388

2 1 4 X

EN 388

uvex unipur carbon

uvex unipur MD

6620

uvex unigrip PA

6624

174


uvex unipur 6630 · uvex unipur 6631 Knitted safety gloves with PU coating. These reliable, lightweight and flexible safety gloves offer excel-lent dexterity. The inside of the hands and the fingertips are PU coated.

Characteristics• High flexibility• Highly abrasion-resistant• Mechanical strength• Outstanding dexterity

Applications• Fine assembly work• Precision work

uvex unipur 6639 Standard polyamide PU safety gloves for general tasks. The black polyamide fibres and black PU coating make this glove ideal for dirty environments.

Characteristics• Excellent dexterity • Extremely flexible• Good abrasion resistance

Applications• Precision assembly work• Precision work

Art. no. 60943 60944Art. code 6630 6631EN 388 (4 1 4 1) 388 (4 1 4 1)Sizes 6, 7, 8, 9, 10, 11 6, 7, 8, 9, 10, 11Construction Knitted cuff, palm and fingertips with polyurethane coatingBase glove Polyamide PolyamideCoating Polyurethane PolyurethaneColour white/white grey/greyResistance For dry and slightly damp areas

Art. no. 60248 Art. code 6639EN 388 (4 1 3 1)Sizes 6, 7, 8, 9, 10, 11Construction Knitted cuff, palm and fingertips with polyurethane coating Base glove PolyamideCoating PolyurethaneColour black/blackResistance For dry and slightly damp areas

6630 6631 6639

4 1 4 1

EN 388

4 1 4 1

EN 388

4 1 3 1

EN 388

175


uvex unilite 7700 The uvex unilite 7700 is a durable knitted safety glove with nitrile/PU foam coating. Optimum fit ensures even small parts can be handled with precision.

Characteristics• Excellent fit• High flexibility• Highly abrasion-resistant• Mechanical strength


uvex unilite 6605 A lightweight knitted glove with breathable nitrile foam coating.

Characteristics• Breathable coating• Good mechanical abrasion resistance• Good secure grip• Very good dexterity right to the fingertips

Applications• Inspection• Precision assembly work• Small parts assembly• Sorting

uvex unipur 6634These gloves provide reliable protection against moisture through the non-porous nitrile rubber coating on the palms.

Characteristics• Highly abrasion-resistant• High flexibility• Mechanical strength• Outstanding dexterity


Art. no. 60585 Art. code 7700EN 388 (4 1 3 1)Sizes 7, 8, 9, 10, 11Construction Knitted cuff, palm and fingertips

with NBR/polyurethane coatingBase glove Polyamide/elastaneCoating NBR (nitrile butadiene rubber)/

water-based polyurethaneColour grey/blackResistance For dry areas and damp/oily working

conditions

Art. no. 60573 Art. code 6605EN 388 (4 1 2 2)Sizes 6, 7, 8, 9, 10, 11Construction Knitted cuff,

palm and fingers coatedBase glove Knitted nylonCoating NBR (nitrile butadiene rubber)Colour black/blackResistance For dry and slightly damp areas

Art. no. 60321 Art. code 6634EN 388 (4 1 3 3)Sizes 7, 8, 9, 10Construction Knitted cuff,

palm and fingertips with NBR coatingBase glove PolyamideCoating NBR (nitrile butadiene rubber)Colour grey/blackResistance Oil and grease-resistant

7700 6605 6634

4 1 3 1

EN 388

4 1 2 2

EN 388

4 1 3 3

EN 388

176

Mechanical RisksArea of application: all-round/heavy duty

Precision Heavy dutyAll-round

Dry

Ligh

t moi

stur

e/oi

lyW

et/o

ily

uvexphynomic lite/lite w

uvex phynomic

ESD

uvex unipurrange

uvexrubiporrange

uvex phynomic foam

uvex phynomic wet

uvex profi ergo

uvexprofi XG

uvexcompact

uvex unilitethermo HD

uvex unilitethermo

uvex contact ergo

uvex phynomic allround

uvex phynomicXG

uvex phynomic prop

uvex contact ergo The uvex contact ergo stands out due its dense specialist NBR coating, which is resistant to oil and grease. The top-quality cotton interlock lining ensures exceptional wearer comfort, is comfortable on the skin and regulates temperature inside the gloves.

Characteristics• Excellent ergonomic fit• Good water vapour absorption

due to the cotton lining• Outstanding ventilation of back

on the hand• High flexibility• Very good dexterity right to the

fingertips

Applications• Fine assembly work• Inspection/maintenance• Transport/packaging work

Art. no. 60150 Art. code ENB20CEN 388 (2 1 2 1)Sizes 6, 7, 8, 9, 10Construction Coating on palm and fingers, knitted cuffBase glove Cotton interlockCoating Special NBR (nitrile butadiene rubber)Colour orangeResistance Good resistance to oil and grease

2 1 2 1

EN 388

ENB20C

177

Mechanical RisksArea of application: all-round/heavy duty

uvex profi ergo The uvex profi ergo is a classic safety glove with an ergonomic fit. An extremely functional, high-quality, universal task compliance and hard-wearing safety glove.

Characteristics• Excellent ergonomic fit• Good water vapour absorption

due to the cotton lining• High flexibility• Proven high wearer acceptance• Very good dry/wet grip

Applications• All-round glove• Light/medium metal processing• Repairs/maintenance

uvex profi ergo XG These safety gloves featuring innovative uvex Xtra Grip Technology combine protection with an exceptionally comfortable grip. The multi-layer construction ensures excellent product durability.

Characteristics• Cotton lining for superior water

vapour absorption • Ergonomic fit • Exceptional comfort • Exceptional dry and wet grip• High flexibility • Multilayer design for excellent

resistance time

Applications• All-purpose glove • Assembly• Light to medium metal

processing • Maintenance

Art. no. 60147 60148Art. code ENB20A ENB20EN 388 (2 1 2 1) 388 (2 1 2 1)Sizes 6, 7, 8, 9, 10, 11 6, 7, 8, 9, 10Construction Knitted cuff, partially coated back Fully coated back, knitted cuffBase glove Cotton interlock Cotton interlockCoating Special NBR (nitrile butadiene rubber) Special NBR (nitrile butadiene rubber)Colour orange orangeResistance Good resistance to oil and grease Good resistance to oil and grease

Art. no. 60558 60208Art. code XG20A XG20EN 388 (3 1 2 1) 388 (3 1 2 1)Sizes 7, 8, 9, 10 7, 8, 9, 10Construction Knitted cuff, partially coated back Fully coated back, knitted cuffBase glove Cotton interlock Cotton interlockCoating Special NBR (nitrile butadiene rubber) + Xtra grip coatingColour orange/black orange/blackResistance Good resistance to oil and grease Good resistance to oil and grease

Exceptional grip

ENB20A

XG20A

ENB20

XG20

3 1 2 1

EN 388

3 1 2 1

EN 388

2 1 2 1

EN 388

2 1 2 1

EN 388

178

Mechanical RisksArea of application: Heavy duty/thermal risks

uvex rubiflex Very high-quality NBR-coated safety glove. Highly flexible with excellent dexterity, exceptionally hard-wearing and durable.

Characteristics• Anatomical shape• Good dexterity• High flexibility• Remarkable abrasion-resistance

Applications• Inspection• Light/medium metal processing• Maintenance/servicing• Painting/coating• Repair work

uvex compact A particularly robust safety glove with exceptional abrasion and tear resistance. Suitable for manual tasks involving raw materials.

Characteristics• Good abrasion resistance and

cut resistance• Tear-resistant• Wrist protection with canvas cuff

Applications• Concrete/construction• Machine construction• Metal processing• Transport industry• Wood working

uvex unilite thermo/thermo plus/thermo HD These winter safety gloves stand out due to the extremely robust coating which is flexible even at low temperatures. The double-layer construction ensures effective insulation.

Characteristics • Excellent dexterity• High flexibility• Mechanical strength

Applications• Forklift truck drivers • Refrigerated warehouses• Working in cold conditions

Art. no. 89636 60235 60230Art. code NB27 NB35 NB40EN 388 (3 1 1 1) 388 (3 1 1 1) 388 (3 1 1 1)Sizes 7, 8, 9, 10, 11 7, 8, 9, 10, 11 7, 8, 9, 10, 11Construction Cuff, fully coated Cuff, fully coated Cuff, fully coatedBase glove Cotton interlock Cotton interlock Cotton interlockCoating Special NBR (nitrile butadiene rubber)Colour orange orange orangeResistance Good resistance to oil and grease

Art. no. 60946 60945Art. code NB27E NB27HEN 388 (4 2 2 1) 388 (4 2 2 1)Sizes 9, 10 10Construction Canvas cuff, partially coated Canvas cuff, fully coatedBase glove Jersey cotton Jersey cottonCoating NBR (nitrile butadiene rubber) NBR (nitrile butadiene rubber)Colour blue blueResistance Good resistance to oil and grease

Art. no. 60593 60592 60942Art. code uvex unilite thermo uvex unilite thermo plus uvex unilite thermo HDEN 388 (3 2 3 1), 511 (0 1 0) 388 (3 2 3 1), 511 (0 1 0) 388 (3 2 3 1), 511 (1 2 X)Sizes 7, 8, 9, 10, 11 7, 8, 9, 10, 11 8, 9, 10, 11Construction Coating on palm and Back of the hand partially back of the hand fully

fingertips, knitted cuff coated, knitted cuff coated, knitted cuffBase glove Dual-layer construction: Dual-layer construction: Dual-layer construction:

acrylic/new wool mix (inner), acrylic/new wool mix (inner), cotton terry/acrylicpolyamide/elastane (outer) polyamide/elastane (outer) (inner), nylon (outer)

Coating Flexible polymer coating Flexible polymer coating PVC grip coatingColour black black orange/blackResistance For dry areas and slightly For dry areas and slightly For damp/oily

moist areas moist areas working conditions

4 2 2 1

EN 388

4 2 2 1

EN 388

uvex unilite thermo

uvex unilite thermo plus

uvex unilite thermo HD

3 2 3 1

EN 388 EN 511

0 1 0

3 2 3 1

EN 388 EN 511

0 1 0

3 2 3 1

EN 388 EN 511

1 2 X

3 1 1 1

EN 388

NB27

NB27E

NB27H

179

Mechanical RisksArea of application: Heat risks

uvex nk This high-quality NBR-coated safety glove is exceptionally comfortable to wear. With the cotton/aramide sandwich lining, it provides optimal cut resistance and good endurance. The rough surface ensures that the glove offers exceptional grip. The gloves are also suitable for use in contact heat up to 100 °C (in accordance with EN 407).

uvex k-basic extra This coarse-knitted glove made of 100�% Kevlar® is lined with cotton, making it ideal for protecting the wearer against heat and cuts.The combination of Kevlar® and cotton guarantees good heat insulation and enables the handling of objects up to +250 °C.

Characteristics• Additional cotton cladding• Comfortable to wear• Very good protection against cut

injuries

Applications• Automotive industry• Foundries • Glass industry• Metal processing

uvex profathermThis cotton terry safety glove is suitable for many areas of application, providing protection against heat (for contact heat up to +250 °C in acc. with EN 407), cold and cuts.

Characteristics• Comfortable to wear• Good protection against cut

injuries• Good temperature insulation

Applications• Foundries• Metal processing industry• Plastic processing• Steel industry

Art. no. 60213 60202Art. code NK2722 NK4022EN 388 (3 2 4 3), 407 (X 1 X X X X) 388 (3 2 4 3), 407 (X 1 X X X X)Sizes 9, 10 9, 10Construction Cuff, fully coated Cuff, fully coatedBase glove Sandwich liner, Sandwich liner, Cotton interlock/knitted aramide Cotton interlock/knitted aramideCoating Special NBR (nitrile butadiene rubber) Special NBR (nitrile butadiene rubber)Colour orange orangeResistance Good resistance to oil and grease Good resistance to oil and grease

Art. no. 60179 Art. code 6658EN 388 (1 3 4 X)Sizes 8, 10, 12Construction 7-gauge coarse knitBase glove 100 % Kevlar®, cotton lining insideColour yellowResistance Cut and heat-resistant

Art. no. 60595 Art. code XB40EN 388 (1 2 4 1), 407 (X 2 X X X X)Sizes 11Length approx. 40 cmConstruction CuffBase glove Cotton terryCoating noneColour whiteResistance Resistant to cuts, insulation against heat and cold

Sandwich lining

Cotton cladding

1 3 4 X

EN 388

3 2 4 3

EN 388

X1XXXX

EN 407

1 2 4 1

EN 388

X2XXXX

EN 407

NK2722

6658

XB40

FEATURES

Typical Industries � Aerospace � Automotive � Construction � Manufacturing � Railways � Transport

Applications � Bottling/Canning � Mechanical Inspection � Metal Fabrication � Paint Spraying

See overleaf for explanation

Maximum cut resistance at cut level 5 (EN388)

Excellent grip in wet, oily or dry conditions

High durability resistance to rips and abrasion

Glove retains flexibility despite its high protection levels

Machine knitted liners made with High Performance Polyethylene and glass yarn to provide a good cut resistance barrier, while offering dexterity and comfort

Coated with polyurethane on palm up to fingers

Breathable liner helps keep hands cool

SUITABLE FOR CERTIFICATION

Outstanding cut resistance whilst maintaining a high degree of comfort and dexterity. PU coating protects the hand from oils and grease delivering effective long lasting grip.

MAXIMUM CUT RESISTANCE AND EXCELLENT GRIP IN OILY AND DRY CONDITIONS

EN388: 2003

4543

CUT PROTECTIONCUT PROTECTION

CUT LEVEL

5

NINJA SILVER +™

PRODUCT INFORMATION

ORDERING DETAILS

CERTIFICATION LEGENDS

SIZE CODE PACKAGING

6/XS SKY290

10 pairs per bag120 pairs per case

7/S SKY2918/M SKY2929/L SKY293

10/XL SKY294

© 2016 Globus (Shetland) Ltd | GLOBUS_SKYTEC-DATA-NINJASILVER + -0116

EUROPEwww.globus.co.uk

E: [email protected]: +44 (0)161 877 4747F: +44 (0)161 877 4746

MIDDLE EAST AND AFRICAwww.globusgroup.com/gcc

E: [email protected]: +971 4 882 9962F: +971 4 882 9963

Globus (Shetland) Ltd, 14 Central Park, Mosley Road, Trafford Park, Manchester, M17 1NY, UNITED KINGDOM Globus EMEA FZE, Jafza View 19, Floor 9 Office 0904, Jebel Ali, Dubai, UNITED ARAB EMIRATES

EC compliance certificate delivered by the notified body LEITAT Centro Technologico, Passeig 22 de juliol, 218-08221, Terrassa (Barcelona), Spain (Notified Body No 0162)The descriptions, characteristics, applications and photos are given for information purposes and do not constitute a contractual commitment. The manufacturer reserves the right to make any modifications it deems necessary.

RECOMMENDATIONS FOR USE

� It is the responsibility of the end user and not the manufacturer to determine glove suitability for the intended use.

� These gloves resist cuts but are not cut proof. Do not subject to high speed or serrated blades. Do not use near moving machines if there is a risk of entanglement. Not for use with liquids.

� Storage: Gloves should be ideally stored in cool, dry conditions in original packaging and away from direct sunlight.

� Cleaning/Maintenance: Both new and used gloves should be thoroughly inspected, before being worn to ensure no damage is present. Gloves should not be left in contaminated condition if re-use is intended.

� Not recommended for washing or cleaning as the performance characteristics may differ to washed or cleaned gloves.

ABOUT GLOBUSWorld leader in protecting hands, Globus serves organisations with bespoke hand protection solutions built from a professional range of high performance protective gloves.

Globus is proud to offer bespoke solutions that deliver robust commercial benefits not just safety improvements. We have an enviable track record in helping to reduce hand accident rates whilst delivering improved comfort and productivity as well as waste and cost reductions.

Globus applies its expertise across a spectrum of industries, meeting and exceeding a diverse range of hand protection requirements; from the rigorous demands of the petrochemical and construction industries to the complexities of clean room and aerospace manufacturing.

Find out why leading companies rely on a solution from Globus to help implement a comprehensive hand protection policy. Contact us today.

MECHANICAL HAZARDSEN 388

PERFORMANCE LEVELS0-4 0-5 0-4 0-4

Abrasion Resistance Blade Cut Resistance

Tear ResistancePuncture Resistance

MATERIALSLINER: HPPE

COATING: Polyurethane (PU)

COLOUR Grey

LENGTH (mm) 220-240 (Size Dependent)

CUFF STYLE Elasticated

NINJA SILVER +™

CUT PROTECTIONCUT PROTECTION

Page 1 of 5

Safety Data Sheet

California CARB Compliant

1 - Identification

Product Name: WD-40 Multi-Use Product Aerosol Product Use: Lubricant, Penetrant, Drives Out Moisture, Removes and Protects Surfaces From Corrosion Restrictions on Use: None identified SDS Date Of Preparation: March 5, 2019

Manufacturer: WD-40 Company Address: 9715 Businesspark Avenue San Diego, California, USA 92131 Telephone: Emergency: 1-888-324-7596 Information: 1-888-324-7596 Chemical Spills: 1-800-424-9300 (Chemtrec) 1-703-527-3887 (International Calls)

2 – Hazards Identification

Hazcom 2012/GHS Classification: Flammable Aerosol Category 1 Gas Under Pressure: Compressed Gas Aspiration Toxicity Category 1 Specific Target Organ Toxicity Single Exposure Category 3 (nervous system effects)

Note: This product is a consumer product and is labeled in accordance with the US Consumer Product Safety Commission regulations which take precedence over OSHA Hazard Communication labeling. The actual container label will not include the label elements below. The labeling below applies to industrial/professional products. Label Elements: DANGER! Extremely Flammable Aerosol. Contains gas under pressure; may explode if heated. May be fatal if swallowed and enters airways. May cause drowsiness or dizziness. Prevention Keep away from heat, sparks, open flames, hot surfaces. – No smoking. Do not spray on an open flame or other ignition source. Pressurized container: Do not pierce or burn, even after use. Avoid breathing vapors or mists. Use only outdoors or in a well-ventilated area. Response IF SWALLOWED: Immediately call a POISON CENTER or physician. Do NOT induce vomiting. IF INHALED: Remove person to fresh air and keep comfortable for breathing. Call a POISON CENTER or physician if you feel unwell. Storage Store locked up. Protect from sunlight. Do not expose to temperatures exceeding 50°C/122°F. Store in a well-ventilated place. Disposal Dispose of contents and container in accordance with local and national regulations.

Page 2 of 5

3 - Composition/Information on Ingredients

Ingredient CAS # Weight Percent US Hazcom 2012/ GHS Classification

LVP Aliphatic Hydrocarbon 64742-47-8 45-50% Aspiration Toxicity Category 1

Petroleum Base Oil 64742-56-9 64742-65-0 64742-53-6 64742-54-7 64742-71-8

<35% Not Hazardous

Aliphatic Hydrocarbon 64742-47-8 <25% Flammable Liquid Category 3 Aspiration Toxicity Category 1 Specific Target Organ Toxicity Single Exposure Category 3

(nervous system effects)

Carbon Dioxide 124-38-9 2-3% Simple Asphyxiant Gas Under Pressure,

Compressed Gas

Note: The specific chemical identity and exact percentages are a trade secret. 4 – First Aid Measures

Ingestion (Swallowed): Aspiration Hazard. DO NOT induce vomiting. Call physician, poison control center or the WD-40 Safety Hotline at 1-888-324-7596 immediately. Eye Contact: Flush thoroughly with water. Remove contact lenses if present after the first 5 minutes and continue flushing for several more minutes. Get medical attention if irritation persists. Skin Contact: Wash with soap and water. If irritation develops and persists, get medical attention. Inhalation (Breathing): If irritation is experienced, move to fresh air. Get medical attention if irritation or other symptoms develop and persist. Signs and Symptoms of Exposure: Harmful or fatal if swallowed. Aspiration of liquid into the lungs during swallowing or vomiting may cause lung damage. May cause eye and respiratory irritation. Inhalation of mists or vapors may cause drowsiness, dizziness and other nervous system effects. Skin contact may cause drying of the skin. Indication of Immediate Medical Attention/Special Treatment Needed: Immediate medical attention is needed for ingestion.

5 – Fire Fighting Measures

Suitable (and unsuitable) Extinguishing Media: Use water fog, dry chemical, carbon dioxide or foam. Do not use water jet or flooding amounts of water. Burning product will float on the surface and spread fire. Specific Hazards Arising from the Chemical: Extremely flammable aerosol. Contents under pressure. Keep away from ignition sources and open flames. Exposure of containers to extreme heat and flames can cause them to rupture often with violent force. Vapors are heavier than air and may travel along surfaces to remote ignition sources and flash back. Combustion will produce oxides of carbon and hydrocarbons. Special Protective Equipment and Precautions for Fire-Fighters: Firefighters should always wear positive pressure self-contained breathing apparatus and full protective clothing. Cool fire-exposed containers with water. Use shielding to protect against bursting containers.

6 – Accidental Release Measures

Personal Precautions, Protective Equipment and Emergency Procedures: Wear appropriate protective clothing (see Section 8). Eliminate all sources of ignition and ventilate area. Methods and Materials for Containment/Cleanup: Leaking cans should be placed in a plastic bag or open pail until the pressure has dissipated. Contain and collect liquid with an inert absorbent and place in a container for disposal. Clean spill area thoroughly. Report spills to authorities as required.

Page 3 of 5

7 – Handling and Storage

Precautions for Safe Handling: Avoid contact with eyes. Avoid prolonged contact with skin. Avoid breathing vapors or aerosols. Use only with adequate ventilation. Keep away from heat, sparks, pilot lights, hot surfaces and open flames. Unplug electrical tools, motors and appliances before spraying or bringing the can near any source of electricity. Electricity can burn a hole in the can and cause contents to burst into flames. To avoid serious burn injury, do not let the can touch battery terminals, electrical connections on motors or appliances or any other source of electricity. Wash thoroughly with soap and water after handling. Keep containers closed when not in use. Keep out of the reach of children. Do not puncture, crush or incinerate containers, even when empty. Conditions for Safe Storage: Store in a cool, well-ventilated area, away from incompatible materials. Do not

store above 120F or in direct sunlight. U.F.C (NFPA 30B) Level 3 Aerosol. Store away from oxidizers.

8 – Exposure Controls/Personal Protection

Chemical Occupational Exposure Limits

LVP Aliphatic Hydrocarbon 1200 mg/m3 TWA (manufacturer recommended)

Petroleum Base Oil 5 mg/m3 TWA (Inhalable) ACGIH TLV (as Mineral oil) 5 mg/m3 TWA OSHA PEL (as Oil mist, mineral)

Aliphatic Hydrocarbon 1200 mg/m3 TWA (manufacturer recommended)

Carbon Dioxide 5000 ppm TWA, 30,000 ppm STEL ACGIH TLV 5000 ppm TWA OSHA PEL

The Following Controls are Recommended for Normal Consumer Use of this Product Appropriate Engineering Controls: Use in a well-ventilated area. Personal Protection: Eye Protection: Avoid eye contact. Always spray away from your face. Skin Protection: Avoid prolonged skin contact. Chemical resistant gloves recommended for operations where skin contact is likely. Respiratory Protection: None needed for normal use with adequate ventilation. For Bulk Processing or Workplace Use the Following Controls are Recommended Appropriate Engineering Controls: Use adequate general and local exhaust ventilation to maintain exposure levels below that occupational exposure limits. Personal Protection: Eye Protection: Safety goggles recommended where eye contact is possible. Skin Protection: Wear chemical resistant gloves. Respiratory Protection: None required if ventilation is adequate. If the occupational exposure limits are exceeded, wear a NIOSH approved respirator. Respirator selection and use should be based on contaminant type, form and concentration. Follow OSHA 1910.134, ANSI Z88.2 and good Industrial Hygiene practice. Work/Hygiene Practices: Wash with soap and water after handling.

9 – Physical and Chemical Properties

Appearance: Light amber liquid Flammable Limits: (Solvent Portion)

LEL: 0.6% UEL: 8%

Odor: Mild petroleum odor Vapor Pressure: 95-115 PSI @ 70F

Odor Threshold: Not established Vapor Density: Greater than 1 (air=1)

pH: Not Applicable Relative Density: 0.8 – 0.82 @ 60F

Melting/Freezing Point: Not established Solubilities: Insoluble in water

Boiling Point/Range: 361 - 369F (183 - 187°C)

Partition Coefficient; n-octanol/water:

Not established

Flash Point: 138F (59°C) Tag Closed Cup (liquid)

Autoignition Temperature:

Not established

Page 4 of 5

Evaporation Rate: Not established Decomposition Temperature:

Not established

Flammability (solid, gas): Flammable Aerosol Viscosity: 2.79-2.96 cSt @ 100F

VOC: 24.1% MIR=0.43gO3/gVOC

Pour Point: -63C (-81.4F ) ASTM D-97

10 – Stability and Reactivity

Reactivity: Not reactive under normal conditions Chemical Stability: Stable Possibility of Hazardous Reactions: May react with strong oxidizers generating heat. Conditions to Avoid: Avoid heat, sparks, flames and other sources of ignition. Do not puncture or incinerate containers. Incompatible Materials: Strong oxidizing agents. Hazardous Decomposition Products: Carbon monoxide and carbon dioxide.

11 – Toxicological Information

Symptoms of Overexposure: Inhalation: High concentrations may cause nasal and respiratory irritation and central nervous system effects such as headache, dizziness and nausea. Intentional abuse may be harmful or fatal. Skin Contact: Prolonged and/or repeated contact may produce mild irritation and defatting with possible dermatitis. Eye Contact: Contact may be irritating to eyes. May cause redness and tearing. Ingestion: This product has low oral toxicity. Swallowing may cause gastrointestinal irritation, nausea, vomiting and diarrhea. This product is an aspiration hazard. If swallowed, can enter the lungs and may cause chemical pneumonitis, severe lung damage and death. Chronic Effects: None expected. Carcinogen Status: None of the components are listed as a carcinogen or suspect carcinogen by IARC, NTP, ACGIH or OSHA. Reproductive Toxicity: None of the components is considered a reproductive hazard. Numerical Measures of Toxicity: Acute Toxicity Estimates: Oral > 5,000 mg/kg; Dermal >2,000 mg/kg based on an assessment of the ingredients. This product is not classified as toxic by established criteria. It is an aspiration hazard.

12 – Ecological Information

Ecotoxicity: No specific aquatic toxicity data is currently available; however components of this product are not expected to be harmful to aquatic organisms Persistence and Degradability: Components are readily biodegradable. Bioaccumulative Potential: Bioaccumulation is not expected based on an assessment of the ingredients. Mobility in Soil: No data available Other Adverse Effects: None known

13 - Disposal Considerations

If this product becomes a waste, it would be expected to meet the criteria of a RCRA ignitable hazardous waste (D001). However, it is the responsibility of the generator to determine at the time of disposal the proper classification and method of disposal. Do not puncture or incinerate containers, even empty. Dispose in accordance with federal, state, and local regulations.

Page 5 of 5

14 – Transportation Information

DOT Surface Shipping Description: UN1950, Aerosols, 2.1 Ltd. Qty (Note: Shipping Papers are not required for Limited Quantities unless transported by air or vessel – each package must be marked with the Limited Quantity Mark) IMDG Shipping Description: UN1950, Aerosols, 2.1, LTD QTY ICAO Shipping Description: UN1950, Aerosols, flammable, 2.1 NOTE: WD-40 Company does not test aerosol cans to assure that they meet the pressure and other requirements for transport by air. We do not recommend that our aerosol products be transported by air.

15 – Regulatory Information

U.S. Federal Regulations: CERCLA 103 Reportable Quantity: This product is not subject to CERCLA reporting requirements, however, oil spills are reportable to the National Response Center under the Clean Water Act and many states have more stringent release reporting requirements. Report spills required under federal, state and local regulations. SARA TITLE III: Hazard Category For Section 311/312: Acute Health, Fire Hazard, Sudden Release of Pressure Section 313 Toxic Chemicals: This product contains the following chemicals subject to SARA Title III Section 313 Reporting requirements: None Section 302 Extremely Hazardous Substances (TPQ): None EPA Toxic Substances Control Act (TSCA) Status: All of the components of this product are listed on the TSCA inventory. California Safe Drinking Water and Toxic Enforcement Act (Proposition 65): This product does not require a California Proposition 65 warning. VOC Regulations: This product complies with the consumer product VOC limits of CARB, the US EPA and states adopting the OTC VOC rules. Canadian Environmental Protection Act: All of the ingredients are listed on the Canadian Domestic Substances List or exempt from notification

16 – Other Information

HMIS Hazard Rating: Health – 1 (slight hazard), Fire Hazard – 4 (severe hazard), Physical Hazard – 0 (minimal hazard) Revision Date: March 5, 2019 Supersedes: July 19, 2018 Revision Summary: Section 9 update VOC data Prepared by: Industrial Health & Safety Consultants, Inc. Shelton, CT, USA

Reviewed by: I. Kowalski Regulatory Affairs Dept. 1012200/No.0084704

Page 1 of 5

Safety Data Sheet


1 - Identification






Page 2 of 5





<35% Not Hazardous




Compressed Gas







Page 3 of 5













LEL: 0.6% UEL: 8%







Not established



Not established

Page 4 of 5


Not established












Page 5 of 5








Page 1 of 5

Safety Data Sheet


1 - Identification






Page 2 of 5





<35% Not Hazardous




Compressed Gas







Page 3 of 5













LEL: 0.6% UEL: 8%







Not established



Not established

Page 4 of 5


Not established












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Copyright © 2011 The Crosby Group LLCAll Rights Reserved

370

Western Manila Rope Blocks

Regular Wood Blocksfor Manila Rope• Laser cut side plates• Grade 5 bolts secured with lock washers and staked nuts.• Bronze bushed sheaves with larger bearing diameter for extended block life.• Beckets furnished on all blocks. For reeving information, see page 362.• Meets or exceeds all requirements of ASME B30.26 including identification, ductility, design

factor, proof load and temperature requirements. Importantly, these blocks meet other critical performance requirements including fatigue life, impact properties and material traceability, not addressed by ASME B30.26.

BlockSize(in.) Fitting

Single Sheave21 B

Stock No.

Double Sheave22 B

Stock No.

Triple Sheave23 B

Stock No.4 HS 603831 604634 6054385 HS 603859 604652 6054566 HS 603877 604670 6054748 HS 603911 604714 6055174 N 606437 606838 6072305 N 606455 606856 6072586 N 606473 606874 6072768 N 606516 606918 6073104 S 610039 611635 6132325 S 610057 611653 6132506 S 610075 611671 6132788 S 610119 611715 613312

Fitting Type: HS-Latch Hook; N-Swivel Hook with Latch; S- Round Pin Anchor Shackle

Steel Shell Blocksfor Manila Rope• Laser cut side plates• Grade 5 bolts secured with lock washers and staked nuts.• Bronze bushed sheaves with larger bearing diameter for extended block life.• New style hanger for fitting attachment.

SEE APPLICATION AND WARNING INFORMATION

On Pages 358-365Para Español: www.thecrosbygroup.com

BlockSize(in.)

Sheave Dimensions(in.)

ManilaRopeSize(in.)

Working Load Limit(lbs.)*

Weight Each(lbs.)

OutsideDiam.

RimThickness

CenterPin Diam.

21Single

22Double

23Triple

21Single

22Double

23Triple

4 2.25 .63 .38 1/2 1000 1400 1800 1.75 3.00 4.005 3.00 .75 .38 5/8 1200 1800 2400 3.25 5.60 6.506 3.50 1.00 .50 3/4 1800 2500 3200 5.00 8.50 11.508 4.75 1.13 .63 7/8 - 1 2800 3800 4800 13.00 14.00 21.50

HS-21-B

*Ultimate Load is 4 times the Working Load Limit


Single Sheave301 B*

Stock No.

Double Sheave302 B*

Stock No.

Triple Sheave303 B*

Stock No.

4 HS 680971 681373 681774

6 HS 680999 681391 -

8 HS 681015 681417 681818

4 N 682639 683031 683433

6 N 682675 683077 683479

8 N 682719- 683111 -

6 P 691077- 692673 -

8 P 691111 692717 694314HS-21-B

BlockSize(in.)

Sheave Size(in.)

ManilaRopeSize(in.)

Working Load Limit(lbs.)*

Weight Each(lbs.)

OutsideDiam.

RimThickness Single Double Triple Single Double Triple

4 2.25 .63 1/2 1100 1600 2200 2.25 3.75 5.006 3.50 1.00 3/4 2000 3300 4000 5.50 9.25 12.508 4.75 1.13 1 3300 5100 7000 10.00 16.50 22.00

*Bearing Code: B- Self Lubricating Bronse Bushed.Fitting Type: HS- Latch Hook; N- Swivel Hook with Latch; P- Screw Pin Anchor Shackle

*Ultimate Load is 3.5 times the Working Load Limit

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http://www.riggingwarehouse.com


358

TACKLE BLOCK AND SHEAVE ASSEMBLY

WARNING, USE ANDMAINTENANCE INFORMATION

WARNING• A potential hazard exists when lifting or dragging

heavy loads with tackle block assemblies.• Failure to design and use tackle block systems

properly may cause a load to slip or fall - the result could be serious injury or death.

• Failure to design lifting system with appropriate sheave assembly material for the intended application may cause premature sheave, bearing or wire rope wear and ultimate failure - the result could be serious injury or death

• A tackle block system should be rigged by a qualified person as defined by ANSI/ASME B.30.

• Instruct workers to keep hands and body away from block sheaves and swivels - and away from “pinch points” where rope touches block parts or loads.

• Do not side load tackle blocks.• See OSHA Rule 1926.550(g) for personnel hoisting by

cranes and derricks, and OSHA Directive CPL 2-1.36 - Interim Inspection Procedures During Communication Tower Construction Activities. Only a Crosby or McKissick® Hook with a PL latch attached and secured with a bolt, nut and cotter pin (or toggle pin) or a PL-N latch attached and secured with toggle pin; or a Crosby hook with an S-4320 latch attached and secured with cotter pin or bolt, nut and pin; or a Crosby SHUR-LOC® Hook in the locked position may be used for any personnel hoisting. A hook with a Crosby SS-4055 latch attached shall NOT be used for personnel lifting.

• Instruct workers to be alert and to wear proper safety gear in areas where loads are moved or supported with tackle block systems.

• Use only genuine Crosby parts as replacement.• Read, understand, and follow these instructions to

select, use and maintain tackle block systems.

Important:For maximum safety and efficiency, tackle block and sheave systems must be properly designed, used, and maintained. You must understand the use of tackle block components and sheaves in the system. These instructions provide this knowledge. Read them carefully and completely.Some parts of these instructions must use technical words and detailed explanations. NOTE: If you do not understand all words, diagrams, and definitions - DO NOT TRY TO DESIGN OR USE A TACKLE BLOCK OR SHEAVE SYSTEM! For further assistance, call:In U.S.A. – Crosby Engineered Products Group at 800-777-1555.In CANADA – Crosby Canada (905) 451-9261.In EUROPE – N.V. Crosby Europe (+32) (0)15 75 71 25.As you read instructions, pay particular attention to safety information in bold print.

KEEP INSTRUCTIONS FOR FUTURE USE - DO NOT THROW AWAY!

Rev. 3

General Cautions or WarningsRatings shown in Crosby Group literature are applicable only to new or “in as new” products.Working Load Limit ratings indicate the greatest force or load a product can carry under usual environmental conditions. Shock loading and extraordinary conditions must be taken into account when selecting products for use in tackle block systems. Working Load Limit ratings are based on all sheaves of tackle block system being utilized. If all sheaves are not utilized, balance must be maintained, and the Working Load Limit must be reduced proportionally to prevent overloading sheave components. Changes from full sheave reeving arrangement should be only at the recommendation of a qualified person, and incorporate good rigging practices.In general, the products displayed in Crosby Group literature are used as parts of a system being employed to accomplish a task. Therefore, we can only recommend within the Working Load Limits, or other stated limitations, the use of products for this purpose.The Working Load Limit or Design (Safety) Factor of each Crosby product may be affected by wear, misuse, overloading, corrosion, deformation, intentional alteration, and other use conditions. Regular inspection must be conducted to determine whether use can be continued at the catalog assigned WLL, a reduced WLL, a reduced Design (Safety) Factor, or withdrawn from service.Crosby Group products generally are intended for tension or pull. Side loading must be avoided, as it exerts additional force or loading which the product is not designed to accommodate.Always make sure the hook supports the load. The latch must never support the load.Welding of load supporting parts or products can be hazardous. Knowledge of materials, heat treatment, and welding procedures are necessary for proper welding. Crosby Group should be consulted for information.Crane component parts, i.e. the boom, block, overhaul ball, swivel, and wire ropes are metallic and will conduct electricity. Read and understand OSHA standard covering crane and derrick operations (29 CFR 1926.550 SUBPART N) before operating proximate to power lines.

DefinitionsSTATIC LOAD – The load resulting from a constantly applied force or load.WORKING LOAD LIMIT – The maximum mass or force which the product is authorized to support in general service when the pull is applied in-line, unless noted otherwise, with respect to the center line of the product. This term is used interchangeably with the following terms.

1. WLL2. Rated Load Value3. SWL4. Safe Working Load5. Resultant Safe Working Load

WORKING LOAD –The maximum mass or force which the product is authorized to support in a particular service. PROOF LOAD – The average force applied in the performance of a proof test; the average force to which a product may be subjected before deformation occurs. PROOF TEST – A test applied to a product solely to determine non conforming material or manufacturing defects.ULTIMATE LOAD – The average load or force at which the product fails, or no longer supports the load.


359

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SHOCK LOAD – A force that results from the rapid application of a force (such as impacting and/or jerking) or rapid movement of a static load. A shock load significantly adds to the static load.DESIGN (SAFETY) FACTOR – An industry term denoting a product’s theoretical reserve capability; usually computed by dividing the catalog Ultimate Load by the Working Load Limit. Generally expressed for blocks as a ratio of 4 to 1.TACKLE BLOCK – An assembly consisting of a sheave(s), side plates, and generally an end fitting (hook, shackle, etc.) that is used for lifting, lowering, or applying tension.SHEAVE / SHEAVE BEARING ASSEMBLY – Purchased by O.E.M. or end user to be used in their block or lifting system design.

Fitting MaintenanceFittings, including hooks, overhaul balls, shackles, links, etc., may become worn and disfigured with use, corrosion, and abuse resulting in nicks, gouges, worn threads and bearings, sharp corners which may produce additional stress conditions and reduce system load capacity.Grinding is the recommended procedure to restore smooth surfaces. The maximum allowance for reduction of a product’s original dimension due to wear or repair before removal from service is:

1. Any single direction - No more than 10% of original dimension.

2. Two directions - No more than 5% of each dimension.For detailed instructions on specific products, see the application and warning information for that product. Any greater reduction may necessitate a reduced Working Load Limit.Any crack or deformation in a fitting is sufficient cause to withdraw the product from service.

Selection GuideSome of the blocks shown in Crosby Group literature are named for their intended use and selection is routine. A few examples include the “Double Rig Trawl Block” used in the fishing industry, the “Well Loggers Block” used in the oil drilling industry, and the “Cargo Hoisting Block” used in the freighter boat industry and “Derrick and Tower Block” used for hoisting personnel. Others are more generally classified and have a variety of uses. They include snatch blocks, regular wood blocks, standard steel blocks, etc. For example, snatch blocks allow the line to be attached by opening up the block instead of threading the line through the block. This feature eliminates the use of rope guards and allows various line entrance and exit angles to change direction of the load. These angles determine the load on the block and/or the block fitting.(See “Loads on Blocks” on page 361.) Snatch blocks are intended for infrequent and intermittent use with slow line speeds.A tackle block sheave assembly is one element of a system used to lift, change direction or drag a load. There are other elements in the system including the prime mover (hoist, winch, hand), supporting structure, power available, etc. All of these elements can influence the type of tackle block or sheave required. When selecting a block or sheave for the system in your specific application, you should consider the other elements as well as the features of the blocks and sheaves shown in Crosby Group literature.To select a tackle block or sheave to fit your requirements, consider the following points:

1. Are there regulations which could affect your choice of blocks or sheaves, such as federal or state OSHA, elevator safety, mine safety, maritime, insurance, etc.?

2. What is the weight of the load, including any dynamics of impacts that add to load value? You must know this to determine the minimum required Working Load Limit value of the block or load on sheave.

3. How many parts of line are required? This can be determined given the load to be lifted and the line pull you have available. As an alternative, you could calculate the line pull required with a given number of parts of line and a given load weight (See “How to Figure Line Parts,” page 364.)

4. What is the size of line to be used? Multiply the available line pull by the desired safety factor for wire rope to determine the minimum catalog wire rope breaking strength; consult a wire rope catalog for the corresponding grade and diameter of wire rope to match. You should also consider fatigue factors that affect wire rope life. (See “Sheave Size & Wire Rope Strength”page 363.)

5. What is the speed of the line? This will help you determine the type of sheave bearing necessary. There are several choices of bearings suitable for different applications, including:Common (Plain) Bore for very slow line speeds and very infrequent use (high bearing friction).Self Lubricating Bronze Bushings for slow line speeds and infrequent use (moderate bearing friction).Bronze Bushing with pressure lubrication for slow line speeds and more frequent use at greater loads (moderate bearing friction).Anti-friction Bearings for faster line speeds and more frequent use at greater loads (minimum bearing friction).

6. What type of fitting is required for your application? The selection may depend on whether the block will be traveling or stationary. Your choices include single or multiple hooks with or without throat latches and shackles, which are the most secured load attachment. You should also decide whether the fitting should be fixed, swivel or swivel with lock. If it is a swivel fitting, then selection of a thrust bearing may be necessary. There are plain fittings with no bearings for positioning at no load, bronze bushed fittings for infrequent and moderate load swiveling, and anti-friction bearing equipped fittings for frequent load swiveling.

7. How will the block be reeved and does it require a dead end becket? (See “The Reeving of Tackle Blocks”, page 362.)

8. If the block is to be a traveling block, what weight is required to overhaul the line? (See “How to Determine Overhaul Weights”, page 364.)

9. What is the fleet angle of the wire line? Line entrance and exit angles should be no more than 1-1/2 degree.

10. How will the block or sheave be maintained? Do conditions in your application require special maintenance considerations? (See “Tackle Block and Sheave Maintenance,” page 360 and “Fitting Maintenance,” page 359.)

11. Reference current edition of “Wire Rope Users Manual” for additional sheave design and maintenance information.


360

Tackle Block and Sheave MaintenanceTackle Blocks and Sheaves must be regularly inspected, lubricated, and maintained for peak efficiency and extended usefulness. Their proper use and maintenance is equal in importance to other mechanical equipment. The frequency of inspection and lubrication is dependent upon frequency and periods of use, environmental conditions, and the user’s good judgment.Inspection: As a minimum, the following points should be considered:

1. Wear on pins or axles, rope grooves, side plates, bushing or bearings, and fittings (See Fitting Maintenance). Excessive wear may be a cause to replace parts or remove block or sheave from service.

2. Deformation in side plates, pins and axles, fitting attachment points, trunnions, etc. Deformation can be caused by abusive service and / or overload and may be a cause to remove block or sheave from service.

3. Misalignment or wobble in sheaves.4. Security of nuts, bolts, and other locking methods,

especially after reassembly following a tear down inspection. Original securing method should be used; e.g., staking, set screw, cotter pin, cap screw.

5. Pins retained by snap rings should be checked for missing or loose rings.

6. Sheave pin nuts should be checked for proper positioning. Pins for tapered roller bearings should be tightened to remove all end play during sheave rotation. Pins for bronze bushings and straight roller bearings should have a running clearance of .031 inch per sheave of end play and should be adjusted accordingly.

7. Hook or shackle to swivel case clearance is set at .031 to .062 at the factory. Increased clearance can result from component wear. Clearance exceeding .12 to .18 should necessitate disassembly and further inspection.

8. Deformation or corrosion of hook and nut threads.9. Loss of material due to corrosion or wear on external

area of welded hook and nut may indicate thread corrosion or damage. If these conditions exist, remove from service or perform load test.

10. Surface condition and deformation of hook. (See Fitting Maintenance and ANSI B30.10.)

11. Welded side plates for weld corrosion or weld cracking.12. Hook latch for deformation, proper fit and operation.13. Remove from service any bushings with cracks on

inside diameter or bushing end. Bushings that are cracked and/or extended beyond sheave hub are indications of bushing overload.

Lubrication: The frequency of lubrication depends upon frequency and period of product use as well as environmental conditions, which are contingent upon the user’s good judgment. Assuming normal product use, the following schedule is suggested when using lithium-base grease of a medium consistency.Sheave Bearings

Tapered Roller Bearings – Every 40 hours of continuous operation or every 30 days of intermittent operation.Roller Bearings – Every 24 hours of continuous operation or every 14 days of intermittent operation.Bronze Bushings – (Not Self Lubricated) – Every 8 hours of continuous operation or every 14 days of intermittent operation.Self Lubricating Bronze Bushing – are for slow line speeds and infrequent use (moderate bearing friction).

Frequent inspection is required to determine the condition of bushing.

Hook BearingsAnti Friction – Every 14 days for frequent swiveling; every 45 days for infrequent swiveling.Bronze Thrust Bushing or No Bearing – Every 16 hours for frequent swiveling; every 21 days for infrequent swiveling.Tackle Block Maintenance also depends upon proper block selection (see “Loads on Blocks”), proper reeving (see “The Reeving of Tackle Blocks”), consideration of shock loads, side loading, and other adverse conditions.

Sheave Bearing Application InformationSheaves in a system of blocks rotate at different rates of speed, and have different loads. When raising and lowering, the line tension is not equal throughout the system. Refer to Page 364 “How to Figure Line Parts” for assistance in determining lead line loads used for bushing or bearing selection.

BRONZE BUSHINGSBronze Bushings are used primarily for sheave applications using slow line speed, moderate load, and moderate use. The performance capability of a bearing is related to the bearing pressure and the bearing surface velocity by a relationship known as true PV (Maximum Pressure - Velocity Factor). The material properties of the Bronze Bushings furnished as standard in Crosby catalog sheaves are:

(BP) Maximum Bearing Pressure : 4500 PSI(BV) Maximum Velocity at Bearing :1200 FPM(PV) Maximum Pressure Velocity Factor: 55000

(It should be noted that due to material property relations, the maximum BP times the maximum BV is NOT equal to the maximum PV.)

Formula for Calculating Bearing Pressure: Line Pull x Angle FactorBP =

Shaft Size x Hub WidthNote: Angle Factor Multipliers listed on page 361.

Formula for Calculating Bearing Velocity: PVBV = BP

Formula for Calculating Line Speed: BV (Thread Diameter + Rope Diameter)Line Speed =

Shaft Diameter

Calculations can be made to find the maximum allowable line speed for a given total sheave load. If the required line speed is greater than the maximum allowable line speed calculated, then increase the shaft size and/or the hub width and recalculate. Continue the process until the maximum allowable line speed is equal to or exceeds the required line speed.ExampleUsing a 14 in. sheave (Stock # 917191; refer to wire rope sheave section of General Catalog for dimensions) with a 4,600 lbs. line pull and an 80° angle between lines determine maximum allowable line speed.

BP = (4,600 lbs. x 1.53) ÷ (1.50 x 1.62) = 2,896 PSI (line pull) (angle factor) (Hub Width) (Shaft Size)BV = 55,000 ÷ 2,896 = 19 FPM Allowable


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(PV Factor) (BP)Line Speed =

[19 x (11.75 + .75)] ÷ 1.50 = 158.3 FPM ALLOWABLE(BV) (Tread Dia. + Rope Size) ÷ (Shaft Dia.)

If the application required a line speed equal to 200 FPM, then another calculation would be necessary. Trying another 14 in. sheave (stock # 4104828) under the same loading conditions, the results are as follows:BP = (4,600 lbs. x 1.53) ÷ (2.75 x 2.31) = 1,108 PSIBV = 55,000 ÷ 1,108 = 50 FPMLine Speed =50 x (11.75 + .75) ÷ 2.75 = 227.3 FPM ALLOWABLE

COMMON (PLAIN) BORE Very slow line speed, very infrequent use, low load.

ROLLER BEARING Faster line speeds, more frequent use, greater load.Refer to manufacturer’s rating.Reference appropriate bearing manufacturer’s catalog for proper bearing selection procedure.

Loads on BlocksThe Working Load Limit (WLL) for Crosby Group blocks indicates the maximum load that should be exerted on the block and its connecting fitting.This total load value may be different from the weight being lifted or pulled by a hoisting or hauling system. It is necessary to determine the total load being imposed on each block in the system to properly determine the rated capacity block to be used.A single sheave block used to change load line direction can be subjected to total loads greatly different from the weight being lifted or pulled. The total load value varies with the angle between the incoming and departing lines to the block.The following chart indicates the factor to be multiplied by the line pull to obtain the total load on

the block.Example A(Calculations for determining total load value on single line system.)A gin pole truck lifting 1,000 lbs.

Angle Factor Multipliers

Angle Factor Angle Factor

0° 2.00 100° 1.29

10° 1.99 110° 1.15

20° 1.97 120° 1.00

30° 1.93 130° .84

40° 1.87 135° .76

45° 1.84 140° .68

50° 1.81 150° .52

60° 1.73 160° .35

70° 1.64 170° .17

80° 1.53 180° .00

90° 1.41 — —

There is no mechanical advantage to a single part load line system, so winch line pull is equal to 1,000 lbs. or the weight being lifted.

To determine total load on snatch block A:A = 1,000 lbs. x 1.81 = 1,810 lbs. (line pull) (factor 50° angle)

To determine total load on toggle block B:B = 1,000 lbs. x .76 = 760 lbs. (line pull) (factor 135° angle)


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Example B(Calculation for determining total load value for mechanical advantage system.)Hoisting system lifting 1,000 lb. using a traveling block.The mechanical advantage of traveling block C is 2.00 be-cause two (2) parts of load line support the 1,000 lb. weight. (Note that this example is simplified for determination of resultant load on blocks. Lead line pull will be greater than shown due to efficiency losses.) (To determine single line pull for various bearing efficiency see “How to Figure Line Parts” page 348.)

To Determine Line Pull:Line Pull = 1,000 lbs. ÷ 2.00 = 500 lbs.

To determine total load on traveling block C:C = 500 lbs. x 2.0 = 1,000 lbs. (line pull)(Factor 0° angle)

To determine total load on stationary block D:D = 500 lbs. x 1.87 + 500 lbs. = 1,435 lbs. (line pull) (dead-end load) (Factor 40° angle)

To determine total load on block E:E = 500 lbs. x .84 = 420 lbs. (line pull) (Factor 130° angle)

To determine total load on block F:F = 500 lbs. x 1.41 = 705 lbs. (line pull) (Factor 90° angle)

The Reeving of Tackle BlocksIn reeving of tackle blocks, there are many methods. The method discussed below is referred to as “Right Angle” reeving. Please consult your rigging manual for other methods of reeving.

RIGHT ANGLE REEVINGIn reeving a pair of tackle blocks, one of which has more than two sheaves, the hoisting rope should lead from one of the center sheaves of the upper block to prevent toppling and avoid injury to the rope. The two blocks should be placed so that the sheaves in the upper block are at right angles to those in the lower one, as shown in the following illustrations.Start reeving with the becket or dead end of the rope. Use a shackle block as the upper one of a pair and a hook block as the lower one as seen below.Sheaves in a set of blocks revolve at different rates of speed. Those nearest the lead line revolve at the highest rate of speed and wear out more rapidly.All sheaves should be kept well lubricated when in operation to reduce friction and wear.

Reeving Diagram

CAUTION• Exercise care when block

is standing in vertical position, as the potential for tipping exists. Potential causes of tipping are unstable work area, boom movement and the reeving process.

• If work area is unstable, lay block flat on side plate.


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Sheave Size & Wire Rope StrengthStrength EfficiencyBending wire rope reduces its strength. To account for the effect of bend radius on wire rope strength when selecting a sheave, use the table below:

Fatigue LifeRepeated bending and straightening of wire rope causes a cyclic change of stress called “fatiguing.” Bend radius affects wire rope fatigue life. A comparison of the relative effect of sheave diameter on wire rope fatigue life can be determined as shown below:

Ratio A

Strength EfficiencyCompared to Catalog

Strength in %40 9530 9320 9115 8910 868 836 794 752 651 50

Sheave DiameterRatio A = Rope Diameter

ExampleTo determine the strength efficiency of 1/2” diameter wire rope using a 10” diameter sheave:

10” (sheave diameter) Ratio A = 1/2” (wire rope diameter

= 20

Refer to ratio A of 20 in the table then check the column under the heading “Strength Efficiency Compared to Catalog Strength in %”...91% strength efficiency as compared to the catalog strength of wire rope.

Ratio BRelative Fatigue

Bending Life30 10.025 6.620 3.818 2.916 2.114 1.512 1.1

Sheave DiameterRatio B = Rope Diameter

Relative Fatigue Bending LifeRelative Fatigue Sheave #1Bending Life = Relative Fatigue Bending Life Sheave #2

ExampleTo determine the extension of fatigue life for a 3/4” wire rope using a 22.5” diameter sheave versus a 12” diameter sheave:

22.5” (sheave diameter) Ratio B = 3/4” (wire rope diameter)

= 30

12 (sheave diameter) Ratio B = 3/4” (wire rope diameter)

= 16

The relative fatigue bending life for a ratio B of 16 is 2.1 (see above Table) and ratio B of 30 is 10.

Relative Fatigue 10 Bending Life = 2.1

= 4.7

Therefore, we expect extension of fatigue life using a 22.5” diameter sheave to be 4.7 times greater than that of a 12” diameter sheave.


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How to Determine Overhauling WeightsTo determine the weight of the block or overhaul ball that is required to free fall the block, the following information is needed: size of wire rope, number of line parts, type of sheave bearing, length of crane boom, and drum friction (use 50 pounds, unless other information is available).

Wire Rope Size(in.)

Factor A – Wire Rope WeightLbs. per Ft., 6 x 19 IWRC

3/8 .267/16 .351/2 .469/16 .595/8 .723/4 1.047/8 1.421 1.85

1-1/8 2.341-1/4 2.89

Number ofLine Parts

Factor B – Overhaul FactorsRoller Bearing

SheavesBronze Bushed

Sheaves1 1.03 1.052 2.07 2.153 3.15 3.284 4.25 4.485 5.38 5.726 6.54 7.037 7.73 8.398 8.94 9.809 10.20 11.3010 11.50 12.80

The Formula is:

Required Block Weight = [(Boom Length x Factor A) + Drum Friction] x Factor B

Example:To determine the required block or overhaul weight using 5 parts of 7/8” diameter wire rope, a 50 ft. boom and roller bearing sheaves:

RequiredBlock = [(50 ft x 1.42) + 50 lbs.] x 5.38 = 651 lbs.Weight (Boom Length) (Drum Friction) (Factor A) (Factor B)

How to Figure Line PartsSheaves in a system of blocks rotate at different rates of speed, and have different loads. When raising and lowering, the line tension is not equal throughout the system. To help figure the number of parts of line to be used for a given load, or the line pull required for a given load, (for example, use Reeving Diagram on page 362. Only numbered lines shall be used in the calculation). The following ratio table is provided with examples of how to use it. The ratios are applicable for blocks as shown on page 362 and also independent sheave systems that line is reeved through.

Ratio ABronze Bushed

Sheaves

Ratio BAnti-Friction

Bearing Sheaves

Numberof

Line Parts.96 .98 11.87 1.94 22.75 2.88 33.59 3.81 44.39 4.71 55.16 5.60 65.90 6.47 76.60 7.32 87.27 8.16 97.91 8.98 108.52 9.79 119.11 10.60 129.68 11.40 1310.20 12.10 1410.70 12.90 1511.20 13.60 1611.70 14.30 1712.20 15.00 1812.60 15.70 1913.00 16.40 20

Total Load to be LiftedRatio A or B = Single Line Pull (lbs.)

After calculating Ratio A or B, consult table to determine number of parts of line.

Examples:To find the number of parts of line needed when weight of load and single line pull are known, and using Bronze Bushed Sheaves.

72,180 lbs. (load to be lifted)Ratio A = 8,000 lbs. (single line pull)

= 9.02 (Ratio A)In table above refer to ratio 9.02 or next highest number, then check column under heading “Number of Line Parts” = 12 parts of line to be used for this load.

To find the single line pull needed when weight of load and number of parts of line are known, and using Anti-Friction Bearing Sheaves.

68,000 lbs. (load to be lifted)Single Line Pull = 7.32 (Ratio B of 8 part line)

= 9,290 lbs.

9,290 lbs. single line pull required to lift this load on 8 parts of line.

To find the lift capacity when the parts of line and single line pull are known, and using anti-friction bearing sheaves.

10,000 lbs. (Single line pull)x 4.71 (Ratio B of 5 parts of line)= 47,100 lbs. (Lift Capacity)

10,000 lbs. single line pull with 5 parts of line will accommo-date 47,100 lbs. lift capacity.

RepairsFor repair of blocks, contact the following numbers for return material authorization.IN U.S.A. – Crosby Engineered Products Group at (800) 777-1555IN CANADA – Crosby Canada at (905) 451-9261IN EUROPE – N.V. Crosby Europe at (+32) (0)15 75 71 25

Your block, after receipt by Crosby, will be inspected and a free estimate of repair charges will be provided. Authorization for repairs from block owners must be given to Crosby before repairs are made. Transportation charges, both to and from factory, are to be paid by the block owner.

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Western Standard Steel Blocks

Loose Side Hooks with LatchFor Manila Rope• Laser cut side plates• Grade 5 bolts secured with lock washers and staked nuts.• Bronze bushed sheaves with larger bearing diameter for extended block life.

*Ultimate Load is 3 times the Working Load Limit.Fitting Type : HS - Latch Hook

Blocks for Synthetic Fiber Rope with loose swivel hooks• These blocks are built to carry the increased loads of synthetic fiber ropes.• All hooks are heat-treated alloy steel.• You can now use a smaller size rope, and in turn, a smaller block, providing capacities which were

previously not possible.• Meets or exceeds all requirements of ASME B30.26 including identification, ductility, design factor,

proof load and temperature requirements. Importantly, these blocks meet other critical performance requirements including fatigue life, impact properties and material traceability, not addressed by ASME B30.26.


ManilaRopeSize(mm)

Sheave Dimensions261 BStock No.

262 BStockNo.

263 BStockNo.

Working Load Limit(t)*

Weight Each(kg.)

OutsideDiam.(mm)

RimThickness

(mm)261

Single262

Double263

Triple261

Single262

Double263

Triple4 HS 13 57.0 16.0 666826 666229 667228 .41 .64 .82 .63 1.46 1.47

5 HS 16 76.0 19.1 666844 666247 - .54 .82 - 1.02 1.76 -

6 HS 19 89.0 25.4 666862 666265 - .82 1.13 - 1.70 2.72 -

8 HS 22-26 121 28.7 666906 666309 667308 1.27 1.72 2.18 3.23 4.88 6.69

HS-262 DOUBLE


411 B*Stock No.

412 B*Stock No.

413 B*Stock No.

4 S 755105 755301 755506

6 S 755123 755329 755524

4 N 757103 757309 757504

6 N 757121 757327 757522N-411-B


Sheave Dimensions(mm) Synthetic

RopeSize(mm)

Working Load Limit(t)*

Weight Each(kg.)

OutsideDiam.

RimThickness

CenterPin Diam. Single Double Triple Single Double Triple

4 S 57.2 15.8 9.65 13 .90 1.36 1.36 1.36 1.81 2.72

6 S 89.0 25.4 12.7 19 1.36 3.18 3.63 2.83 4.54 6.35

4 N 57.2 15.8 9.65 13 .91 1.36 1.36 1.36 1.81 2.72

6 N 89.0 25.4 12.7 19 1.36 1.81 2.72 2.83 4.54 6.35

*Bearing Code: B- Self Lubricating Bronse Bushed.Fitting Type: S- Round Pin Anchor; N- Swivel Hook Latch




HW-261 HW-2625” Steel Blocks• For 10 mm diameter wire cable. • Sheave Size: 76 x 19 x 10mm.


BlockStock No.

CatalogNo.

BearingType

Wire RopeSize(mm)

WorkingLoad Limit

(t)*

WeightEach(kg)

5 H 665444 HW261-B Bronze Bushed 10 .54 .91

5 H 665462 HW262-B Bronze Bushed 10 .82 1.81

*Ultimate Load is 3 times the Working Load Limit.Fitting Type : H - Swivel Hook

HW-261B

HW-262B

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Copyright © 2019 The Crosby Group LLC All Rights Reserved396

Regular Wood Blocks for Manila Rope

HS-21B, 22B, 23B

HS-21B, 22B, 23B

• Laser cut side plates• Grade 5 bolts secured with lock washers and staked nuts.• Bronze bushed sheaves with larger bearing diameter for extended block life.• Beckets furnished on all blocks.• For reeving information, see page 385.• Meets or exceeds all requirements of ASME B30.26 including identification, ductilit , design factor, proof load

and temperature requirements. Importantly, these blocks meet other critical performance requirements including fatigue life, impact properties and material traceability, not addressed by ASME B30.26.

Block Size(in) Fitting

Single Sheave 21 BStock No.

Double Sheave 22 BStock No.

Triple Sheave 23 BStock No.

4 HS 603831 604634 6054385 HS 603859 604652 6054566 HS 603877 604670 6054748 HS 603911 604714 6055174 N 606437 606838 6072305 N 606455 606856 6072586 N 606473 606874 6072768 N 606516 606918 6073104 S 610039 611635 6132325 S 610057 611653 6132506 S 610075 611671 6132788 S 610119 611715 613312

Fitting Type: HS-Latch Hook; N-Swivel Hook with Latch; S- Round Pin Anchor Shackle

Steel Shell Blocks for Manila Rope• Laser cut side plates• Grade 5 bolts secured with lock washers and staked nuts.• Bronze bushed sheaves with larger bearing diameter for extended block life.• New style hanger for fitting attachment

Block Size(in)

Sheave Dimensions (in) ManilaRope Size

(in)

Working Load Limit (lb)* Weight Each (lb)OutsideDiam.

RimThickness

CenterPin Diam.

21Single

22Double

23Triple

21Single

22Double

23Triple

4 2.25 .63 .38 1/2 1000 1400 1800 1.75 3.00 4.005 3.00 .75 .38 5/8 1200 1800 2400 3.25 5.60 6.506 3.50 1.00 .50 3/4 1800 2500 3200 5.00 8.50 11.508 4.75 1.13 .63 7/8 - 1 2800 3800 4800 13.00 14.00 21.50


Block Size(in) Fitting

Single Sheave 301 B*

Stock No.

Double Sheave 302 B*

Stock No.

Triple Sheave 303 B*

Stock No.

4 HS 680971 681373 681774

6 HS 680999 681391 -

8 HS 681015 681417 681818

4 N 682639 683031 683433

6 N 682675 683077 683479

8 P 691111 692717 694314

BlockSize(in)

Sheave Size(in)

ManilaRopeSize(in)

Working Load Limit(lb)*

Weight Each(lb)

OutsideDiam.

RimThickness Single Double Triple Single Double Triple

4 2.25 .63 1/2 1100 1600 2200 2.25 3.75 5.006 3.50 1.00 3/4 2000 3300 4000 5.50 9.25 12.508 4.75 1.13 1 3300 5100 7000 10.00 16.50 22.00

*Bearing Code: B- Self Lubricating Bronse Bushed. Fitting Type: HS- Latch Hook; N- Swivel Hook with Latch; P- Screw Pin Anchor Shackle

*Ultimate Load is 3.5 times the Working Load Limit

P-301B, 302B, 303B

P-301B, 302B, 303B

Western Manila Rope Blocks Western Standard Steel Blocks

HS-21-BRegular Wood Block

for Manila Rope

P-303-BSteel Shell Blockfor Manila Rope



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UNITOR IMMERSION SUIT 7MM P SIZE U - ShipServ · 2019-12-04 · UNITOR 7P - PILLOW TYPE UNITOR IMMERSION SUIT 7MM P SIZE U Product Group: 820 Product number: 778214 General description