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1. Determine the weight and center of gravity of the load. For special lifts consult 

manufacturer for additional support and/or suggested products.   

2. Check the sling tag to confirm that the sling is rated adequately for the load in the 

manner or hitches that it will be used.  Refer to load angle, choke angle and other relevant 

charts.  

USE

45

30

90

60

1,000 lbs

866 lbs

707 lbs

500 lbs

LOAD ANGLE CHART

Angle factor must be applied to calculate the 

reduced sling 

capacity

 when lifting force is not at 90˚ to the plane of the load! 

Multiply angle factor x sling’s vertical rated load to 

calculate the reduced capacity at the angle.

CHOKE ANGLE EFFECT

ANGLES OF

CHOKE

SLING RATED LOAD

100%

87%

74%

62%

49%

Over 120

90 - 120

60 - 89

30 - 59

0 - 29

Angle

Factor

Angle

Factor

Angle

Factor

Angle

Factor

90˚

80˚

75˚

1.0000

0.9848

0.9659

70˚

65˚

60˚

55˚

50˚

45˚

40˚

35˚

30˚

0.9397

0.9063

0.8660

0.8192

0.7660

0.7071

0.6428

0.5736

0.5000

PERCENTAGE OF SLING RATED 

CAPACITY IN A CHOKER HITCH

      Use caution with lifts at angles less than 45˚ and do not make lifts with slings at less than 30˚. When 

possible, use longer slings to minimize angular tension by increasing the angle. Severe angles can 

greatly reduce sling strength.

90°

60°

45°

30°

3. Check chemical resistance. Twin-Path® slings are generally resistant to common chemicals. 

Resistances in this chart are based on common concentrations at room temperature. Elevated 

concentrations and temperatures may affect chemical resistance. Contact Slingmax for more 

information when using in environments with elevated concentrations of chemicals and/or 

temperatures.  

Chemical

Resistance

Chemical

Resistance

Hydrocarbons

Excellent

Alkalis

Excellent

Hydraulic Fluid

Excellent

Chlorine bleach

Poor

Crude Oil

Excellent

Sodium Hydroxide

Fair

Gasoline

Excellent

High Concentra

on Sodium Hydroxide

Poor

Kerosene

Excellent

Diesel Fuel

Excellent

Other

Mineral Oil

Excellent

Salt Water

Excellent

Ammonia

Fair

Acids

Excellent

Sulfuric Acid

Excellent

Most Solvents

Excellent

High Concentra

on Sulfuric Acid

Fair

Ethanol

Excellent

Hydrochloric Acid

Excellent

Methanol

Excellent

Phosphoric Acid

Excellent

Toluene

Excellent

Boric Acid

Excellent

d-limonene

Poor

2

          Some chemicals on this chart (including those rated as “Excellent”) can damage the sling 

cover.  Contact Slingmax® for more information.

Содержание Twin-path

Страница 1: ... can fail if damaged misused or overloaded Inspect before each use Damaged sling shall not be used User shall protect sling from being cut by load edges corners protrusions and abrasive surfaces Do not expose to damaging chemicals and temperatures over 180 F 82 C For additional important safety inspection removal and repair information follow Slingmax Guidelines ASME B30 9 WSTDA RS 1HP and Cordage...

Страница 2: ...light transmits from end to end Holes tears cuts abrasive wear or snags Ensure inner red cover is not visible Acid or caustic burns Exposed core yarn Broken or damaged core yarn Weld splatter or heat damage Fittings that are pitted corroded cracked bent twisted gouged or broken Any other condition including visible damage that causes doubt as to the continued use of the sling Inspection Frequencie...

Страница 3: ...ess than 30 When possible use longer slings to minimize angular tension by increasing the angle Severe angles can greatly reduce sling strength 90 60 45 30 3 Check chemical resistance Twin Path slings are generally resistant to common chemicals Resistances in this chart are based on common concentrations at room temperature Elevated concentrations and temperatures may affect chemical resistance Co...

Страница 4: ...Abrasion Protection 8 Ensure sling paths are smooth in the hitch without any twisting or bunching Sling shall not be twisted tied into knots or joined by knotting 3 4 Be sure warning indication devices are operable Do not drag sling over any surface Do not expose to damaging chemicals and or temperatures over 180 F 82 C Refer to manufacturer for additional information 5 Select compatible fittings ...

Страница 5: ...of the rigging is detected DISPOSAL Before disposing of Twin Path slings the slings shall be cut in half to prevent inadvertent use Waste must be disposed of in accordance with national and local environmental regulations CARE Store slings to prevent contact with possible mechanical damage corrosion dust grit and extreme temperatures To clean use mild soap and water and allow to air dry before sto...

Страница 6: ...hed or painted loads from marring Synthetic Armor can be made to fit any length or width sling The pin area of a shackle can damage synthetic slings Placing synthetic slings on the pin should be avoided Shackles may have a sharp edge where the pin goes through the shackle ear If the sling is rigged on this area it could become severely damaged If you must rig on the pin protect your sling with a S...

Страница 7: ...erform the job Rigging training is widely available through your local Slingmax Dealer For training information please contact your local Slingmax Dealer or visit www slingmax com TRAINING RESOURCES ASSOCIATIONS For additional information on the safe use inspection and training requirements please consult the standards and reference items below WSTDA RS HP1 ASME B30 9 CI 1905 OSHA 29 CFR 1910 184 ...

Страница 8: ... 6000 60 000 48 000 120 000 103 920 84 840 1 20 2 5 5 1 50 0 75 TPXCF TPXC 7000 70 000 56 000 140 000 121 240 98 980 1 33 2 5 5 1 84 0 92 TPXCF TPXC 8500 85 000 68 000 170 000 147 220 120 190 1 60 3 0 6 1 84 0 92 TPXCF TPXC 10000 100 000 80 000 200 000 173 200 141 400 1 80 3 0 6 2 00 1 00 TPXCF TPXC 12500 125 000 100 000 250 000 216 500 176 750 2 30 4 0 8 2 50 1 25 TPXCF TPXC 15000 150 000 120 000...

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