Lashing Ring Weld-On Type Single Base – Grade 100 – Cartec

Lashing Ring Weld-On Type Single Base eyebolt to be welded for load anchorage.

• Safety coefficient 2
• The entire perimeter of the base must be welded except for the water discharge area.
• Ring tested at 100% magnaflux.
• Directive references to consider to choose and position bracket 821: EN 12640 – EN 75410- EN 12195/1

The above lashing eyebolt has the product code C831X, for the corresponding lifting eyebolt click here.

SAFETY INSTRUCTIONS

FORESEEN USE

Lashing ring weld-on type for anchorage.

NOT SUITABLE FOR LIFTING PEOPLE

CHECK SUITABILITY OF ROTATING EYEBOLTS ART.800 BEFORE USE AND YEARLY

Before each use make sure that:

• The eyebolt shows no defects due to wear, corrosion, cracks, or visible deformations.
• Markings are clearly legible.
• The loads to be lifted are in compliance with the rated capacities of the eyebolt (the working load limits are specified on the eyebolt and in the user manual).
• The diameter of the welded ring has not been reduced by more than 10% of the nominal diameter due to wear at any contact point.
• The weld is intact and shows no wear, corrosion or cracks
• If these checks give a negative outcome, the eyebolt must not be used any more, and must be replaced.

Please remember:

• Inspections must be carried out by qualified personnel.

THE WELD

• The lifting clamp to be welded must be fitted by a qualified person as it is used for lifting operations which must be conducted in compliance with machinery directive 2006/42/EC and subsequent modifications
• Welding must be done by a qualified person in accordance with standard EN ISO 9606
• The bases to be welded are made of S355J2+N steel
• The welding bead must be round and closed
• Attention:

Weld the base of the clamp with the ring in a vertical position. To avoid compromising the functionality of the spring please wait for the welding point to cool down before inclining/orientating the ring.

• The minimum thickness of the weld bead is shown on the reference chart.
• The welding bead must be of the HV type and must have a continuous angle. This weld complies with the DIN 18800 standard
• To weld the lifting clamp, the preheated temperature must be between 130°C and 170°C.
• Never weld directly forged and tempered clamps (painted in black) and avoid heating these clamps during welding.
• Avoid the sudden cooling of the weld
• Position the clamp in accordance with the load to be lifted taking care to avoid unauthorised stresses such as load twisting or overturning

CAPACITY REDUCTION FACTORS

Ambient Temperature Load Limit Reduction
• <-20°C Not permitted
• -20°C to +200°C None
• +200°C to +300°C -10%
• +300°C to +400°C -25%
• >+400°C Not permitted

• Safety coefficient 2

THE SUPPORTING WALL

• Ensure that it is suitable for welding (ordinary steal with max carbon content of 0.40%); for safety’s sake, request approval from the manufacturer
• Ensure that there are no surface defects, cracks or roughness
• Ensure that it is suitably flat in order to guarantee a good foundation for the surface of the base to be welded
• Ensure that it is large enough to prevent deformations or stress ruptures
• If the instructions are not adhered to serious damage can be caused to things and injuries to people
• Normative references to be taken into consideration for selection and placement of the clamps art. 821: EN 12640 – EN 75410 – EN 12195/1

NOT ALLOWED:

• Do not use eyebolts in acid high corrosion chemical substance environment and/or in an explosive atmosphere
• Η χρήση σε θερμοκρασίες εκτός του εύρους -20°C έως 400°C.
• Do not exceed the capacity specified on the reference chart
• Do not used for operations which defer from the ones that are foreseen
• Do not use to life people
• Never weld directly forged and tempered clamps (painted in black) and avoid heating these clamps during welding.
• Do not stand during use in dangerous areas (dangerous areas means areas which are deemed risky due to falling of load during movement with accessories)
• If changes, repairs and/or treatments are made to the product, the terms of the guarantee are no longer applicable and the manufacturer declines all liability

STORAGE:

The device must be stored in a suitable environment (e.g. dry, non-corrosive, etc.)

DISPOSAL:

The product packaging must be sent for normal recycling

The product must be recovered as metal scrap