Modulift MOD 6 User Instructions page 5

Supplementary User Instructions
Modulift UK Ltd are not responsible for planning
the lift and are not liable in any way for the advice
stated above.
9. Inspection prior to each use
The manufacturer's EC Declarations of conformity
certificate must be found to be in order for all
equipment, and that the Modulift product(s) is/are
precisely as ordered.
Before each use the Modulift product(s) must be
inspected for obvious damage or deterioration.
The inspection should be done in accordance with
local regulations. If there is any doubt with regards
to these criteria being met, the product(s) must not
be used for a lifting operation. Modulift are able to
provide inspection guidance if required.
10. General instructions for safe use
General comments for lifting rigs:
Do not exceed the stated WLL of the Modulift
●
product at the required configuration (see UI)
- Do not exceed the WLL of the specific
●
connection point on the product, consider the
position of the CoG of the load being lifted
- Top sling STV for spreaders must not be greater
●
than 45 degrees / greater than the specified STV
– top sling length is crucial.
- Check the stability of the rig design – if the CoG
●
of the load is above its connection points – see
example opposite:
Ensure that the rig is designed so that the CoG
●
of the item being lifted is directly below the
hook point, otherwise the rig will tilt and could
overload lifting equipment.
- Ensure the load being lifted is strong enough to
●
be lifted in the proposed method.
- All equipment within the rig must be of a
●
suitable capacity.
- The rig should be checked by a competent
●
person prior to commencing lifting to ensure it is
correct as per the rig drawing, and everything is
securely fastened.
Modulift UK Ltd tel: +44(0)1202 621511 email: sales@modulift.com www.modulift.com
B > A = Stable
Top slings
Spreader
Beam
Bottom
slings
COG
position
The load
being lifted
Connection point
B < A = Unstable
Top slings
Spreader
Beam
Bottom
slings
COG
position
The load
being lifted
Connection point
B > A
B > A
B < A
B < A