User manual

5.7. WHAT YOU NEED TO DO 5. Guide to System Setup
Therefore, it is the user’s responsibility to make sure that the suspension system features meet all
criteria required by local laws and regulations.
Nonetheless, it is the user’s responsibility to make sure that the system is mounted right, according
to its load limits and to all indications reported here.
The product must be installed only by qualified operators without exceeding the load limits and in the
respect of all indications given by this guide.
All NON-PROEL parts employed are the responsibility of a third party.
Technical specifications can change at any time without notice, and it is the user’s responsibility to
verify that the system is suspended according to all information provided by this manual and its updates.
Suspension systems KPTAX3210 and KPTAX3210S and all related accessories are suited only for
Proel’s AX3210P and AX1118SP systems and cannot be used for different models or for products of a
different brand.
Proel declines all responsibility for damages to people or things due to lack of maintenance, tamper-
ing, improper use or installation not in accordance with safety laws. The same reasons determine the
loss of all warranty terms.
5.7 What you need to do
Inspect the suspending material before every use
Respect all local and national current safety laws for installations
Suspend the system using coupling points provided by this manual or by the LAC software
Employ only qualified operators who are familiar with this manual and make one available for each
of them
Make sure all blocking devices are correctly inserted in their housings
Make sure the capacity of all suspension points and devices is higher than the weight of the load
that needs to be suspended
5.8 What you need to avoid
Do not suspend anything before having read this manual thoroughly
Do not hire non-qualified operators
Do not exceed the load limits
Do not use non-original spare parts
Do not use damaged or worn-out materials
Do not employ a lifting speed faster than 4m/min
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