ANT Economy cranes – MAXILIFT Stiff boom cranes – COBRA Service body cranes – MAXISTAB supplementary outriggers and pads
With DEL’s commitment to you along with Next Hydraulics high European standards, DEL Hydraulics announces their appointment as a distributor of “ANT” Economy cranes, “MAXILIFT” stiff boom cranes, “COBRA” service body cranes and “MAXISTAB” supplementary outriggers and pads for various cranes.
These lightweight hydraulic, manual or electric/hydraulic cranes with optional stabilizers can be applied to your pickup truck, trailer, flat truck decks, tire bodies, propane trucks, pickup truck applications and service body applications.
Please call our sales department at 716-853-7996 or email us your requirements to sales@delcranes.com
References of diagrams (H) and (B) representing the 3D graphic description of the DIN 15018 formulas and tables.
Your next order needs to be to H2B3 specifications!
Diagram (H)
A rating concerning the resistance to overloads while operating is assigned to the metal structures by the letters from H1 to H4.
Many manufacturers have a rating H1, while our cranes comply with a rating H2, which is much better because:
Diagram (B)
A rating is assigned to the metal structures which must last for a long time (such as bridges, cranes, etc.) depending on the requirements they can meet.
As far as cranes are concerned, the DIN 15018 norm assigns a range from B1 to B7.
The truck cranes must comply with a min. rating B2, while our cranes comply with a rating B3, which is much better because:
if you stay within the curve H1 with an operating speed of 30 m/min, for instance, you will have an overload capacity of 15%
if you stay within the curve B2, for instance with a definite load S1, you will have a structural life of 200.000 conventional cycles, corresponding to about 100 loading/unloading operations per day for 10 years
if you stay within the curve H2 considering the same speed, you will have an overload capacity of 30%, i.e. double than the above one.
if you stay within the curve B3 with the same load S1, you will have a structural life of 600.000 conventional cycles, i.e. three times bigger.
