Stacking Ax2265P And Ax1115Sp Systems - PROEL AXIOM - VERSION 2.0 Manual

5. Guide to System Setup
Sequence of assembly operations
The sequence of the assembly operations is exactly the same as described for arrays composed only of
AX2265P. The only exception is the angle setting which is different when you have to couple AX2265P
systems with AX1115SP.
AX1115SP systems feature a frame like the one mounted on AX2265P systems, which has a slotted
bar for coupling purposes. The angle between AX1115SP systems cannot be different from 0
of the parallelepiped shape of the enclosure; you can however adjust the angle between AX2265P and
AX1115SP without exceeding 6
For the adjustment of the intermediate angles you use the slot the relative angle printed in the side
plate.
Sequence of disassembly operations
Disassembly operations of mixed systems follow the same principle used for the disassembly of arrays
composed of only AX2265P systems.
Load limits
Load limits have been determined during the design phase by calculations executed through Finite
Element Modeling then validated by empirical load tests.
The following table indicates the maximum quantity of enclosures that can be safely suspended:
Figure 5.23 shows some configurations that have been verified; please contact Proel's Technical
Office if you need to verify any other configuration.

5.4 Stacking AX2265P and AX1115SP systems

Stacked AXIOM Systems arrays can be created either using an KPTAX2265 with its rubber feet.
The coupling procedure of the enclosures is the same followed for a suspended array, with the only
difference that the array is mounted upside down..
Incorrect use of the array stacking system can cause serious injury to persons and
Sound system stack rigging should be done on even, uniform, and compact surfaces. Before sound
system mounting, please carefully verify the support surface capability.
5.4. STACKING AX2265P AND AX1115SP SYSTEMS
◦
- this limitation is also due to the shape of the enclosure.
AX2265P AX1115SP
24
22
20
18
16
14
12
10
8
6
4
2
0
damage to property.
71
0
1
2
3
4
5
6
7
8
9
10
11
12
◦
because