Table 3-6: Tensile Load Limits For Flexible Probe; Table 3-7: Rigid (I.e. Rod And Coaxial) Probe Mounting Angle Limits; Table 3-8: Rod Probe Bending Torque Limits (All Lengths); Table 3-9: Coaxial Probe Bending Load Limits (All Lengths) - Honeywell SLG 700 User Manual

Tensile load
3.2.2.1
Motion of the medium inside of the tank will impart load onto the probe of the
transmitter. Flexible wire probes will experience tensile loading that will be transferred to
the roof of the tank. Ensure that the maximum probe tensile load does not exceed
maximum tank roof load. Depending on position, forces on anchored flexible probes can
be two to ten times greater than that of flexible probes with end weights.
Probe
Model
Selection
SLG720
SWA, SWB
SLG726
Bending torque
3.2.2.2
A vertically mounted rigid probe bends due to fluid motion force. An angle mounted
probe also bends from gravity. The mounting angle and total torque from these forces
must not exceed the limits in
conditions consider using a flexible wire probe instead.

Table 3-7: Rigid (i.e. rod and coaxial) probe mounting angle limits

Model
SLG720
SLG726
*For an angle mounted probe reduce these limits by 50% to allow for bending from gravity.
Probe
Model Selection
SLG720 SCA
SLG726 SCB
*For an angle mounted probe reduce these limits by 50% to allow for bending from gravity.
Revision 7

Table 3-6: Tensile load limits for flexible probe

Probe description
Wire, single, 4mm
Table
Total probe length
1m (3')
2m (6')
4m (13')
6m (19')

Table 3-8: Rod probe bending torque limits (all lengths)

Probe description
Rod 8mm
Rod 16mm

Table 3-9: Coaxial probe bending load limits (all lengths)

Probe description
Coax 22mm, 2m (6') segments
Coax 42mm, 2m (6') segments
SLG 700 SmartLine Level Transmitter User's Manual
Tensile Load Limit
5
3-7, Table 3-8 and Table
Maximum angle
30°
8°
2°
1°
Maximum Bending Torque
4
25
Maximum
Roof Load
[kN]
[kN]
15
3-9. For excessive torque
[Nm]*
Maximum Bending
Torque [Nm]*
50
100
Page 35