Figure 18: Mounting the stainless steel bracket on a profile frame
Approach
1.
After mounting the stainless steel bracket, guide the sender/receiver into it.
2.
Use the M5 screw to fix the position of the sender/receiver in the stainless steel
bracket.
5.3.3
Mounting the stainless steel supporting bracket
Overview
In the event of vibratory/impact loads according to IEC 61496, devices must be fitted
with additional stainless steel supporting brackets.
The stainless steel supporting bracket consists of two parts, which are placed onto
each other. The two parts are connected and the device secured with one M5 screw.
Mounting instructions
The following should be considered when mounting the stainless steel supporting
brackets:
•
The stainless steel supporting brackets may only be used in conjunction with the
reinforced stainless steel brackets.
•
They are mounted on the device at intervals of 300 mm ... 350 mm.
•
The fixing hole for the stainless steel supporting bracket has a lateral deviation of
17.5 mm from the fixing hole for the reinforced stainless steel bracket.
•
The stainless steel supporting brackets and the reinforced stainless steel brackets
are mounted on a machine or profile frame using M8 screws. Guide the device
into the brackets and tighten the M5 screws for the reinforced stainless steel
brackets first, followed by the M5 screws for the stainless steel supporting brack‐
ets. Finally, tighten the M8 screws.
NOTE
To ensure the protective housing of the device does not become warped during mount‐
ing, only fully tighten the M8 screws right at the end of the mounting process.
5
MOUNTING
32
O P E R A T I N G I N S T R U C T I O N S | deTem2 Core IP69K
8021554/14Q7/2020-04-27 | SICK
Subject to change without notice
