Microlectra Dinel DLS-27 Series, Instruction Manual

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DLS–27 © Dinel 8
Fig. 3: Side wall mounting
mm 200 50 h
E
3
2
m
E
4
3
p
E
3
4
s
E
3
1
E
10
1
a
20
E
40 b
50
E
10 c
40
E
40 d
20
E
20 k
÷ =
≈
≈
≈
÷ ≈
+ ≥ =
+ ≥ =
+ ≥ =
+ ≥ =
mm 200 50 h
E
3
2
m
E
4
3
p
E
3
4
s
E
3
1
E
10
1
a
20
E
40 b
50
E
10 c
40
E
40 d
20
E
20 k
÷ =
≈
≈
≈
÷ ≈
+ ≥ =
+ ≥ =
+ ≥ =
+ ≥ =
mm 200 50 h
E
3
2
m
E
4
3
p
E
3
4
s
E
3
1
E
10
1
a
20
E
40 b
50
E
10 c
40
E
40 d
20
E
20 k
÷ =
≈
≈
≈
÷ ≈
+ ≥ =
+ ≥ =
+ ≥ =
+ ≥ =
E – Electrode length in mm
Fig. 4: Protective roof mounting
Protective roof mounting is recom-
mended when vertical movement of mate-
rial could damage the sensing electrode
(abrasive materials, blocks creating solid
materials, etc.)
For DLS–27_–10 and DLS–27_–20
Fig. 2: Long fitting tubes in side wall mounting
In the case of side wall mount-
ing it is necessary to avoid long fit -
ting tubes, where could the rests
of sensed media cumulate – see
the right figure. We recommend to
mount the sensor so that the whole
sensing electrode is inside the con-
tainer (vessel).
All from side mounted sensor
In the case of side wall mount-
ing it is necessary to place the
sensor aside the falling material
(liquid or solid).
All from side mounted sensors
In the case of slant wall mounting it is necessary to eliminate long fittings and reduce the media
sedimentation. The wrong example is in the middle figure. Left figure – appropriate mounting on the
auxiliary vertical plate. In some cases is allowed the variant shown on the right figure – but only for
DLS–27_–10 type, and only for not blocking materials.
For DLS–27_–10 and DLS–27_–20