5. Installation
DEPOLOX® Pool Compact
36
EN
1 Installation of the module (chapter 5.5)
2 Remove the housing cover of the flow cell
(chapter 5.6).
3 Install the optional strainer (chapter 5.7).
4 Connect the sample water inlet (chapter 5.8)
•
with tubing connection
•
with rigid pipework
5 Connect the sample water outlet (chapter
6 Insert electrode cleaning sand (chapter
7 Install sensors, LED glow stick and Multi-
sensor (chapter 5.11).
8 Fit calibration aids (chapter 5.11.1).
9 Refit the housing cover (chapter 5.6).
5.5
Installation of the module
Install the electronics module and flow cell
with or without DIN rail. Dimension drawing
chapter 5.5.3.
5.5.1 With DIN rail
1 Secure the DIN rail to a solid wall using
the dowels and screws supplied.
2 Hook the electronics module onto the DIN
rail so that it is flush at the right.
3 Fasten the electronics module to the solid
wall at the bottom by the holders using
dowels and screws.
4 Hook the flow cell on the DIN rail to the
left of the electronics module.
5 Fasten the flow cell to the solid wall at the
bottom by the holders using dowels and
screws.
5.5.2 Without DIN rail
The dimensions for the drilling pattern can be
found on the back of the plastic housing.
1 Attach the tallow-drop screws and dowels
provided to the solid wall (included in the
scope of delivery).
2 Hook the electronics module onto the
screws.
3 Fasten the electronics module to the solid
wall at the bottom by the holders using
dowels and screws.
4 Hook the flow cell onto the screws.
5 Fasten the flow cell to the solid wall at the
bottom by the holders using dowels and
screws.
NOTICE
•
The electronics module is not suitable
for electrical connection with perman-
ently installed cable conduits. If the
cable glands do not meet local installa-
tion rules and regulations, these glands
must be replaced with suitable ones.
•
If the electronics module and flow cell
are mounted in separate locations, the
use of optional sensor extension cables
is required. A length of 164 feet (50 m)
must not be exceeded. For the pH or flu-
oride sensor, an optional impedance
converter is required when longer cables
are utilized.
•
In cases where the sensor cable is not
long enough and an extension is requi-
red, an impedance converter must be
screwed onto the pH and fluoride sensor.
The impedance converter converts the
very high-resistance sensor signal into a
low-resistance signal. The impedance
converter is supplied by a built-in battery
with a battery service life of approxima-
tely 5 years. After this time, the impe-
dance converter should be sent to our
company to have the battery replaced.
•
Dimension drawing chapter 5.5.3:
Measurement are shown in millimeters.
To convert to inch measurement, divide
by 25.4 (1 inch = 25.4 mm).
