www.hytekintl.com
4.9.1 – Connections of the version with 3
plug DIN
Fig. 9 shows the connections available
with the model provided with 3 DIN
sockets. They can be used as follows:
• DIN A, 1–3 contacts =
Volume, counter
reed or with closing not powered.
• DIN A, 1–3–5 =
Volume, Hall effect
magnetic counter powered by the
t12 Vdc.
• DIN A, 1–4 =
Input of inhibit (in closing).
• DIN A, 2–5 =
Output of the signal of limit
cycle impulse in Open Collector mode.
• DIN B, 1–2 =
Input of remote starter (in
closing).
• DIN C, 2–3 =
Output normally opened
of the impulse during the 2nd phase of
regener. Cycle.
• DIN C, 5–1 =
Output normally opend
of the impulse of the regeneration in
progress.
• DIN C, 5–4 =
Output normally closed of
the impulse of the regeneration in
progress.
4.9 – Diagnostics
Aqua Cubic has a diagnostic system,
that the maintenance personnel can use
to learn the status of the controller. To
access this function, press and hold the
Advance key for at least 5-6 seconds.
The following parameters will be
displayed:
- F – 0 0 =
Days elapsed since the last
regeneration.
- 0.0.0.0. =
Number of regeneration
processes performed.
- 0 0 0 0 =
Volume consumed since the
last regeneration process.
The counter counting the performed
regeneration processes cannot be reset
by the user.
4.10 – Testing
the regeneration automatic
start
To test the regeneration autostart
function, proceed as follows:
• With reference to tab. 4, set 0002 as
treatable volume.
• Using the magnetic sensor cable and
a SIATA turbine, reduce the volume to 0.
• After the volume has reached 0, the
regeneration should start.
NOTE: To perform these tests, the limit
micro-switch of the controller must be
correctly connected and working. Thus,
it is recommended to use the controller
when installed in its case.
5 – TROUBLESHOOTING
Here are some basic troubleshooting
operations to solve those small problems
that can arise while using Aqua Cubic.
As a general rule it is suggested,
whenever possible, to check the problem
by replacing the sole electronic board
with another one, new or certainly
working. It is important to understand
whether the problem comes from
electronics, mechanics, or wiring harness.
Replacing the electronic board may be
a precious help to identify the real cause
of the defect. If our suggestions are not
sufficient to solve your problems, please
contact the SIATA assistance department.
The controller does not power on
• Outlet out of order. Transformer plug
out of order. Transformer out of order.
Check the problem by connecting any
other device to the same outlet, and by
connecting the controller to another
outlet.
• Wiring harness problems. Open the
case. Check that the wires are correctly
mounted in the 7-pole connectors
• The controller is blocked. If you use the
DIN lateral socket, verify that inside the
connector there are no short-circuited
terminals. Follow the instructions in 4.9
The motor does not stop after reaching
the limit stop position.
• The plastic parts are damaged. Open
the case. Verify the integrity of the plastic
parts that hold the microswitch (see Fig.
10).
• The microswitch is damaged. Open the
box and check (Fig. 10): integrity of
microswitch; correct placement of
microswitch; correct placement of
terminals; integrity of wires; integrity of
the lever that activates the microswitch.
• The cam is out of place. Open the case
(Fig. 10). Verify that the Seeger ring that
locks the cam is integer and correctly
placed in its housing. Moving the cam
with your hands, verify that it activates
the microswitch lever.
The controller does not per form
regeneration
• The controller is not correctly
p r o g r a m m e d . Ve r i f y t h a t t h e
programming has been performed
correctly. Verify that the regeneration
start mode corresponds to that really
needed.
• The controller is inhibited. If you use the
DIN socket (Fig. 11), verify that inside the
connector there are no short-circuited
terminals
The display shows wrong parameters.
• Controller is in “out of program”. Reset
the controller, following the instructions in
4.8
Fig. 10 clearly shows the microswitch, the
mechanical parts for mounting and
command, and the terminals connecting
to the controller.
Fig. 11 shows the DIN 180º socket, where
a liter counter sensor can be connected
Fig. 10
Fig. 11
Fig. 9
AQUA CUBIC
Siata
351
Содержание Siata 3V-50
Страница 1: ...VALVOLE SIATA 5 SIATA VALVES ...
Страница 2: ......
Страница 7: ...w w w h y t e k i n t l c o m i n f o h y t e k i n t l c o m DIMENSIONI DIMENSIONS V132 Siata 199 ...
Страница 31: ...w w w h y t e k i n t l c o m i n f o h y t e k i n t l c o m DIMENSIONI DIMENSIONS V230 Siata 223 ...
Страница 44: ...w w w h y t e k i n t l c o m i n f o h y t e k i n t l c o m DIMENSIONI DIMENSIONS V250 Siata 236 ...
Страница 59: ...w w w h y t e k i n t l c o m i n f o h y t e k i n t l c o m DIMENSIONI DIMENSIONS V260 Siata 251 ...
Страница 74: ...w w w h y t e k i n t l c o m i n f o h y t e k i n t l c o m DIMENSIONI DIMENSIONS V360 Siata 266 ...
