Filters itm HYDRAULIC-100-V User manual

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Self-cleaning Mesh Filter
User manual HYDRAULIC-100-V
Serial number:
_________________
Purchase date:
_________________

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Index
1. Introduction ...................................................................................................................... 1
1.1 Filter identification.................................................................................................... 1
1.2 Basic concepts ........................................................................................................... 1
2. Quality control................................................................................................................... 2
3. Data Sheet......................................................................................................................... 3
3.1 Mesh filter HYDRAULIC-100-V................................................................................... 3
3.2 Dimensions................................................................................................................ 4
3.3 Hydraulic circuit HYDRAULIC-100-V .......................................................................... 5
4. Installation......................................................................................................................... 6
5. Operation .......................................................................................................................... 6
6. Maintenance and spare parts ........................................................................................... 7
6.1 Maintenance ............................................................................................................. 7
6.2 Exploded view ........................................................................................................... 8
6.3 Exploded view table .................................................................................................. 9
7. Control panel................................................................................................................... 10
7.1 Features listing ........................................................................................................ 10
7.2 How to program the controller ............................................................................... 11
7.3 The chain of editable fields ..................................................................................... 11
7.4 Wash time ............................................................................................................... 12
7.5 DP preset value ....................................................................................................... 12
7.6 Wash mode ............................................................................................................. 12
7.7 Accumulations......................................................................................................... 12
7.8 Setup ....................................................................................................................... 13
7.9 Handling endless loop problems............................................................................. 14
7.10 Handling low pressure............................................................................................. 14
7.11 Connecting the DP sensor to the filter system........................................................ 14
7.12 Low battery ............................................................................................................. 14
7.13 Manual activation.................................................................................................... 14
7.14 Timing diagram........................................................................................................ 15
7.15 Wiring diagram........................................................................................................ 16
7.16 Technical data ......................................................................................................... 18
8. Product warranty ............................................................................................................ 19
USER MANUAL HYDRAULIC-100-V

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1. Introduction
First of all, we want to thank you for purchasing this filter, the result of the work of a group of
people committed to offering the correct solution to each filtration process. All products
designed and manufactured by ITM Filters meet self-imposed requirements for quality,
efficiency and durability. This philosophy is accredited through certification by external bodies.
The highest efficiency of the system is obtained with correct operation and maintenance, please
properly follow the indications in this manual throughout the life of the product. We invite you
to visit our website: www.itmfilters.com for more information about our products and our
company policies.
1.1 Filter identification
The filter is identified with the following nameplate:
1.2 Basic concepts
Filtration surface: Area that allows water to pass while retaining suspended particles.
Recommended flow: Optimal filtration must take into account the quality of the source water
and its use. The quality of the source water is divided into 4 sections, which have maximum
theoretical flows. The sectorization corresponds to the particles per million diluted in the water.
●Stretch 1: 0-50ppm.
●Stretch 2: 50-100ppm
●Stretch 3: 100/200ppm.
●Stretch 4: > 200ppm.
Loss of pressure (HEAD LOSS): It is the difference in load produced between two points of the
same flow. The friction of the water with the filter medium produces a loss of energy. The diluted
substances are trapped in the mesh generating a decrease in the porosity of the filter medium,
which causes an increase in the pressure drop. The pressure drop measurement is carried out
by means of a pressure tap on the inlet manifoldand another one on the outlet manifold.
USER MANUAL HYDRAULIC-100-V
1
IMAGE 1

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2. Quality control
The entire manufacturing process has been carried out in accordance with the applicable
European Directives: Directive 2006/42 / CE on Machines-Annex IIA, Directive 2014/68 / EU on
Pressure Equipment and Directive 2014/35 / EU on Electrical Material.
These quality requirements are accredited through certification by external organizations:
USER MANUAL HYDRAULIC-100-V
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3. Data Sheet
3.1 Mesh filter HYDRAULIC-100-V
MODEL
ØI/ØO
Flow (m3/h)
Filtration
Surface
(cm2)
Water
Comsuption
per Wash (l)
Net
Weight
(kg)
Max.
Flow
< 50ppm
50/100
ppm
100/200
ppm
HYDRAULIC 102-V
Flange 2"
53
26
19
11
1620
5
38
HYDRAULIC 103-V
Flange 3"
92
53
32
22
1620
12
48
HYDRAULIC 104-V-COMPACT
Flange 4"
133
65
45
25
1620
12
50
HYDRAULIC 104-V
Flange 4"
155
73
53
27
2900
14,5
63
HYDRAULIC 106-V-COMPACT
Flange 6"
195
86
65
42
2900
14,5
65
HYDRAULIC 106-V
Flange 6"
285
93
73
52
5725
29
87
TABLE 1
Manufacturing technical characteristics:
-Materials:
oCarbon steel metal components.
oZinc plated screws 6.8.
oMesh cartridge : PVC structure with AISI-316 Stainless Steel.
oFiltration degree: 125 microns.
oEDPM gaskets: 60 SHORE.
-Superficial treatment:
oSurface shot blasting up to SA ½ grade.
oTwo-layer EPOXY-POLYESTER powder paint finish, oven-polymerized RAL 6004.
-Working characteristics:
oMaximum operating temperature 50ºC.
-Commercial components:
o1’’ Washing Valve in 2’’ filters.
o1-½’’ Flushing Valve in 3’’ and 4’’ filters.
o2’’ Washing Valve in 6’’ filters.
oBattery powered programmer.
Working pressure
Minimum: 2,5 kg/cm² Maximum: 10 kg/cm²
USER MANUAL HYDRAULIC-100-V
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IMAGE 2

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3.2 Dimensions
CHART 1
MODEL
Dimensions (mm)
M
L
M
W
M
HYDRAULIC 102-V
250
220
1100
430
1163
HYDRAULIC 103-V
250
220
1100
430
1163
HYDRAULIC 104-V-COMPACT
250
220
1100
430
1163
HYDRAULIC 104-V
320
260
1040
520
1470
HYDRAULIC 106-V-COMPACT
320
260
1040
520
1470
HYDRAULIC 106-V
470
260
1327
520
1770
TABLE 2
USER MANUAL HYDRAULIC-100-V
4
Water inlet
IMAGE 3
H-100-V load loss, 125 microns pass
Flow (m3/h)
Pressure loss - Kg/cm2

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3.3 Hydraulic circuit HYDRAULIC-100-V
* During the filter operation, the 4-way 3-positions tap is closed. When the pressure at the water
inlet and outlet reaches a difference of 0,3 kg/cm², the solenoid send a signal to open the tap
and start the cleaning cycle.
* The 4-way tap has 3 positions:
- AUTO : filter operation with automatic cleaning.
- OPEN : cleaning cycle
- CLOSE : filter operation (without automatic cleaning)
USER MANUAL HYDRAULIC-100-V
5
IMAGE 4
OPEN
AUTO
PROGRAMMER
SOLENOID
CALIBRATED
ORIFICE
TAP
-WAY
4
3-POSITIONS
WATER OUTLET
CONTROLLED BY
A CALIBRATED
ORIFICE

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4. Installation
1. Place the filter on an accessible flat surface and in the correct flow direction.
2. Position the inlet and outlet manifolds, fixing the flanges with their corresponding
gaskets.
3. Check that the drain outlet is directed to the desired area.
4. Check that the unions are tight, turn on the water supply and verify that there is no leak.
5. Filtering. Open the water flow at the recommended flow rate and at a working pressure
between 2.5-10 kg/cm².
6. Cleaning. When the pressure gauge indicates a pressure difference equal to or greater
than 0,3 kg/cm², the automatic filter cleaning will begin, without interrupting the water
filtering process. The cleaning cycle leaves the factory with a duration of 30 seconds, it
must be adjusted during installation as it depends on the working pressure. For the
cleaning to be automatic, the key must be in the “AUTO” position.
* Note: Place a check valve at the outlet of the filter, to avoid reverse flows and internal breaks
in the filter.
5. Operation
Mesh filtering consists of the physical separation between water and the substances that are
suspended in it. Water flows from the inside of the filter cartridge to the outside, causing dirt to
accumulate on the inside of the filter cartridge.
When the mesh filter becomes clogged, it produces a pressure difference between the inlet and
outlet manifolds. The automatic cleaning cycle starts when it reaches a pressure difference of
0.3 kg/cm². To check that the cleaning cycle is correct, it can be started manually by placing the
key in the ''OPEN'' position.
Cleaning process. As soon as a pressure difference of 0,3 is reached or when 24 hours of
operation have elapsed, the programmer sends the cleaning activation signal. The signal is sent
to the solenoid. The solenoid triggers the hydraulic control system, opens the flushing valve, and
communicates the hydraulic cylinder chamber with atmospheric pressure. This has two effects:
1. The water flows through the nozzles arranged in the scanner and it is expelled through
the turbine. As a result, the water carries the dirt off the screen and in turn causes the
scanner to rotate. That is, the mesh is cleaned around the entire circumference of the
cartridge by the pressure difference.
2. The expulsion of the water from the cylinder is carried out in a controlled way thanks to
a hydraulic calibrated orifice. The advance of the scanner and the nozzles is regulated
by this component, so check that the correct calibrated orifice is installed according to
the working pressure of the filter.
PRESSURE RANGE
2Kg/cm²
3Kg/cm²
4Kg/cm²
5Kg/cm²
6Kg/cm²
7Kg/cm²
8Kg/cm²
9Kg/cm²
10Kg/cm²
ØORIFICE
0,9 mm
0,8 mm
COLOUR
BLACK
WHITE
TABLE 3
USER MANUAL HYDRAULIC-100-V
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The joint hydraulic action of the turbine and the hydraulic cylinder guarantees the sweeping of
the nozzles throughout the filter cartridge.
The pressure difference that occurs between the cleaning chamber (chamber where the turbine
is located) and the filtration chamber must not exceed 2,5 kg/cm². This pressure difference is
read during the cleaning process, by subtracting between the two filter pressure gauges.
A higher pressure difference can lead to deterioration of the filter cartridge. To regulate the
pressure difference, the cleaning valve must be adjusted.
The technology used in the manufacture of the HYDRAULIC-100-V filter offers high filtration
surfaces with compact lengths, due to the maximization of the filter cartridge.
6. Maintenance and spare parts
6.1 Maintenance
Board check.
Repaint.
Battery check (if applicable).
The filter mesh requires periodic manual cleaning, for this:
1. Disconnect the power supply and the water supply.
2. Open the drain cock in the “CLOSE” position and wait for the filter to drain.
3. Loosen the screws on the cover of the filtered water outlet area.
4. Remove the filter cartridge and clean it with water on the outside and a cedar brush
on the inside.
5. Insert the mesh cartridge and close the lid making sure it is tight.
USER MANUAL HYDRAULIC-100-V
7
Cleaning chamber
Clean water chamber
Filter chamber
Raw water chamber
IMAGE 5

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On our website: www.itmfilters.com you can find a video tutorial with the maintenance process.
6.2 Exploded view
USER MANUAL HYDRAULIC-100-V
8
20
21
27
26
30
29
28
32
31
37
35
23
39
34
33
25
24
36
38
40
1
3
5
6
7
8
2
4
9
3
10
11
12
13
15
14
16
17
18
19
22

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6.3 Exploded view table
Nº
DENOMINATION
HYDRAULIC-100-V MODELS
HYDRAULIC 102-V
HYDRAULIC 103-V
HYDRAULIC 104-V
HYDRAULIC 106-V
U.
Code
U.
Code
U.
Code
U.
Code
1
Gasket 1
1
-
1
-
1
-
1
-
2
Piston Cap
1
HYD-106-V-06-02
1
HYD-106-V-06-02
1
HYD-106-V-06-02
1
HYD-106-V-06-02
3
Gasket 2
2
-
2
-
2
-
2
-
4
Gasket 3
1
-
1
-
1
-
1
-
5
Gasket 4
1
-
1
-
1
-
1
-
6
Piston
1
HYD-106-V-06-04
1
HYD-106-V-06-04
1
HYD-106-V-06-04
1
HYD-106-V-06-04
7
Piston Guide Ring
1
-
1
-
1
-
1
-
8
Gasket 5
1
-
1
-
1
-
1
-
9
Piston
1
HYD-106-V-06-04
1
HYD-106-V-06-04
1
HYD-106-V-06-04
1
HYD-106-V-06-04
10
Calibrated Orifice Cap
1
HYD-106-V-06-03
1
HYD-106-V-06-03
1
HYD-106-V-06-03
1
HYD-106-V-06-03
11
Calibrated Orifice
1
HYD-206-H-06-06
1
HYD-206-H-06-06
1
HYD-206-H-06-06
1
HYD-206-H-06-06
12
Cylinder Side Cap
1
HYD-103-07-00
1
HYD-103-07-00
1
HYD-204-H-07-00
1
HYD-206-H-07-00
13
Black Handle
1
-
1
-
1
-
1
-
14
Victaulic Flange 2’’
1
-
1
-
1
-
1
-
15
RM-Victaulic Pipe Link
2’’
1
-
1
-
1
-
1
-
16
Valve 2’’ at 90º
1
-
1
-
1
-
1
-
17
Pressure Gauge
2
-
2
-
2
-
2
-
18
Steel T Fitting
1
-
1
-
1
-
1
-
19
Solenoid
1
-
1
-
1
-
1
-
20
Ball valve
1
-
1
-
1
-
1
-
21
Casing
1
HYD-102-V-02
1
HYD-103-V-02
1
HYD-104-V-02
1
HYD-106-V-02
22
Gasket 6
1
-
1
-
1
-
1
-
23
Bearing Screw
1
HYD-106-V-05-14
1
HYD-106-V-05-14
1
HYD-106-V-05-14
1
HYD-106-V-05-14
24
Motor arm
1
HYD-102-V-05-00
1
HYD-103-V-05-00
1
HYD-104-V-05-00
1
HYD-106-V-05-00
25
Motor arm Plug
2
HYD-106-V-05-02
2
HYD-106-V-05-02
2
HYD-106-V-05-02
2
HYD-106-V-05-02
26
Guide Bushing
1
HYD-106-V-05-10
1
HYD-106-V-05-10
1
HYD-106-V-05-10
1
HYD-106-V-05-10
27
PVC Pipe
1
HYD-103-V-05-04
1
HYD-103-V-05-04
1
HYD-206-H-05-04
1
HYD-206-H-05-04
28
Cleaning Chamber
Disk
1
HYD-103-V-05-02
1
HYD-103-V-05-02
1
HYD-206-H-05-02
1
HYD-206-H-05-02
29
Gasket Disk C.L.
1
HYD-103-V-05-2-2
1
HYD-103-V-05-2-2
1
HYD-206-H-05-2-2
1
HYD-206-H-05-2-2
30
Scanner Arm Cap
1
HYD-106-V-05-13
1
HYD-106-V-05-13
1
HYD-106-V-05-13
1
HYD-106-V-05-13
31
Scanner
1
HYD-103-V-05-00
1
HYD-103-V-05-00
1
HYD-104-V-05-00
1
HYD-106-V-05-00
32
Centering side Cap
1
HYD-106-V-05-09
1
HYD-106-V-05-09
1
HYD-106-V-05-09
1
HYD-106-V-05-09
33
Centering Shaft
1
HYD-106-V-05-12
1
HYD-106-V-05-12
1
HYD-106-V-05-12
1
HYD-106-V-05-12
34
M8 Nut
1
-
1
-
1
-
1
-
35
Filter Cartridge
1
HYD-103-V-04-00
HYD-103-V-04-00
1
HYD-104-V-04-00
1
HYD-106-V-04-00
36
Gasket between
Cartridges
1
HYD-103-V-05-06
1
HYD-103-V-05-06
1
HYD-206-H-05-06
1
HYD-206-H-05-06
37
38
Centering Disk
1
HYD-103-V-05-7-1
1
HYD-103-V-05-7-1
1
HYD-106-V-05-7-1
1
HYD-106-V-05-7-1
1
HYD-103-V-05-7-2
1
HYD-103-V-05-7-2
1
HYD-206-H-05-7-1
1
HYD-206-H-05-7-1
39
Centering Bushing
1
HYD-106-V-05-07
1
HYD-106-V-05-07
1
HYD-106-V-05-08
1
HYD-106-V-05-08
40
PVC Screw
8
-
8
-
8
-
8
-
TABLE 4
*Cylinder side cap screws (nº12)
Closing hardware:
-Hexagonal screw M16x60 DIN933. 8 U.
-Hexagonal nut M16 DIN934. 8 U.
-Flat washer D16 DIN125. 16 U.
Hinge hardware:
-Hexagonal screw M10x35 DIN933. 2 U.
-Nylon washer M10 DIN125. 4 U.
-Brake nut M10 DIN985. 2 U.
USER MANUAL HYDRAULIC-100-V
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7. Control panel
NOTE: All our filters have the control panel configurated according to standard specifications.
7.1 Features listing
●The “FILTRON 1-10” is a modular type backwash controller for automatic filters from 1
to 10 stations.
●Models for direct current (DC) and alternating current (AC) are available.
●The DC model can be powered by either 6v DC or 12v DC and activates 12v DC 2-wire
latch-type solenoids. The voltage for solenoid switching is supplied by a charge pump.
●The AC model contains an internal transformer that can be powered by 110V or 220V
from which 24v AC is generated for the solenoids.
●The wash cycles can be triggered either by time or by means of the electronic PD sensor
when it reaches the preset value, or by a dry contact signal from an external type PD
sensor.
●Looping problems can be eliminated by detecting repeated consecutive cycles that
exceed the predefined value.
●The unit can optionally handle a Pressure Sustaining valve, and an Alarm output.
●The unit is equipped with a custom LCD screen and keypad.
●The unit counts separately the number of washing cycles triggered by DP, by time or
manually.
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10

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7.2 How to program the controller
The controller is equipped with an LCD display and 4 keys as shown below. When the unit is not
touched for one minute the display turns off and the only sign of life is given by a beep sound
that can be heard every 20 seconds. Pressing any of the keys for a few seconds will bring the
display back on.
The screen contains several fields, some of them are editable and some of them are not. To
insert the EDIT MODE, press the ENTER key. The EDIT MODE is indicated by the flashing of the
characters in the corresponding editable field. Each time the ENTER key is pressed the next
editable field will come into focus and begin to flash. In EDIT MODE the "+" and "-" keys are used
to change the value of the field under focus. If the ENTER key is pressed again the selected value
will be fixed and the focus will move to the next editable field which will begin to flash. Once
this key editing mode is entered, the user will not be able to go back and must keep pressing the
ENTER key repeatedly, to go through the chain of editable fields until reaching the WASH TIME
field again.
* Please note that before the first use of the unit, it may be necessary to go through the
configuration process before defining the wash program in order to adjust the characteristics of
the controller for a specific use. The setup process is described below.
7.3 The chain of editable fields
The editable field sequence is shown below. The existence of the DP DEFAULT field depends on
whether the system has the DP sensor included or not.
DP ACTUEL
FLUSH
TIME
DP SET
BAR
Sec
Hrs
0.1
0.3
FLUSH
MODE
30
12
The actual value of DP.
Available only when
using internal electronic
sensor DP
The desired wash
time for each
station.
The default value DP.
Available only when
using the internal
electronic DP sensor.
.
The desired washing mode.
It contains either the wash
interval or the letters '' DP ''
when the wash is triggered
by DP only.
M
ENTER
MANUAL
USER MANUAL HYDRAULIC-100-V
11
WASH
TIME
PRESET
VALUE DP
WASH
MODE
DP
ACCUMULATIONS
TIME
ACCUMULATIONS
MANUAL
ACCUMULATIONS

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7.4 Wash time
Defines the duration of the wash time per station. The following options can be selected:
●5-20 seconds in 1 second intervals
●20-55 seconds in 5-second intervals
●1-6 minutes in 0,5 minute intervals
7.5 DP preset value
In this field the user defines the value of the pressure difference between the inlet and outlet of
the filter that, when reached, will cause the beginning of the wash cycle. This field appears only
when the system includes the electronic DP sensor.
When pressure is expressed in BAR, the range of values is 0.1 - 2.0 BAR. When pressure is
expressed in PSI the range of values is 1-30 PSI.
When the system does not include the electronic PD sensor. but an external PD sensor is
connected, the flush request signal comes in the form of dry contact.
7.6 Wash mode
The wash mode defines how the wash cycles will be triggered. The options are as follows:
●OFF - There will be no washing
●By time - In this case the wash cycles will be repeated at a selected interval or triggered
by the DP signal depending on which occurs first. No matter how the wash cycle started,
the interval to the next cycle will start to be measured again after each end of the wash
sequence. The selection ranges are as follows:
-5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60 minutes
-2, 3, 4, 5, 6, 8, 12, 18, 24, 72, 120 hours
●DP - the wash will be triggered by DP only.
-5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60 minutes
-2, 3, 4, 5, 6, 8, 12, 18, 24, 72, 120 hours
●DP - the wash will be triggered by DP only.
* If the "+" and "-" keys are pressed and held simultaneously, the "Wash Mode" field will show
the time remaining until the next cycle, alternatively, first hours and then minutes.
7.7 Accumulations
The unit accumulates and displays the number of wash cycles caused by DP, by time, or
manually. In each of the accumulation fields, the "+" or "-" keys can be used to clear the
accumulated value.
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7.8 Setup
In order to enter the configuration process, press and hold the ENTER key for 3 seconds. The
unit will detect how many “plug in” boards (each with 2 outputs) are used in the particular case.
The assignment of the outputs depends on the definitions made during the configuration
process. During the configuration process, the following characteristics are defined:
Main valve -
(Sustaining valve)
Waiting time -
DP delay -
Loop limit -
Alarm -
Delay Valve -
See outputs -
Yes / No. When the answer is “Yes” you can define the Pre delay.
Wait between the opening of the main valve and the opening of
Station No. 1 The selectable delay intervals are as follows:
5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55 seconds
1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5, 5.5, 6 minutes
The delay between stations - 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55,
60 seconds.
The delay that the DP sensor reading is expected to be stable before
reacting - 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60 seconds.
The number of consecutive wash cycles triggered by the DP sensor
before deciding that there is a no-end-of-loop problem. The options
are: 1-10 or "no" which means to ignore the loop problem.
Yes / No - assigning an output for alarm activation.
Yes / No - assigning an output for Delay Valve activation.
This is a special mode that allows you to review the list of outputs to
see how each of the outputs is assigned. Use the + key to change the
“no” to a “yes” and confirm with “Enter”, then use the + key to scroll
through the list. The output number is displayed in the lower left
corner and its assigned role appears in large letters in the center of
the screen. Note that the number of possible outputs that can be used
is always odd since it results from the number of plug-in boards
included (2 outputs each). However, if the number of outputs
required is not an odd number, then the last valve assigned as a filter
can be canceled by using the manual operations key.
Pressure units -
To choose the units to be used for pressure measurement. Select
between BAR or PSI.
Calibration -
Zero calibration of the integrated electronic DP sensor. If the sensor
ports are disconnected select Calibration = Yes.
Version -
The last screen in configuration indicates the version of the controller
software. The version is displayed with four digits like the following:
00
13
USER MANUAL HYDRAULIC-100-V
13

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7.9 Handling endless loop problems
As explained above, an endless loop problem will be declared when the number of consecutive
wash cycles triggered by the DP sensor exceeds the “Loop Limit” defined during setup. When an
endless loop problem is detected, it will be indicated on the screen (LOOPING) and the alarm
output will be activated. In addition, the indication of DP should no longer be taken into account
as a trigger for washing. Subsequent wash cycles will only be triggered by a countdown interval.
The problem will be considered solved when the constant indication of the DP sensor has been
eliminated.
7.10 Handling low pressure
When an indication of closed contact is received at the controller's low pressure input, the
symbol will begin to appear flashing on the display. All activities will stop including the
countdown to the next wash cycle. If there is low pressure while a flush sequence is in progress,
when the low pressure condition ends, the flush sequence will start from the beginning instead
of continuing from the stop point.
7.11 Connecting the DP sensor to the filter system
The DP sensor is connected to the filter system by 2 command
tubes, one that comes from the filter inlet (high pressure) will be
connected to the red point, and the one that comes from the outlet
(low pressure will go towards the black point. It is important to
install a small 120 mesh filter (not provided) between the red dot
and the high pressure connection point.
7.12 Low battery
The unit has two levels of low battery indication. The first level is when the battery voltage drops
to the first level, the sign will start to appear on the screen. When the battery voltage
continues to drop and reaches the second level, all outputs will close, the screen will clear
displaying only the low battery icon.
7.13 Manual activation
The wash sequence can be activated manually by using the “MANUAL” key. When activated
manually, the icon will appear on the screen. The same key will be used to manually end the
sequence in progress.
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The small filter to be added between the high pressure inlet
and the red dot. It is the user's responsibility to add this filter

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7.14 Timing diagram
Without delay valve
With delay valve
Main
valve
Valve
1
Valve
2

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7.15 Wiring diagram
DC model
The following diagram shows the wiring for the DC controller model.
Note that:
1. The external DP sensor is optional and is intended to be used in cases where the
integrated electronic DP sensor is not included.
2. The unit can be powered by 6v DC or 12v DC.
3. The solenoids are 12v DC latch type.
* Be sure to turn off the power before inserting/removing the 2-output cards (Plug in)
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AC model
The following diagram shows the wiring for the AC controller model.
Note that:
1. The external PD sensor is optional and is intended to be used in cases where the
integrated electronic PD sensor is not included.
2. The unit is powered by 24v AC transformed from 220/110 v AC.
3. In the solenoids it will be 24v AC.
* Be sure to turn off the power before inserting/removing the 2-output cards (Plug in)
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7.16 Technical data
DC model
Power source :
6v supplied by 4 alkaline batteries size 1.5 "D".
or a 12v DC dry battery
or a 12v rechargeable battery with a 2 watt solar panel
Output :
12v DC latch solenoids.
DP :
Integrated analog electronic DP sensor
or external dry contact DP sensor.
Pressure sensor :
Dry contact pressure sensor
Operating temperature :
AC model
0-60 ºC.
Power source :
220 or 110 v AC 50 or 60 Hz with included transformer to 24v AC.
Output:
24v AC solenoids
DP :
Integrated analog electronic DP sensor
or external dry contact DP sensor.
Pressure sensor :
Dry contact pressure sensor
Operating temperature :
0-60 ºC.
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