Matermacc IRRIGAMATIC EVO Installation guide

ASSEMBLING
INSTRUCTIONS
Codice 58330291
Rev.00
58330291
IRRIGAMATIC EVO
Ver.
MATERMACC S.r.l. a s.u.
Sede legale / Legal site: via L. da Vinci 2/c - 39100 Bolzano
Sede operative / Operative site: Via Gemona, 18 – 33078 San Vito al Tagliamento – Pordenone – Italy
Phone + 39 0434 85267 - Fax + 39 0434 85517
www.matermacc.it - [e-mail]

Use and maintenace handbook

Use and maintenace handbook
Index
1. ELECTRONIC CONSOLE INSTALLATION 03
2. INSTALLATION OF THE SPEED SENSOR 03
2.1. INSTALLING AN INDUCTIVE SPEED SENSOR ON THE PINION 03
2.2. INSTALLATION OF THE MAGNETIC SPEED SENSOR WITH ROLLER 04
2.2.1. ROLLERINSTALLATION 04
2.2.2. SENSOR INSTALLATION 04
3. INSTALLATION OF THE ADJUSTING VALVE 05
3.1. INSTALLATION OF THE BY-PASS VALVE 05
3.1.1. BY-PASS VALVE INFORMATION 05
3.1.2. HOW TO MOUNT THE BY-PASS VALVE 05
3.1.3. MOTOR REDUCTION GEAR INSTALLATION 05
3.2. INSTALLATION OF A BALL VALVE FOR PISTON IRRIGATORS 06
4. INSTALLATION OF THE END-OF-WORK VALVE 07
4.1. SHUNT VALVE 07
4.1.1. DIAGRAMOFTHE HYDRAULIC VALVETOTHE DRAIN 07
4.2. SLOW- CLOSING VALVE 07
4.2.1. HOW TO MOUNT THE BUTTERFLY VALVE 07
4.2.2. MOTOR REDUCTION GEAR INSTALLATION 07
5. INSTALLATION OF THE END-OF-REWINDING SENSOR 09
6. OPTIONS 09
6.1. PRESSURE SWITCH INSTALLATION 09
6.1.1. HOW TO CALIBRATE THE PRESSURE SWITCH 10
6.2. OUTER ALARM 10
7. SCHEME 11
7.1. IRRIGAMATIC EVO1 - EVO4 CONNECTION DIAGRAM 11
8. USER INTERFACE 13
9. INSTRUCTIONS FOR USE 14
9.1. START UP AND MAIN MENU 14
9.2. HOW TO ACCESS MENU (General Procedure) 14
10. CONFIGURATION 15
10.1. LOADING PROCEDURE FOR CONFIGURATION PARAMETERS 15
10.2. PARAMETERS RESERVED TO THE MANUFACTURER 16
11. CALIBRATION 19
11.1. ENTERING CALIBRATION PARAMETERS 19

Use and maintenace handbook

Use and maintenace handbook
Pag. 01
INTRODUCTION
This manual guide contains a description of the work and the
necessary instructions for performing basic operations and
regular maintenance of the device.
This guide is for convenience divided into easily-dened
chapters.
These instructions are intended for professional users only,
who are to possess specic knowledge about how to use the
device, special admittance and training.
It is recommended to use original spare parts and accesso-
ries. Non-original parts in addition to forfeiture of the gua-
rantee can be dangerous and may aect the durability and
specications of the machine.
It is possible that some devices, described in the manual, will
not be present in your device, depending on the selected
equipment and the intended market .
UPDATING THE MANUAL
Information, descriptions and illustrations contained herein
shall reect the state of the equipment at the time of its sale.
The manufacturer reserves the right to perform from time
to time possible changes in the equipment for technical or
commercial reasons. Such changes do not require the Pro-
ducer to intervene in sold up devices and do not render this
publication inappropriate.
Possible additions the manufacturer nds necessary to pro-
vide in the future should be kept together with this manual
guide and shall be an integral part thereof.
COPYRIGHT
Copyright on this manual is owned by the manufacturer of
the equipment. This guide contains texts, drawings and tech-
nical schedule, which can not be released or transferred to a
third party in whole or in part without the written permission
of the manufacturer of the device.
WARRANTY
• Verify on delivery that the equipment has not been da-
maged during the transport and that the accessories are
integral and complete.
• Any claims must be made in writing within 8 days from
reception.
• The warranty against any defect of the materials is valid
one year from the delivery date of the equipment.
• The warranty does not include shipment expenses (the
material travels at risk and danger of the addressee).
• Any damage caused to people or things are excluded
from the warranty.
• The warranty is limited to the repair or free replacement
of the faulty piece.
• The retailers and the users are not entitled to any indem-
nication from the manufacturer for any damages (costs
for work, transport, defective job, direct or indirect inci-
dents, no prot on harvests, etc).
WARRANTY DECLINE
Besides what is reported in the supply
contract the warranty declines:
• In case the limits referred to in the technical data table or
in other tables in the handbook are exceeded.
• In case the instructions described in this handbook have
not been followed carefully.
• In case of wrong use, faulty maintenance or mistakes
made by the client.
• In case of non original spare parts.
• The contractual guarantee is not applied if the cited con-
ditions are not respected even only partially.
• The use of spare parts not approved by the Manufacturer
invalidates every guarantee and releases the Manufactu-
rer of Retailer from every liability due to malfunctioning
or incidents.
• The removal or modication of the shelters and protec-
tions releases the Manufacturer from every liability due
to damages to things and/or people.
• However, the Manufacturing Company is available to
assure an immediate and accurate technical atten-
dance and all that can be necessary for the better
functioning maximum production of the equipment.

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Pag. 02
NOTES ON SAFETY
For the safe operation of the device rst read carefully these
notes.
POWER SUPPLY
The device is designed for the specied type of current.
MAINTENANCE
Maintenance procedures performed by the operator are de-
scribed in the documentation supplied to the customer with
the product.
Do not perform maintenance operations, which are not spe-
cied in the client documentation.
CLEANING
Before proceeding to cleaning, disconnect the power cord
from the device.
Use specic multifunctional cleaning spray, since the use
of other cleansers may result in breakage and possible inci-
dents.
ELECTRICAL SAFETY
Use only the power cord supplied with the equipment.
Do not place the unit where there is a chance of stepping on
the power cord.
Do not put any objects on the device.
In the case of one of the below mentioned situations, imme-
diately turn o the device and disconnect the power cord.
• The device produces noise or an unusual smell.
• Power cable is damaged or worn.
• Some liquid spilled into device.
• Any part of the device is damaged.
To resolve this issue, contact an authorized service center.
OPERATIONAL SAFETY
Do not perform maintenance procedures, if they are not de-
scribed in the documentation, or no training was provided to
the operator by the authorized regional dealer.
Always follow all warnings and instructions marked on the
device or supplied with it.
Always pay utmost care when moving or transferring the de-
vice.
Always install the device in a spacious room, so you can per-
form the maintenance.
Do not place the device near a source of heat.
RECYCLING AND PROCESSING
In accordance with European standards electrical and elec-
tronic devices should not be recycled together with dome-
stic waste.
In the member states of the European Union you are to take
electrical appliances to special places free of charge.
For further information please contact the local agency re-
sponsible for recycling.
For further information, contact the local agency responsible
for recycling, or ask for special instructions.

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Pag. 03
1. ELECTRONIC CONSOLE
INSTALLATION
The eletronic console must be installed on the irrigator frame
in an accessible position, far from heat sources (for ex. engi-
ne) and away from vibrations.
It can be installed in a stainless steel optional protective case.
• Open the eletronic console and bore the holes necessary
to led the cable through on the bottom and on the cable
holder.
• Fix the eletronic console bottom in the required position.
• Connect the motor cables and the sensor cables in their
positions (see “7.1. IRRIGAMATIC EVO1 - EVO4 CONNEC-
TION DIAGRAM” a pag. 11) making sure not to make
any mistakes.
• Connect the main cable bearing a ring with number 1 to
terminal board 1. Of the eletronic console.
CHECK POLARITIES
CONNECT RED CABLE WITH POLE +
CONNECT BLACK CABLE WITH POLE -
• Fit the front and close the eletrocic console.
• Connect the power supply cable to a 12V battery.
• Fix the various cables by straps and cable holders.
• The system is now ready to operate.
• The average consumption of an Irrigamatic appliance
is approx. 40-50 mA. This means that a 50 Ah battery
should last approx 1000 h under normal conditions.
• Power supply to the battery can be obtained by an op-
tional photovoltaic panel (OPTIONAL).
2. INSTALLATION OF THE SPEED
SENSOR
2.1. INSTALLING AN INDUCTIVE SPEED SEN-
SOR ON THE PINION
• The inductive sensor has a maximum reading range of 4
mm and should be positioned on the bracket supplied in
the kit, on the outlet pinion of the reduction gear, indif-
ferently for crown or chain systems.
• Position the bracket and x the sensor with nut and
check nut at approx. 2 mm from pinion edge.
SPROCKET DRIVE
CHAIN DRIVE

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Pag. 04
Should it be necessary to posi-
tion the sensor on the crown, and
should the crown not be perfectly
circular, keep at higher distance.
Then install a sensor with a wi-
der reading range (optional up to
8mm).
• Fix the sensor cable to the irrigator frame by straps or
cable holders as far as the electronic gearcase.
• The speed sensor cable bears a ring with number 2
and should be connected to gearcase connector 2,
while the brown cable should be connected to the
positive pole of terminal board 1 (electric diagram
on page 8).
In the back side of the sensor there
is asmall light that turns on when
the sensor detects the metal. Verify
therefore, through this indica-
tion, that each tooth of the pi-
nion is detected.
2.2. INSTALLATION OF THE MAGNETIC SPEED
SENSOR WITH ROLLER
2.2.1. ROLLERINSTALLATION
The roller shall roll over the irrigation hose and shall be able
to oscillate up and down in such a way as to keep in touch
with the hose by its own weight.
The arm spacer shall be mounted upwards not to scratch the
hose.
Connections can be welded or bolted on the hose guide. Af-
ter mounting the roller, this shall be able to oscillate freely.
IMPORTANT: DO NOT PRESS ON THE ROLLER
2.2.2. SENSOR INSTALLATION
• Insert the sensor in the arm hole from the magneto side
and x it with nut and check nut.
• Fix the spiralled cable to the roller arm and to the hose
guide by straps or cable holders.
• Fix the cable to the irrigator frame, centrally over the
hose guide in such a length as to allow the hose guide to
slide from right to left with the cable still slightly twisted
. Make sure the cable is in such a position as to avoid any
damage during operation.
• For heavy duty conditions an optional speed sensor is
available with a Rilsan cable.
• Fix the sensor cable to the irrigator frame bystraps or ca-
ble holders as far as the electronic gearcase.
• The speed sensor cable bears a ring with number 2 and
should be connected to gearcase connector 2.

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Pag. 05
3. INSTALLATION OF THE ADJUSTING
VALVE
3.1. INSTALLATION OF THE BY-PASS VALVE
3.1.1. BY-PASS VALVE INFORMATION
• The by-pass valve is used to send more or less water to
the turbine, thus allowing to adjust the trolley return
speed.
• The valve is sized according to the irrigator characteri-
stics.
• The following table shows the size of the valve generally
used according to the irrigation hose diameter:
irrigation hose by-pass valve
50 - 100 mm 2”
80 - 110 mm 2” ½
100 - 125 mm 3”
130 - 140 mm 4”
When the by-pass valve is fully open, the hose rewinding
speed is zero even when the hose is partially rewound. For
this reason, under specic conditions, it may be useful to in-
stall valves in a size dierent from standard ones.
By-pass valves consist of a 100mmlong body with female gas
threading at the ends and a head gasket for wafer mounting.
A buttery valve with an elastic rim is mounted inside The
motor reduction gear is tted on the valve shaft. The mo-
tor reduction gear is controlled by the gearcase for speed
adjustment.
3.1.2. HOW TO MOUNT THE BY-PASS VALVE
Fit the by-pass valve in the by-pass duct of the turbine in
such a position as to prevent the motor reduction gear from
getting upside down to prevent water seepage . The duct
with the by-pass valve should not be rigid, but at least with
a section of rubber or plastic hose to prevent any damage to
the valve.
3.1.3. MOTOR REDUCTION GEAR INSTALLATION
Insert the motor reduction gear in the valve shaft in such a
way as to position the shaft plug in the motor reduction gear
seat. Insert the locking pin of the motor reduction gear in the
slot of the valve body, then lock the unit by straps as shown
in the gure below.
• Fix the motor reduction gear cable to the irrigator frame
by straps or cable holders as far as the electronic gear-
case.
• The motor reduction gear cable bears a ring with num-
ber 4 and should be connected to gearcase connector 4.

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Pag. 06
3.2. INSTALLATION OF A BALL VALVE FOR
PISTON IRRIGATORS
The rewinding speed adjustment for piston irrigators is
obtained by means of a ball valve (¾”) with a female to fema-
le threading on which the motor reduction gear is applied.
The ball head valve is preferably installed in the delivery hose
taking water to the piston, but it can be installed in the water
drain as well.
For installation follow the instructions given for by-pass valve
installation.
Each valve is supplied with a ma-
nual adjustment dial that can be
very useful should the adjustment
system be out of order, in that it
permits to keep the valve approx.
in a working position anyway.

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Pag. 07
4. INSTALLATION OF THE END-OF-
WORK VALVE
4.1. SHUNT VALVE
The shunt valve is a 3-way motor-driven valve used to pilot a
hydraulic valve to discharge pressure from the duct and stop
the irrigation cycle. Choose the position for the shunt valve
and x it with its support vertical by two screws.
Fix the 3-way valve motor cable to the irrigator frame by
straps or cable holders as far as the electronic gearcase.
The 3-way valve motor cable bears a ring with number 5 and
should be connected to gearcase connector 5.
Connect the shunt valve to the hydraulic valve as shown in
the diagram below.
The hydraulic valve is usually tted on the hose to the drain.
To connect the shunt valve to the hydraulic valve, use a pla-
stic hose (6 or 8mmdiameter) and ttings.
The shunt valve is a threaded 1/8” female.
Upon request a 5-way valve can be supplied to control a dou-
ble-acting piston.
4.1.1. DIAGRAMOFTHE HYDRAULIC VALVETOTHE
DRAIN
MOTOR
DRAIN
SHUNT VALVE
DRAIN
HYDRAULIC VALVE
PIPE UNDER
PRESSION
4.2. SLOW- CLOSING VALVE
The slow-closing valve consists of a motor-driven buttery
valve. It can be mounted on the inlet (closing in approx. 4
minutes) to close the water delivery to the irrigator or on the
drain (opening in approx.1,5 minutes) to let pressure drop.
Two types of motor reduction gears are mounted:
- one for valves (diameter up to 3”)
- one for valves (diameter of 4” and over) (with an extra re-
duction gear).
4.2.1. HOW TO MOUNT THE BUTTERFLY VALVE
Fit the valve in the inlet or outlet duct to prevent the motor
reduction gear from capsizing and avoiding water seepage.
4.2.2. MOTOR REDUCTION GEAR INSTALLATION
Fit the motor reduction gear in the valve square shaft and x
it to the valve body by means of 4 screws (see gure).
N° 4 BOLTS TE M8X25
N° 4 bolts TE M8X25
GEAR MOTOR
N° 4 washers M8
• Fix the valve motor cable to the irrigator frame by straps
or cable holders as far as the electronic gearcase.
• The valve motor cable bears a ring with number 5
and should be connected to gearcase connector 5.

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Pag. 09
5. INSTALLATION OF THE END-OF-RE-
WINDING SENSOR
The end-of-rewinding sensor is used to give the gearcase
consent to start the procedures of end-ofwork once the who-
le hose has been rewound.
• Fix the magnet on the transmission rod at a maximum
distance of 5 mm in front of the sensor.
• The sensor should be xed on the frame by means of a
bracket to obtain the above described condition.
• Make sure the distances are complied with and the ma-
gnet passes close to the sensor tip without damaging it.
• Fix the end-of-rewinding sensor cable to the irrigator
frame by straps or cable holders as far as the electronic
gearcase.
• The end-of-rewinding sensor cable bears a ring with
number 3 and should be connected to gearcase con-
nector 3.
6. OPTIONS
6.1. PRESSURE SWITCH INSTALLATION
The Irrigamatic machines are preset for direct connection to
the electronic gearcase of a pressure switch used to inform
the system about any leak of pressure in the duct.
The supplied pressure switch has a male threaded 1/8”
connection.
The pressure switch should be installed at the top of the duct
to prevent impurity from depositing on the bulb.

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Pag. 10
6.1.1. HOW TO CALIBRATE THE PRESSURE SWITCH
Upon supply, pressure switch calibration is random.
To modify this value , remove the cover and act on the screw
tted on the pressure switch.
Tighten the screw to increase pressure, loosen the screw to
reduce it.
The contacts are normally closed and open when the opera-
ting pressure is higher than the preset pressure.
The pressure switch cable bears a ring with number 7 and
should be connected to gearcase connector 7.
6.2. OUTER ALARM
In EVO1 - EVO4 models (preset appliances) an outer alarm
(beeper, ashing light or other) the power supply of which is
obtained directly from the battery.
It is controlled by an outer gearcase relay that can stand a
maximum current of 5A. The relay contacts close after unwin-
ding (if the sensor is installed) and, for one minute, at the end
of the irrigation cycle, or in case of trouble.
The outer alarm system should be connected to connec-
tor 10.

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Pag. 11
7. SCHEME
7.1. IRRIGAMATIC EVO1 - EVO4 CONNECTION DIAGRAM
NC
MAGNETIC SPEED SENSOR
CONNECTOR WIRING
Ground
(BROWN*)
Signal
(BLUE*)
USED IN CASE OF SPEED SENSOR
ON ROLLER
*Color is indifferent (NOT polarized)
MAGNETIC SPEED SENSOR
CONNECTOR WIRING
USED IN CASE OF SPEED SENSOR
ON GEAR WHEEL
Power supply
(BROWN)
Signal
(BLACK)
Ground
(BLUE)
IN AUX
3° Motor
Wind/Rain Sensor
Flowmeter
Pressostato
End unwinding
Alim 12V cc
End rewinding
Motor
Motor
1 - POWER SUPPLY:12 Vcc
2 - INDUCTIVE PROXIMITY SPEED SENSOR (PINION)
3 - END-OF-REWINDING SENSOR
4 - SPEED ADJUSTMENT MOTOR: 12Vcc
5 - END-OF-WORK VALVE MOTOR: 12Vcc
6 - END-OF-UNWINDING SENSOR (OPTIONAL)
7 - PRESSURE SWITCH (OPTIONAL)
8 - PULSE FLOWMETER (5 - 180 pulses/ litre)
9 - WIND/RAIN SENSOR
10 - CONTACT FOR FLASHING LIGHT/RADIO SIGNAL,
etc. (maximum charge 5A)
11 - AUXILIARY IRRIGATOR MOTOR VALVE
12 - AUXILIARY MOVEMENT SENSOR

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Pag. 13
8. USER INTERFACE
The user interface is made up of a panel comprising:
1. A graphic LCDl with backlight.
2. Push button to switch ON/OFF the console
3. Incremental encoder with switch setting and command operation.
During an irrigation cycle the display shows actual speed, end job time, remaining unwounded hose, remaining pause time
In case of anomalies appropriate messages are shown,.
During device setup the backlight of the LCD display is always on. It turns o automatically if the encoder is idle for a preset period
of time.
The backlight switches on again automatically at rst action on the knob.
Ver.
1
23

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Pag. 14
9. INSTRUCTIONS FOR USE
9.1. START UP AND MAIN MENU
• Connect power supply cables of electronic console to a
12V d.c. voltage source.
• When switching electronic console on the LCD will di-
splay name and version of its rmware.
• A series of messages follow:
The rst message informs about the execution of the initia-
lization.
The message below shows the control unit model at the top,
either EVO 1 or EVO 4.
At the bottom it shows that initialisation is complete.
INIT
COMPLETO
The electronic console goes to main screen waiting for new
commands from the user who can access the menus listed
below:
OPERATION
9.2. HOW TO ACCESS MENU
(General Procedure)
To access menu and parameters to set-up the console
you ave to perform only three actions:
• Turn clockwise (cw): to
scroll-up a menu, to in-
crease a parametr’s va-
lue, to focus an editable
value o a software key
i.e “NEXT”,“BACK”, etc.
• Push the knob to con-
rm and access the de-
sired menu.
PASSWORD protected menu
• If the menu is pas-
sword-protected, the
label “PASSWORD“ ap-
pears, under which the
characters making up
the necessary password
must be entered.
• Push the knob: the rst
character will become
“0*“, meaning that the
character is now edita-
ble.
• Change the character
by turning the knob cw
or ccw.
• Conrm the selected
character by Pushing
the knob.
• Position the focus on
the next space by tur-
ning the knob cw or
ccw.
• Repeat steps b) to d)
until the last character
has been entered, then
position the focus on
NEXT and push the
knob.
• If the password is cor-
rect the console will
show the rst value of
the menu parameter;
otherwise, it will remain
at the password menu.
• To exit this menu, posi-
tion the focus on “ESC”
and push the knob or
focus “NEXT” and hold
down the knob for 5s

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Pag. 15
10. CONFIGURATION
The IRRIGAMATIC gearcase requires programming the para-
meters needed to congure the device in view of the irrigator
equipment and features.
Possible mistakes in programming these parameters twould
jeopardize the operation of the irrigator badly.
To prevent non-authorized people from changing these pa-
rameters by mistake the gearcase is password protected.
This access password is personalized for every manufac-
turer. It is entered by Matermacc and communicated only
to the interested parties.
10.1. LOADING PROCEDURE FOR CONFIGURA-
TION PARAMETERS
• Position the FOCUS on
the CONFIGURATION
menu.
• Push the knob to con-
rm.
CONFIGURATION
• The display indicates
whether the previous
cycle has been comple-
ted.
Back Next
PASSWORD
_ _ _ _
• Push the knob to con-
rm.
• The display indicates
whether the previous
cycle has been comple-
ted.
Back Next
PASSWORD
_ _ _ _
0 *
• Modify the rst code
number by turning the
knob and conrm by
pressing the knob. The
display will read for
example:
Back Next
PASSWORD
_ _ _ _
1
• Move the focus on to the
second position and re-
peat 2 to 3 until the code
has been completed. The
following will be display-
ed, for ex.:
Back Next
PASSWORD
_ _ _ _
1 2 3 4
• Highlight by turning the
knob on it and press the
knob NEXT.
Back Next
PASSWORD
_ _ _ _
1 2 3 4
• If the password is correct
the following will be di-
splayed:
Back Next
#1
INLET
• To change the parameter
value rotate the knob
until the value is hi-
ghlighted and press the
knob.
Back Next
INLET
#1
• Modify the value by tur-
ning the knob right or
left and conrm by pres-
sing the knob again the
following will be display-
ed for ex.: Back Next
#1
EXIT
• To scroll the parameters
place the focus on the
label NEXT - BACK.
• Push the knob to scroll
the parameters
• To exit from the con-
guartion menu goto di-
splay <ESC>.
• Move the focus on the
label and push the knob. Back Next
<-ESC->

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Pag. 16
10.2. PARAMETERS RESERVED TO THE MANUFACTURER
Conguration parameters are described by the table below.
# Description Range Default UM
1Position of ux valve
Visible also to the end user (password 1111).
- Inlet
- discharge
inlet Flag
2Timeout (opening phase) ux valve if inlet. [30...360] 300 s
3Timeout (closing phase) ux valve if inlet. [30...360] 300 s
4Timeout (opening phase) ux valve if discharge. [30...360] 300 s
5Timeout (closing phase) ux valve if discharge. [30...360] 300 s
6Pulsing opening phase duration of ux valve. [30...360] 30 s
7Pulsing closing phase duration of ux valve. [30...360] 20 s
8Multiplier of expected interval time between two pulses to start regulation by long
pulses.
[0...360] 10
9Multiplier of expected interval times between two pulses to trigger a “lost gun cart”
alarm.
[0...360] 25
10 Timeout (opening phase) bypass valve. [1...10] 60 s
11 Timeout (closing phase) bypass valve. [10...200] 60 s
12 Time interval to perform the pressure check (in case of FLUX valve position (#1) set
“inlet” and pressure-switch position (#13) set “downstream...”
[30...360] 10 min
13 Pressure-switch position - none
- downstream of ux
valve – NO type
- downstream of ux
valve – NC type
- upstream of ux valve
– NO type
- upstream of ux valve
– NC type
none
14 Speed sensor position - on roller
- on pinion
on pinion
15 Pulse's decimator lter [0...10] 0 if#14 = 0
2 if #14 = 1
16 End unwinding sensor. - absent
- present
present
17 End rewinding sensor. - none
- present
present
18 Rain/wind sensor. - none
- present
none
19 Regulation units - m/h
- mm H2O
- free (user
selectable)
m/h
20 Measured average ux (need ow-meter).
Visible only if #59=0 and #19=1.
[500...3000] 1000 l/min
21 Minimum value of ux (corresponding to 4mA if analog ow-meter).
Visible only if #59=0 and #19=1.
[500...3000] 600 l/min
22 Maximum value of ux (corresponding to 20mA if analog ow-meter).
Visible only if #59=0 and #19=1.
[500...3000] 2700 l/min
23 Symmetric dead band of measured ux for regulation (mmH2O units)
Visible only if #59=0 and #19=1.
[0...100] 5 %