Burkert SE35 User manual

BATCH CONTROLLER SE35
8035
E-1- Ref. 419744
TABLE OF CONTENTS
1INTRODUCTION ......................................................................................................................... E-2
1.1 Unpacking and Control ................................................................................................................ E-2
1.2 About this Manual ........................................................................................................................ E-2
1.3 User's Responsibility for Safety .................................................................................................. E-2
1.4 Electromagnetic Compatibility ..................................................................................................... E-2
2SPECIFICATION ......................................................................................................................... E-3
2.1 Type Specification ....................................................................................................................... E-3
2.2 Design and Measuring Principle ................................................................................................. E-4
2.3 Dimensions Electronic housing SE35 Batch controller .............................................................. E-5
2.4 Technical Data ............................................................................................................................. E-6
3INSTALLATION .......................................................................................................................... E-7
3.1 Installation Guidelines ................................................................................................................. E-7
3.2 Process Mounting ........................................................................................................................ E-8
3.3 General electrical connection ...................................................................................................... E-9
3.4 Electrical Wiring ........................................................................................................................... E-9
3.5 Electrical Wiring with Power Supply 230/115 VAC................................................................... E-10
4. OPERATION AND CONFIGURATION.....................................................................................E-11
4.1 Controller operating and Control elements ............................................................................... E-11
4.2 Description of the Dosing Options ............................................................................................ E-12
4.2.1. «LOC.MANU» Option...................................................................................................... E-12
4.2.2. «LOC.MEM» Option ....................................................................................................... E-12
4.2.3. «MEM+MANU» Option.................................................................................................... E-12
4.2.4. «EXT.MEM» Option ........................................................................................................E-13
4.2.5. «EXT.[T]» Option ............................................................................................................ E-14
4.3 Main menu .................................................................................................................................E-15
4.3.1. Dosage in manual mode .................................................................................................E-15
4.3.2. Dosage in automatic mode ............................................................................................. E-16
4.3.3. Dosage proportional to a pulse duration ........................................................................ E-17
4.3.4. Display of flow rate and the initial preset volume during the dosage ............................ E-17
4.3.5. Pause / reset function ..................................................................................................... E-18
4.4. Calibration Menu ....................................................................................................................... E-19
4.4.1. Language.........................................................................................................................E-19
4.4.2. Measurement units .......................................................................................................... E-20
4.4.3. K-Factor ...........................................................................................................................E-20
4.4.4. Dosing options.................................................................................................................E-21
4.4.5. Overfill correction ............................................................................................................ E-23
4.4.6. Alarm ............................................................................................................................... E-23
4.4.7. Relays ..............................................................................................................................E-24
4.4.8. Totalizer ........................................................................................................................... E-26
4.5. Test Menu ..................................................................................................................................E-26
4.5.1. EXT.ACT. ........................................................................................................................ E-26
4.5.2. Check on operation of relays .......................................................................................... E-27
4.5.3. Transducer frequency readout........................................................................................E-27
5. MAINTENANCE ........................................................................................................................E-28
5.1 Fault prompts ............................................................................................................................. E-28
5.2. Transducer maintenance........................................................................................................... E-30
5.3. Default configuration of 8035 INLINE Batch controller on delivery .......................................... E-31
5.4 Spare Parts List .........................................................................................................................E-31
APPENDIX ................................................................................................................................. A-1
Flow Chart (l/min, DN in mm and m/s)........................................................................................ A-1
Flow Chart (US-gallon/min, DN in inch and Ft/s) ....................................................................... A-2

E-2-
BATCH CONTROLLER SE35
8035
Dear Customer,
Congratulations on your purchase of our
batch controller SE35 INLINE.
Beforeinstalling ormountingthis device,
pleasetake ouradviceand readthe entire
manual thoroughly.
This will enable you to fully profit from all of
the advantages offered by this product.
1.1 Unpacking and Control
Please verify that the product is complete
and free from any damage. The standard
delivery must include:
-1 Batch Controller electronic SE35
-1 Instruction manual SE35
-1 Instruction manual S030 Inline
Compare the type specification on the
label to the following list to ensure that
you have received the proper unit.
Ifthere is anyloss ordamage,please contact
your local Bürkert subsidiary.
1.2 About this Manual
This manual does not contain any warranty
statement.Please referto ourgeneral terms
of sale and delivery.
Onlyproperly-trained staff shouldinstalland/
or repair this product. If difficulties
should occur at the time of installation,
please contact your nearest Bürkert sales
office for assistance.
1.3 User's Responsibility for Safety
Bürkert manufactures a broad range of flow
sensors. While each of these products is
designed to operate in a wide variety of
applications, it is the user's responsibility to
select a controller model that is appropriate
for the application, install it properly, and
maintain all components. Special attention
must be paid to the chemical resistance of
the sensor against the fluids which are
directly contacting the product.
This symbol appears in the
manual to call special attention
to instructions that affect the safe
installation, function and use of
the product.
1.4 Electromagnetic compatibility
This device conforms to the EMC-Directive
of the European Community 89/336/EEC.
In order to comply with this directive, the
wiring instructions must be followed.
1 INTRODUCTION
!

BATCH CONTROLLER SE35
8035 E-3-
International Standard Version Cable Input Order Nr
Batch Controller SE35, Power Supply 12-30 VCC
2 totalizers, 2 relays 2 x PG 13,5 423920
Batch Controller SE35, Power Supply 115-230 VAC
2 totalizers, 2 relays 2 x PG 13,5 423926
2 SPECIFICATION
North-America Standard Version Cable Input Order Nr
Batch Controller SE35, Power Supply 12-30 VCC
2 totalizers, 2 relays 2 x PG 13,5 423932
Batch Controller SE35, Power Supply 115-230 VAC
2 totalizers, 2 relays 2 x PG 13,5 423937
2.1 Batch controller electronic SE35 Batch INLINE,
The batch controller 8035 is consisting of a S030 fitting which houses the paddle-wheel
and an electronic controller SE35, specially designed to be installed on the fitting.
Use a separate order N°for the S030 Fitting. For more informations about the fittings see
the corresponding instruction manual.

E-4-
BATCH CONTROLLER SE35
8035
2 SPECIFICATION
2.2 Design and Measuring Principle
The controller electronic module SE35
Batch requires a power supply of 12...30
VDC (230/115 VAC as option).
Dosing options
Following dosing modes are available
I) Local dosing command:
a) The user enters the volume to be
measured and initiates the dosing from the
keypad. ("LOC.MANU") (§4.3.1)
b) Local dosing with preset volumes.
Selection of a pre-set volume and activation
of the process from the keypad.("LOC.MEM").
(§4.3.2)
c) Combination from "LOC.MANU" and
"LOC.MEM" options. activated from the
keyboard ("MEM+MANU") (§4.3.1 + §4.3.1).
II) Remote dosing command:
a) Dosing controlled by binary inputs issued
from a PLC. Each pulse controls the dosing
ofa preselectedvolume.("EXT.MEM") (§4.3.4)
b) Automatic dosing controlled by the pulse
duration. The ditributed volume is directly
proportionnal to the pulse duration ("EXT .
[T]") (§4.3.3)
Design
The Batch Controller SE35 Inline consists
of an electronic IP65 housing SE35 set by
quarter turn on the fitting S030. The
electronic housing integrates the electronic
boardwith display,programmation keysand
also a the transducer. The paddle-wheel is
mounted in the fitting.
The transducer component converts the
measured signal and displays the actual
value.The output signals are provided via
two PG 13.5.
Measuring and Dosing Principle
When liquid flows through the pipe, 4
magnets inserted in the paddle-wheel set in
rotation produce a measuring signal in the
transducer.
The frequency modulated induced voltage
isproportional tothe flowvelocity ofthe fluid.
A conversion coefficient, specific to each
pipe (size and material) enables the
conversion of this frequency into flowrate.
This coefficient (Factor-K in pulse/liter) is
available in the instruction manual of the
inline fitting (S030).
The controller SE35 Batch is mounted on a
pipe in series with the valve. The SE35 unit
measures the flow, calculates the volumes,
and operates the valve(s) according to the
selected program (see §4).

BATCH CONTROLLER SE35
8035 E-5-
2 DESCRIPTION
2.4 Batch Controler 8035 INLINE external dimensions (mm)
Fig. 1 Batch Controler 8035 INLINE external dimensions
DN H
mm "
15 122 4.81
20 119 4.69
25 120 4.73
32 123 4.85
40 127 5.00
50 134 5.28
The height H is
independant from the
connection type and
material of the fitting.

E-6-
BATCH CONTROLLER SE35
8035
2 SPECIFICATION
2.4 Technical Data
Pipe diameter from DN 15 to DN 50 (1/2" to 2")
Measuring range 0,3 to 10 m/s (1.0 to 32.8 ft/s)
flow range as from 3 l/min (DN15 pipe, 0.3 m/s flow velocity)
flow range as from 0.8 gpm (1/2" pipe, 1.0 ft/s flow velocity)
Plastic fitting PN10
Fluid temperature max PVC: 50 °C (132°F); PP: 80 °C (176°F); PVDF: 100 °C (212°F)
Metal fitting PN16
Fluid temperature max: 100 °C (212°F)
Ambiant temperature 0 to 60 °C (32 to 140 °F)
Storage temperature 0 to 60 °C (32 to 140 °F)
Relative humidity 80 %
Enclosure IP65
Measuring error 1.With In-line calibration (Teach-In):
≤± 0.5% o.F.S. (at 10 m/s) *
2.With standard mean K-Factor:
≤±(0.5% o.F.S. +2.5% o.R.) *
Linearity ≤±0.5% o.F.S. (at 10 m/s) *
Repeatability 0.4% o.R. *
Display 15 x 60 mm LCD 8 digits, alphanumeric,
15 segments, 9 mm high
Sensor holder PVDF, PP, PVC, SS 316L (1.4404), Brass
Paddle-wheel PVDF
Axis and bearing ceramic
O-rings FPM
Electronics housing PC; Front plate foil polyester
Voltage supply 12...30 VDC (230 VAC power supply as option )
Binary inputs 4 inputs, 5...30 VDC
Relay output 2 relays, 3 A, 220 V, freely adjustable
(*) Under reference conditions i.e. measuring fluid water, ambient and water temperature 20°C,
applying the minimum inlet and outlet pipe straights, matched pipe dimensions.
o.F.S. = of standard Full Scale (10 m/s) - o.R. = of Reading
Flow velocity m/s
Measuring error % of measured value (*)
with standard K-factor
with Teach-In
Measuring error with/without Teach-In
19
234 56 78 10
m/s
2
4
6
8
10
-2
-4
-6
-8
-10
% max.
error
0
.
5
%
o
.
F
.
S
.
+
2
.
5
%
o
.
R
.
0
.
5
%
o
.
F
.
S
.

BATCH CONTROLLER SE35
8035 E-7-
3 INSTALLATION
Fitting S030 installation guidelines
The pipe must be completely filled with the
liquid, i.e. air bubbles must not be present.
The flow sensor is not designed for gas flow
measurement.
Thedevice must be protected fromconstant
heat radiation and other environmental
influences, such as direct exposure to
sunlight.
The recommended upstream and
downstream straight pipe length should
respect 10xD in and 3xD out.
According to pipe's design, necessary
distances can be bigger or use a flow
straightener to obtain the best accuracy.
Formore information please refer toEN ISO
5167-1.
The flow sensor can be installed in either
horizontal or vertical pipe.
The suitable pipe size is selected using the
diagram on the end pages. Pressure and
temperature ratings must be respected
according to to the selected fitting material.
(see fig. 2)
Fig. 2 Pressure-Temperature-Diagram
-50 -30 -10 +10 +30 +50 +70 +90 +110 +130
0
2
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
PVC + PP
PVDF
PVDF (PN 10)
PVC (PN 10)
PP (PN 10)
P
bar
T°C
Application range for SE35 INLINE
Observe pressure-temperature dependence according to the respective fitting materials.
!
3.1 Installation Guidelines
The controller SE35 Batch INLINE can only be used to measure pure, liquid and
water-likefluids (solids content ≤1%, viscositymax. 300cSt with on-line calibration).

E-8-
BATCH CONTROLLER SE35
8035
3 INSTALLATION
3.2 Process mounting
The flow controller electronic module SE35 Batch INLINE can be easily installed in pipes
using the specially designed fitting system S030 INLINE.
1.The fitting must be installed into the
pipe according to the installation
specifications (see §3.1).
3.Tighten the electronic
housing with the screw
.
2.Fasten the electronic
housing to the
fitting using the
bayonet connection,
and turn by 30°.
Wiring instructions §3.4
Fig. 3 Batch controller 8035 INLINE Batch mounting diagram

BATCH CONTROLLER SE35
8035 E-9-
3 INSTALLATION
Remove cover, pull the cable through a PG
13.5 and wire according to following pin
assignment and fig. 4:
1: Binary input 1
2: Binary input 2
3: Binary input 3
4: Binary input 4
5: Indicator lamp output (Transistor Open
Collector)
6: Common (binary inputs and outputs)
7: L+ (12...30 VDC)
8: L-
9: Earth
10: Relay 2
11: Relay 2
12: Relay 1 Main valve
13: Relay 1 see §4.4.7
3.4 Electrical connection SE35 Batch
The connections are made via the two 13,5 cable glands.
Sensor connection
Note: The driver unit supply voltage can be used for the binary inputs and the indicator
lamp output (open collector). In this case the common terminal (6) and the L- terminal (8)
should be connected together.
3.3 General Electrical Connection
The connecting cable conducts the input/output signals and must not be installed in
combination with high voltage or high frequency carrying lines. If a combined installation
cannot be avoided, either keep a min. space of 30 cm (approx. 1 ft) or use coax cables.
When using coax cables observe faultless grounding of the shield. For normal operating
conditions, the input/output signal can be transmitted by a simple cable of 0.75 mm2 cross
section.
The power supply must be of good quality (filtered and regulated).
Note: For EMC purposes,the earth must be connected via the earth lug on the side
of the enclosure. This point must be connected locally to a good earth.
Fig. 4 Pin assignment SE35 Batch

E-10-
BATCH CONTROLLER SE35
8035
3 INSTALLATION
Important: The 230/115 VAC version doesn't allow the driver unit power supply to
be used for the binary data inputs and the indicator lamp output (open collector).
!
3.5. Electrical Connections for a Supply Voltage of 230/115 VAC (option)
Remove the cover from the unit, the power supply board is on the bottom of the housing.
Pull the cable through a PG 13.5 cable gland and wire according to fig. 5. The other
connections will be the same as on the standard version §3.4.
Sensor connection
Fig. 5 Connection diagram for controller 8035Batch 230V /115 V AC option

BATCH CONTROLLER SE35
8035 E-11-
4 OPERATION
Direction
downwards in
menu or
sideways for digit
selection
Accept of
choosen
parameter or
adjusted value
Choice of digit value
Steps from 0 to 9
Menu selection
4.1 Controller Operating and Control Elements
Relay 2 (contact closed)
Relay 1(contact closed)
The operation is classified according to three levels.
A) Display
This menu allows the user to control the dosing by the keypad (start, pause, reset, stop);
using the LCD display, he can monitor the flow rate and the initial preset volume throughout
the dosing operation. The readings of the main counter and the daily counter are displayed
within this menu. The daily counter can be set to zero.
B) Parameter Definition
This menu enables the setting of dosing parameters (languages, measurement units,
equipment, K factor, dosing option, overfill correction, alarm and relay thresholds).
Simultaneous resetting of the two counters is carried out within this menu.
C) Testing
This menu enables the user to check the binary inputs (remote control) and to simulate the
operation of the relays.
It also caters for measuring the rotation frequency of the paddle wheel.

E-12-
BATCH CONTROLLER SE35
8035
4.2 Description of Dosing Options
Dosing options are selected within the «OPTION» sub-menu of the Calibration Menu. ( §
4.4.4.)
4.2.1. «LOC.MANU» Option»
When this option is selected, the prompt «BATCH M»is displayed within the main menu. It
enables the generation of a volume which can be defined using the keypad. (see §4.3.1.)
4.2.2. «LOC.MEM» Option
When this option is selected, the prompt «BATCH A»is displayed within the main menu.
Generation of a volume previously entered into the memory (7 in total) from the keypad
(see §4.3.2.).
4.2.3.»MEM+MANU» Option
When this option is selected, the prompts «BATCH M»and «BATCH A»are displayed within
the main menu.
Generation of a volume either manually or automatically. (see §4.3.1 and §4.3.2).
4 CONFIGURATION

BATCH CONTROLLER SE35
8035 E-13-
4.2.4 »EXT.MEM» Option
Generation of a volume previously entered into the memory (7 in total) from a remote
position by using the binary data inputs (See §4.2.2.). The following example describes
the various methods of connection.
123456789
+ - 쵰
COM
LED
S/S
PE
GND
L+(12...30VDC)
쿘
쏏
쏏
GND
L+(12...30VDC)
Batch controller
8035 INLINE
PLC, switch, push button,
etc.
Fig. 6 Connection to a PLC
The selection of a volume from the memory (1 to 7) is carried out by encoding the binary
data at inputs 1,2 and 3. The following table shows the logic value at each input to provide
each of the desired seven quantities:
Input 4: Start / Pause function (from a push button, for example).
Output 5: Transistor output (open collector)
Provides Batch controller status information. For example, it can be used to feed an
indicator lamp.
The following status can be indicated:
Lamp off No dosing in progress
Lamp on Dosing in progress
Slow flashing (1 Hz) Pause in dosing operation
Rapid flashing (3.5 Hz) Alarm (problem during dosing operation)
1: Input enabled (switch closed)
0: Input disabled (switch open)
Volume V1 V2 V3 V4 V5 V6 V7
Input 1 1 010101
Input 2 0 110011
Input 3 0 001111
4 CONFIGURATION

E-14-
BATCH CONTROLLER SE35
8035
4.2.5. «EXT. [T]» Option
Delvery of a volume proportional to the duration of the high level on the input 1
(see §4.3.3.). The proportional relationship is as follows:
X = Volume = (A x t) +B A Coefficient of proportionality (/s;...)
B Offset (l;...)
t Duration of input 1 activation (ms, s;...)
X Dosing volume (l;...)
Coefficients A and B entered by the user.
Pulse specification
Tmin: 100 ms
Tmax: 300 s
Definition: 5 ms
Delay between 2 pulses: min 100 ms
Practical examples:
- Filling cans of 5, 10 and 50 litres respectively. The following values can be entered:
A = 5 l/s
B = 0 l
The activation times for binary data input 1 for the three volumes are as follows:
Volume (l) 5 10 50
Duration (s) 1 2 10
- Doses of chemical products as a function of required concentration. Volumes of 110,
120, 130, and 150 litres. The following values can be entered:
A = 5 l/s
B = 100 l
The activation times for binary data input 1 for the three volumes are as follows:
Volume (l) 110 120 130 150
Duration (s) 2 4 6 10
Notes:
- The activation time for the binary data input must always be lower than the actual filling
time. A margin of safety should be allowed when choosing the coefficients A and B.
- The coefficients A and B should be chosen such that the activation times for the binary
data input should be efficient. In the example , one could have choosen A = 100 l/s and
B = 0 l. The resulting activation times would be 1.1, 1.2, 1.3 and 1.5 seconds. In this case
the distributed doses would be less accurate.
4 CONFIGURATION

BATCH CONTROLLER SE35
8035 E-15-
0......9
4 CONFIGURATION
4.3 Main menu
Within the main menu, following readouts are available:
BATCH M
BATCH A
456 L.
24563 L
Daily counter using the same measurement unit as the main
counter. A decimal point after the unit differentiates it from the
main counter. Zero setting by simultaneously pressing the two
keys for 3 seconds.
Main counter using the selected measurement unit (see
Calibration menu). Zero setting within the Calibration menu.
Dosing in automatic mode (see §4.3.2.).
Only available if the «LOC.MEM»or the «MEM+MANU»have been
selected within the Calibration menu (see §4.4)
Dosing in manual mode (see §4.3.1.).
Only available if the «LOC.MEM»or the «MEM+MANU»Options
have been selected within the Calibration menu (see §4.4)
The following sub-routines describe the various dosing options together with the prompts
displayed within the main menu. The GREY CHARACTERS are flashing when displayed.
4.3.1.Dosing in manual mode»LOC.MEM» or «MEM+MANU» Options
Generation of a volume previously entered from the keypad.
0......9
ENTER
ENTER
ENTER ENTER
BATCH M 00000L
00100 L OK Y/N
OK Y/N
00100 L
Countdown of
volume to 0
Entering of
volume
The volume must be greater than 6 pulses generated by the paddle-wheel. The entry of
a zero volume forces a return to the «BATCH M»option.
The «ALARM»prompt during a dosing operation signifies a dosing problem (see §5.1).
During the measure of the selected volume, displaying the flow rate, pause, reset or stop
the dosing operation. (see §4.3.4.; §4.3.5.) are still possible.
0......9
* You can also start the dosage using
the “Start/Pause”binary data input
(see 4.2.4).
*

E-16-
BATCH CONTROLLER SE35
8035
4 CONFIGURATION
4.3.2. Dosing in automatic mode («LOC.MEM», «MEM+MANU», or «EXT.MEM» Options)
Generation of the volume from one of the 7 values previously entered into the memory.
The selected volume can be initiated either from the keypad or by the binary inputs.
Initiating the dosing from the keypad («LOC.MEM», «MEM+MANU» Options)
ENTER
ENTER
ENTER ENTER
ENTER
BATCH A V1 250 L
V2 50 L
V7 1250 L
END
OK Y/N
OK Y/N
250 L
Countdown of the
volume to 0
1 sec.
Zero quantities (from V1 to V7) will not be displayed.
Initiating the dosing from the binary data inputs («EXT.MEM» Option)
1
2
34
V2 50 L
1 sec.
2885 L 38 L
Countdown of the
volume to 0
Choice of volume from
memory by encoding the
binary data inputs 1, 2 and 3.
Enabling of input 4
(push button for example)
to initiate dosing
«ALARM»prompt during dosing operation: dosing problem (see §5.1.)
During the dosing of the selected volume, it is possible to display the flow rate, to pause,
to reset or to stop the operation (see §4.3.4. and §4.3.5)
*
* You can also start the
dosage using the “Start/
Pause”binary data input
(see 4.2.4).

BATCH CONTROLLER SE35
8035 E-17-
4 CONFIGURATION
4.3.3. Dosing proportional to a pulse duration («EXT.[T]» Option)
This option enables the initiation of a dosing volume proportional to the time during which
binary data input 1 is enabled. The following prompts are displayed within the principal
menu during the dosing operation.
4.3.4. Display of flow rate and the initial preset volume during the dosing.
To display the flow rate and of the initial preset volume values during the dosing operation,
press the key briefly. This is a useful facility irrespective of the dosing option chosen.
1
38 L
2885 L
Countup of the
volume to dose
Activation time
proportional to
dosing volume
«ALARM»prompt during the dosing operation: dosing problem (see §5.1.).
During the dosing of the selected volume, it is possible to display the flow rate, to pause,
to reset or to stop the operation. These facilities are only selected on the keypad. (see §
4.3.4. and §4.3.5)
123456789
+ - 쵰
COM
LED
S/S
PE
GND
L+(12...30VDC)
쿘
쏏
쏏
GND
L+(12...30VDC)
Batch controller
8035 INLINE
PLC, switch, push
button, etc.
Fig. 9 Exemple of electrical connection
Totalizer
display
2 s. 2 s.
221 L 2.34 L/S
Automatic refresh after 2 s
250 L
Countdown of the
dosing operation
in progress Initial preset volume Flow rate

E-18-
BATCH CONTROLLER SE35
8035
4 CONFIGURATION
4.3.5. Pause / reset function
A current dosage can be momentarily or definitively stopped (except mode EXT [T]).
a) Modes MEM+MANU, LOC.MEM, LOC.MANU :
b) Mode EXT.MEM :
c) Mode EXT [T] :
Countdown of the
dosage operation in
progress 221 L CONTINUE
RESET
221 L
Countdown of the dosage
operation in progress
CONTINUE221 L
RESET
"zero" position: no
input is enabled
221 L
Pause
ENTER
ENTER
ENTER
Current batch
continues
Device ready for a
new batch (see 4.3.1)
* When in mode MEM+MANU, LOC.MEM or LOC.MANU, you can also start the
dosage using the 'Start/Pause' Binary Data Input.
*
*
Current batch
continues
Device ready
for a new
batch
(see 4.3.2)
4
1
2
3
4
4
**
**
**
44
4
CONTINUE 221 L
Pause
** **
221 L
**
RESET
Choice "Reset" can only be
made on keypad.
Current batch
continues
Device ready
for a new batch
(see 4.3.3)
(**) When in mode EXT.MEM or EXT [T], you can also press the Enter key on the keypad.
*

BATCH CONTROLLER SE35
8035 E-19-
4 CONFIGURATION
Choice of language used for prompts (German, English, French,
Italian, etc.)
Choice of measurement unit used for volume, flow rate and
counters.
Entry of K factor or automatic evaluation using the «Teach in»
function.
Choice of the dosing mode
Overfill correction taken into account or not
Choice of options and programming of the time delay before the
alarm is triggered off.
Allocation of relay parameters: function, delay, inversion, etc.
Simultaneous resetting of both totalizers.
Returnto main menuandentering thenewCalibration parameters.
4.4. Calibration Menu: pressing simultaneously for 5 seconds
Within this menu, the following parameters may be set:
UNIT
K-FACTOR
OPTION
ALARM
RELAY
END
TOTAL
OVERFILL
4.4.1 Language
ENTER
ENTER
The required language becomes
operational when the ENTER key is
pressed.
UNIT
ENGLISH
DEUTSCH
FRANCAIS
ITALIANO
ENTER
LANGUAGE
LANGUAGE

E-20-
BATCH CONTROLLER SE35
8035
4 CONFIGURATION
4.4.2 Unit
ENTER
ENTER
ENTER
ENTER
ENTER
0......9
ENTER
UNIT BATCH
TOTAL
K-FACTOR
m LITER
LITER
M3
US GAL
LITER
LIT/SEC
LIT/MIN
M3
US GAL
IMP GAL
IMP GAL
UGAL/H
IGAL/SEC
IGAL/MIN
IGAL/H
M3/H
M3/MIN
UGAL/SEC
UGAL/MIN
LIT/H
Note: Return to the main menu is only available from the «TOTAL»Sub-Menu.
4.4.3 K-factor
The K-factor of the fitting is entered within this menu (see instruction manual fitting S030).
The "TEACH IN" function allows the practical determination of the specific K-factor. The
user only needs to run a known volume through his system.
Example:In order to determine a volume as accurately as possible, the user shall fill a tank
of 100 l. When the message "TEACH YES" appears, he presses the ENTER key to start the
measuring procedure. The message "FILLEND" (end of filling) will appear. He then switches
on a pump or opens a valve. As soon as the tank is empty, he switches off the pump or
closes the valve. Pressing Enter stops the measurement. The user will then be asked to
enter the volume (100 l). The calculated K-factor is displayed after confimation.