GHM HONSBERG OMNIPLUS-F Series User manual

Operating manual
OMNIPLUS-F
Thermal flow sensor
EN

Table of contents
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Table of contents
1About this documentation................................................................................................................4
1.1 Foreword............................................................................................................................................4
1.2 Purpose of the document.................................................................................................................4
1.3 Legal notice .......................................................................................................................................4
1.4 Correctness of content.....................................................................................................................4
1.5 Additional information......................................................................................................................5
2Security ..............................................................................................................................................6
2.1 Explanation of the safety symbols..................................................................................................6
2.2 Predictable misapplications.............................................................................................................6
2.3 Safety instructions............................................................................................................................7
2.4 Intended use ......................................................................................................................................8
2.5 Qualified personnel...........................................................................................................................8
2.6 Standards...........................................................................................................................................8
3Description.........................................................................................................................................9
3.1 Scope of delivery...............................................................................................................................9
3.2 Product description ..........................................................................................................................9
3.3 Functional description......................................................................................................................9
4Product at a glance .........................................................................................................................10
4.1 The OMNIPLUS-F.............................................................................................................................10
5Mounting ..........................................................................................................................................11
5.1 General notes ..................................................................................................................................11
5.2 Threaded probe ...............................................................................................................................12
5.3 Push-in probe with system mounting...........................................................................................13
5.4 Push-in probe with 12 mm outer diameter and variable immersion depth...............................13
5.5 Push-in probe with union nut and sealing cone.........................................................................14
5.6 Mounting position...........................................................................................................................14
5.7 Electrical installation ......................................................................................................................15
5.8 Electrical connection......................................................................................................................15
6Operation .........................................................................................................................................16
6.1 Commissioning ...............................................................................................................................16
6.1.1 Control element.....................................................................................................................16
6.1.2 Explanation of commissioning............................................................................................17
6.1.3 Menu structure......................................................................................................................18
6.1.4 Locking of product parameters...........................................................................................19
6.2 Configuration...................................................................................................................................20
6.3 Description.......................................................................................................................................20
6.4 The submenus.................................................................................................................................20
6.5 Submenu "Flow measuring"..........................................................................................................24
6.5.1 "Medium" parameter.............................................................................................................24
6.5.2 "Max velocity" parameter.....................................................................................................24
6.5.3 "Pipe diameter" parameter...................................................................................................24
6.5.4 Parameter "K-Factor" ...........................................................................................................25
6.5.5 "Unit" parameter ...................................................................................................................25
6.5.6 Bargraph Display ..................................................................................................................26
6.5.7 "Decimals" parameter ..........................................................................................................26
6.5.8 "Max flow rate" parameter ...................................................................................................26
6.5.9 Parameter "Start of range | End of range | Display value" ...............................................27
6.5.10 "Response time" parameter.................................................................................................27
6.6 "Volume totalizer" submenu..........................................................................................................27
6.6.1 "Totalizer" parameter ...........................................................................................................27

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6.6.2 "Reset Mode" parameter......................................................................................................28
6.6.3 "Preset counter" parameter.................................................................................................28
6.6.4 "Preset unit" parameter .......................................................................................................28
6.6.5 "Preset value" parameter.....................................................................................................28
6.7 "Temp measuring" submenu.........................................................................................................28
6.7.1 "Unit" parameter ...................................................................................................................28
6.8 "Pin settings" submenu .................................................................................................................29
6.8.1 Submenu "Pin 2 settings"....................................................................................................29
6.8.1.1 "Function" parameter..................................................................................................................29
6.8.1.2 Parameter "Analog out mode“ ...................................................................................................29
6.8.1.3 “Analog out min / Analog out max" parameter ........................................................................30
6.8.2 "Pin 4 settings" and "Pin 5 settings" submenus...............................................................30
6.8.2.1 "Function" parameter..................................................................................................................30
6.8.2.2 "Output Driver" parameter..........................................................................................................31
6.8.2.3 "Switch mode" parameter...........................................................................................................31
6.8.2.4 "Switch logic" parameter............................................................................................................32
6.8.2.5 "Setpoint 1" / "Setpoint 2" parameter........................................................................................32
6.8.2.6 "Hysteresis" parameter...............................................................................................................32
6.8.2.7 "Set time delay" parameter.........................................................................................................33
6.8.2.8 "Reset time delay" parameter.....................................................................................................33
6.8.2.9 Parameter "Frequency min“ .......................................................................................................33
6.8.2.10 "Frequency max" parameter.......................................................................................................33
6.8.2.11 Parameter "Freq scale min“ .......................................................................................................33
6.8.2.12 Parameter "Freq scale max".......................................................................................................33
6.8.2.13 “Pulse unit" parameter................................................................................................................34
6.8.2.14 „Pulse value" parameter .............................................................................................................34
6.8.2.15 "Pulse duration" parameter........................................................................................................34
6.8.2.16 Parameter "Pulse polarity“ .........................................................................................................35
6.8.2.17 Parameter "Sync to totalizer“.....................................................................................................35
6.8.2.18 Parameter "Flow preset counter“ ..............................................................................................36
6.8.2.19 "Counter duration" parameter....................................................................................................36
6.8.2.20 Parameter "Pulse polarity“ .........................................................................................................36
6.8.2.21 "Reset input mode" parameter...................................................................................................37
6.9 Representation Pin States..............................................................................................................37
6.10 Medium setting................................................................................................................................39
6.11 Display..............................................................................................................................................39
6.12 IO-Link operation ............................................................................................................................40
7Maintenance.....................................................................................................................................41
7.1 Operating and maintenance instructions.....................................................................................41
7.2 Repair ...............................................................................................................................................41
7.3 Fault repair.......................................................................................................................................41
8Disposal ...........................................................................................................................................42
9Technical data .................................................................................................................................43
10 Accessories.....................................................................................................................................44
11 Service..............................................................................................................................................45
11.1 Manufacturer....................................................................................................................................45
11.2 Repair processing...........................................................................................................................45

1 | About this documentation
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1 About this documentation
1.1 Foreword
Read this document carefully and familiarize yourself with the operation of the product
before using it. Keep this document within easy reach and preferably in the immediate
vicinity of the product so that you or the /users can refer to it or read it up at any time
in case of doubt.
The product has been developed according to the current state of the art and meets
the requirements of the applicable European and national directives. All corresponding
documents are deposited with the manufacturer.
Installation, commissioning, operation, maintenance, and decommissioning may only
be carried out by technically qualified personnel. The qualified personnel must have
carefully read and understood the operating instructions before starting any work.
1.2 Purpose of the document
- This document describes the assembly as well as the installation, operation and
maintenance of the product.
- This document provides important information for safe and efficient handling of the
product.
- In addition to the Quick Start Guide, this document serves as a detailed reference
guide to the product.
1.3 Legal notice
The manufacturer's liability and warranty for damage and consequential damage ex-
pire in the event of improper use, non-observance of this document, non-observance
of safety instructions, general safety regulations, use of insufficiently qualified person-
nel as well as unauthorized modifications to the product.
Only perform maintenance and servicing work on this product that is described in this
documentation. Adhere to the specified action steps. For your own safety, only use
original spare parts and accessories from the manufacturer. We accept no liability for
the use of other products and any resulting damage.
This document is entrusted to the recipient for personal use only. Any unauthorized
transmission, reproduction, translation into other languages or excerpts from this oper-
ating manual are prohibited.
The manufacturer assumes no liability for printing errors.
1.4 Correctness of content
The contents of this document have been checked for accuracy and are subject to a
continuous correction and maintenance process. This does not exclude possible er-
rors. Should you nevertheless find errors or have suggestions for improvement, please
inform us immediately using the contact information provided in order to make this
document increasingly user-friendly.

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1.5 Additional information
HINWEIS
All documentation for the sensor can be found on the product page online at:
www.ghm-group.de/en/info-desk/
The following information can be downloaded from this page:
these operating instructions in English and German
online data sheet
dimensional drawings, 3D PDF and 3D CAD models
further publications related to the sensors described here (e.g. IO-Link, IODD)

2 | Safety
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2Security
2.1 Explanation of the safety symbols
DANGER
Symbol warns of imminent danger, death, serious bodily injury or serious damage to
property in case of non-observance.
CAUTION
Symbol warns of possible dangers or harmful situations which, if not avoided, will
cause damage to the device or the environment.
CAUTION
Symbol warns of electrical voltage.
NOTE
Symbol indicates procedures which, if not followed, may have an indirect effect on op-
eration or cause an unforeseen reaction.
2.2 Predictable misapplications
The proper functioning and operational safety of the product can only be guaranteed if
the generally applicable safety precautions and the device-specific safety instructions
in this document are followed during use. Failure to observe any of these instructions
may result in personal injury or death, as well as material damage.
DANGER
Wrong application area!
To prevent misuse of the product, injury to persons and material damage, the product
must be used exclusively as described in chapters "2.4 - Intended use" and "3 - De-
scription" of the operating instructions.
- The product is not suitable for use in potentially explosive atmospheres!
- The product must not be used for diagnostic or other medical purposes on humans
or animals!
- The product is not suitable for use with functional safety requirements!

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2.3 Safety instructions
The product must be used in accordance with the technical data and the notes in
these operating instructions. Technical data can be found in the respective valid prod-
uct data sheet (product information).
CAUTION
Functional impairment
Errors during installation, assembly or configuration of GHM products may impair the
proper functioning of the subsequent process or lead to damage. However, serious
hazards do not necessarily result directly from our products.
- Ensure proper and correct installation, assembly as well as programming and con-
figuration of the product!
- Provide independent safety measures!
- Only allow settings to be carried out by qualified personnel!
CAUTION
Misbehavior!
If it can be anticipated that the product can no longer be operated safely, it must be
taken out of service and secured against further use by labeling. The safety of the
user may be impaired by the device if, for example, it exhibits visible damage, no
longer operates as specified or has been stored for a long time under unsuitable con-
ditions.
- Visual inspection!
- If in doubt, send the product to the manufacturer for repair or maintenance!
CAUTION
Temperature damage!
Exposure of the product to a temperature not specified in the Technical Data chapter
may cause errors, defects, or heat/frost damage.
- Take note of the temperature range!
CAUTION
Overstressing!
Failure to properly install and operate the product will result in a defect.
- Observe the tightening torque!
- Do not use as a fixed point!
- Use filters for contaminated media!
NOTE
This product does not belong in children's hands!

2 | Safety
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2.4 Intended use
For reasons of safety and warranty, only personnel authorized by the manufacturer
may carry out interventions beyond those described in the operating instructions.
Unauthorized alterations or modifications are explicitly prohibited.
If used improperly or not as intended, this product may present application-specific
hazards.
The products are generally used for measuring and monitoring the volume flow in
pipelines. A number of different sensor forms are available for this purpose, which al-
low adaptation to different installation situations. The suitability of the sensor for media
other than water and the operating conditions must be ensured by the operator, in
compliance with the technical limits specified in the data sheet.
This product is intended for use in machines and systems and for the use of media of
fluid group II according to directive 2014/68/EU. Specified technical limit values ac-
cording to the respective valid product data sheet must not be exceeded.
2.5 Qualified personnel
For commissioning, operation and maintenance, the personnel concerned must have
a sufficient level of knowledge of the measurement procedure and the significance of
the measured values. This document makes a valuable contribution to this. The in-
structions in this document must be understood, observed and followed.
To ensure that no risks arise from the interpretation of the measured values in the ac-
tual application, the user should obtain further expertise in case of doubt. The user is
liable for damage/hazards resulting from misinterpretation due to insufficient expertise.
This document contains the information required for the intended use of the product
described therein. It is intended for technically qualified personnel who have been spe-
cially trained or have relevant knowledge in the field of automation technology or
measurement and control technology. Knowledge and technically correct implementa-
tion of the safety instructions and warnings contained in these instructions are prereq-
uisites for safe assembly, installation and commissioning as well as for safety during
operation of the device described.
Only qualified personnel have the necessary expertise to correctly interpret the safety
instructions and warnings used in these instructions in specific individual cases and to
put them into practice.
2.6 Standards
OMNIPLUS-F complies with the following standards and directives
Harmonized standards:
DIN EN 61326-1: 2013
General EMC requirements
DIN EN 61326-2-3:2013
Special EMC requirements
EN IEC 6300:2019
Restriction of hazardous substances
Guidelines:
2014/30/EU
EMC Directive
2011/65/EU
RoHS
2015/863/EU
RoHS
1907/2006/EU
REACH

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3Description
3.1 Scope of delivery
Please check the completeness of your product after opening the package.
You should find the following components:
- OMNIPLUS-F
- Quick guide to installation and commissioning
3.2 Product description
The products of the OMNIPLUS-F series are thermal flow sensors. They measure the
flow velocity and temperature of liquid media by means of a probe immersed in the
liquid.
The products are generally used for measurement in pipelines. A number of different
sensor forms are available for this purpose, which allow adaptation to different installa-
tion situations. In principle, immersion in open channels is also possible.
The products are adjusted for water ex works. Adjustment to other media is possible
on site. It must be ensured that the media to be measured have sufficient thermal con-
ductivity. The suitability of the sensor for the media and the operating conditions must
also be ensured.
The integrated OMNIPLUS electronics are capable of calculating and displaying the
flowing volumetric flow using additional parameters such as the nominal pipe size. The
OMNIPLUS electronics are equipped with one analog output and two digital outputs.
These can be programmed in a variety of ways. In addition, the electronics have an
IO-Link interface. This allows digital communication with the sensor.
3.3 Functional description
For the measurement, a pressure-resistant and hermetically sealed stainless-steel
probe is immersed in the liquid. The sensor has no moving parts and is therefore prac-
tically wear-free. It contains two temperature sensors inside, one of which is heated.
The heating power is controlled so that the temperature difference between the two
sensors remains constant. The fluid flowing around the sensor dissipates heat energy.
The higher its flow velocity, the greater the heating power that must be applied to keep
the temperature difference constant. The heating power is thus a measure from which
the flow velocity can be derived. At the same time, the temperature sensors allow the
medium temperature to be measured.

5 | Mounting
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4Product at a glance
4.1 The OMNIPLUS-F
- Stainless steel housing, protection class IP65 / IP67
- Multifunction ring, rotatable and axially shiftable
- Graphic LCD display, with white backlight, switching to red to signal alarm
conditions
- Connector M12x1, electrical connection
- Measuring probe available in different versions

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5 Mounting
5.1 General notes
- The installation location of the sensor should be chosen in such a way that no air
bubbles can gather at the sensor. Air bubbles do not damage the sensor but can
cause incorrect measurements.
Air bubbles
Deposits Positioning of the sensor with marking X against
The flow direction
Fig. 1: Air bubbles on probe
- The installation location must be selected in such a way that possible sediments in
the pipeline do not cover the sensor. It must be possible to freely flow around the
sensor tip at any time.
- Installation in vertical pipelines with flow direction from bottom to top is ideal.
- A calming distance of at least 10xd must be provided upstream of the sensor, and
5xd downstream of the sensor (d= inner diameter of the pipeline).
- These values apply as guidelines. Longer calming sections may be required in indi-
vidual cases. The calming sections should ensure reproducible flow conditions. A
straight pipeline without edges, lateral outlets or interfering bodies in the flow
chamber is considered to be a calming section. In particular, pipelines screwed into
tees can also form such interfering edges. However, conical tapers with an angle of
4° have proved favorable in practice and can even contribute advantageously to
reducing the required calming section.
- Valves directly in front of the measuring point must be avoided at all costs.
- If possible, the installation position should be selected so that the sensor tip pro-
trudes ≥ 15 mm into the pipeline. In any case, the medium must flow completely
around the cylindrical part of the sensor with a diameter of 7.4 mm.
- If there is a risk of deposits on the sensor tip due to contaminated media, adequate
filtration should be provided at a sufficient distance in front of the sensor. If this is
not possible, the sensor should be checked and cleaned regularly. Here, the selec-
tion of an easily demountable design can be advantageous.
NOTE
All sensor designs have in common that the X-marking on the sensor must be aligned
against the flow direction during operation.

5 | Mounting
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5.2 Threaded probe
- OMNIPLUS-F-008
- OMNIPLUS-F-015
Threaded sensors have an external thread as process connection, with which they are
screwed into a T-piece or a welding socket of the pipeline. The sealing is done e.g.
with PTFE tape or with liquid seal. Sealing with the aid of a flat gasket is generally not
possible, as the correct alignment of the X-marking is not guaranteed when screwing
in as far as it will go.
Due to the relatively short lengths of the available threaded probes, the range of appli-
cation is limited to nominal diameters from about DN15 to DN50.
The following variants are available:
- Male thread G1/2", length 29.6 mm (type OMNIPLUS-F-015HK029)
- Male thread G1/2", length 45 mm (type OMNIPLUS-F-015HK045)
- External thread G1/4", length 28 mm (type OMNIPLUS-F-008HK028)

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5.3 Push-in probe with system mounting
- OMNIPLUS-F-013TK031
- OMNIPLUS-F-013TK037
Push-in sensors with system mounting are mounted in the pipeline using a system
T-piece (accessory) or a system welding or soldering socket provided for this purpose.
They have a double O-ring seal and are fixed in the system piece with a union nut.
The alignment of the X-marking is done without changing the immersion depth.
Removal and reassembly in the application is easy, which facilitates inspection and
cleaning of the sensors. An auxiliary tool is available as an accessory for correct
alignment of the X mark even under difficult installation conditions.
5.4 Push-in probe with 12 mm outer diameter and
variable immersion depth
- OMNIPLUS-F-012VK100
- OMNIPLUS-F-012VK150
- OMNIPLUS-F-012VKxxx
Push-in sensors with variable immersion depth are mounted in the pipeline using
mounting fittings provided for this purpose.
The following mounting fittings are available for this purpose:
Weld-in adapter ADG-015GS026K, PN 40
Pinch fitting with weld-in spigot
ADQ-012S021K, PN 40

5 | Mounting
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Cutting ring fitting, stainless steel, order code ADQ012G015A, PN 40
Available in the versions:
K
Stainless steel cutting ring
K1 PTFE clamping ring
Stainless steel cutting/clamping fittings are screwed into a G ½ threaded hole. A G ½
weld-in spigot (ADG- 015GS026K) is available for this purpose. This arrangement can
accommodate pressures up to 40 bar. The screw fitting is first tightened by hand and
then further tightened by ¼ turn with the aid of a wrench. The clamping ring of the
screw fitting can then no longer be removed from the sensor, so the immersion depth
can no longer be changed.
When mounting the push-in sensors, it must also be ensured that the sensors
have a directional dependency (observe marking X on the housing)
5.5 Push-in probe with union nut and sealing cone
Insertion probe with defined immersion depth. The M18x 1.5 union nut is screwed
onto a suitable socket on the pipe side. Torque max. 40 Nm. Sealing is achieved via
the 24° sealing cone. Depending on the T-piece used, this type of mounting allows a
pressure load of up to 100 bar.
5.6 Mounting position
Arbitrary, as long as the sensor is sufficiently flushed with medium. However, prefera-
bly vertical with flow from bottom to top. Gas bubbles and / or sediment formation lead
to measurement errors and must be avoided. See also chapter 5.1 General notes.

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5.7 Electrical installation
The product may only be installed by a qualified electrician. The national and interna-
tional regulations for the installation of electrotechnical systems of the respective
country of operation apply.
5.8 Electrical connection
The product has a 5-pin circular connector. A suitable connection cable with matching
mating connector must be used for the electrical connection (available as an acces-
sory - see separate product information).
Pin assignment

6 | Operation
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6Operation
6.1 Commissioning
6.1.1 Control element
The OMNIPLUS head has a rotating ring as an operating element, the multifunction
ring has a tactile raster in 15° steps (24 positions). It can be rotated to the left or right
as far as desired without a stop. In this way, it allows you to scroll through menus or
change values, for example.
In addition, the ring can be moved away from the viewer in the axial direction by ap-
prox. 2.5 mm against the force of a spring and returns to its initial position when re-
leased. This implements a touch function which is used, for example, to select menu
items or to confirm entries.
Movement
Meaning
RING LEFT
Rotation of the multifunction ring by one position to the left
RING RIGHT
Rotation of the multifunction ring by one position to the right
RING TURN
Rotation of the multifunction ring by one/several position(s) to the left or right
RING SHIFT
Axial displacement of the multifunction ring against the force of a spring

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6.1.2 Explanation of commissioning
The following describes how to put the product into operation.
Prerequisite: the product is correctly installed - see chapter 5 Installation.
Electrical connection is established
NOTE - Start
The product is preset at the factory with a default setting. It is necessary to select and
set parameters for the desired operation. The individual setting is made by the opera-
tor.
Switch on your plant or apply the auxiliary voltage for the OMNIPLUS-F on.
You will receive a display indication:
1. The "Flow reading with unit" display is used as the start display.
displayed.
2. With a rotation of the multifunction ring by one position to the right "Ring
right" the display for the flow and temperature reading appears
3. With a rotation of the multifunction ring by one position to the left "Ring left"
The "Pin States" display appears with a status display of the existing pin status.
of outputs
These three displays are main displays. Each main display takes you to a submenu
with further parameters. The operation is described in the following chapters.
4. another fourth main display "Flow reading and volume totalizer" will be with a
RING TURN is only visible if the configurable volume counter
"Volume totalizer" has previously been set to ON. See also the note
under chapter 6.1.3 Menu structure

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6.1.3 Menu structure
This chapter explains the general menu structure of the product.
To obtain information about the product or to be able to configure it, you must first call
up the main menu :
Auxiliary voltage is applied. You are in the main display for the Flow reading.
By a RING-SHIFT for 2 seconds, the Main menu is called. The possible submenus
Configuration, Simulation and Information as well as <<< appear in the display.
Another submenu Reset Totalizer is offered if the Volume Totalizer is previously con-
figured to ON and Reset is configured via RING
In general:
By a RING Turn you make a selection. RING SHIFT confirms the selection.
Selecting <<< and Ring Shift will return you to the previous menu level.
NOTE - The submenus
In the Configuration submenu, you can configure the OMNIPLUS-F for your individ-
ual application. All the parameters required for this are available under this menu
item.
The Simulation submenu offers the possibility of recording flow and temperature
measured values as set point values and simulating the output values via two digital
and one analog output. These output values can then be compared with the higher-
level control system. The process functionality can thus already be tested before the
actual commissioning.
The simulation mode is indicated by a color change of the display RED / WHITE in
alternation of approx. 2 sec.
In the submenu Information you will find all important information about the product
(e.g. Product name, Product ident no, serial no. Firmware etc.).
Submenu Reset Totalizer: This menu item offers the possibility to configure the vol-
ume totalizer with the ring setting. Prerequisite is to activate the volume totalizer with
ON before and to set the reset mode to ring, then select Reset Totalizer. With Ring
Shift you reach the query YES and NO:
YES - ring shift sets the volume counter to zero and restarts it.
You receive the acceptance by the information Reset Done. You return
automatically to the previous main display.
NO - by Ring Shift you return to the previous main display.

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In the list selection, the respective active parameter is marked with a dot. The selected
parameter is displayed inversely. It is not possible to exit the editing mode without
making a selection.
Example:
For numeric values, the following additional selections are available.
Example:
Symbol
Name
Meaning
←
Back symbol
Delete the last entered character
X
Cancel symbol
ESC. Exit the input without changing the previous value.
<┘
Input symbol
Confirm and end the input
6.1.4 Locking of product parameters
The product offers the possibility of locking. Existing parameter settings become un-
changeable by locking. For this purpose, a RING SHIFT must be executed for > 7 sec-
onds in the start display. After 2 sec. of RING SHIFT, the configuration level appears.
Keep the RING SHIFT pressed until the text display YES | NO appears. If YES and
RING SHIFT are selected, the text display "Locked" appears.
Parameters are now no longer configurable and not visible. With the multifunctional
ring, only the main pages are selectable and visible.
Unlocking is achieved in the same way as locking. In the "Locked" state, a RING
SHIFT for > 7 sec. causes the query YES | NO. If YES is selected, the text "Unlocked"
appears.
If no selection is made for both queries, there is a "timeout". The device returns to the
existing state.
In addition, blocking can also be triggered via an IO-Link command.

6 | Operation
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6.2 Configuration
6.3 Description
The following action steps describe how to configure the OMNIPLUS-F for your pur-
poses.
NOTE
Slide's Configuration submenu offers a variety of different parameters that you can
change and adapt to your desired conditions using the multifunction ring.
Depending on the menu or parameter selection, subsequent menu items may be invis-
ible if they are not required for further configuration.
Example:
Volume totalizer
Totalizer is ON. With Ring Turn further menu items are offered
(Reset Mode Preset counter Preset unit Preset value).
Totalizer is set to OFF. With Ring Turn no further menu item is offered. Display shows
<< < . With Ring Shift you return to the previous configuration level Volume totalizer.
6.4 The submenus
The configuration in the submenus is explained below.
1. Configuration submenu is selected.
2. The display shows the configuration options on the first level. Navigate through this
level with a RING TURN. Confirm your selection with a RING SHIFT.
NOTE
Only the Pin Settings submenu has another configuration level. Here, one input and
several outputs can be configured separately with the respective parameters.
3. The display shows the first parameter. With a RING SHIFT you reach the page for
setting a value. This is now displayed either as a list selection or via numerical val-
ues.
4. You can change the selection with a RING TURN. The selection is confirmed by a
RING SHIFT.
The selected and confirmed value is saved. The display returns to the previous page.
The selected value is displayed.