Installation and Operation Guide
Table of Contents
1 Safety
2 Introduction
3 Package Contents
4 Installation
5 Setup and Configuration
6 Operation
7 Maintenance
8 Troubleshooting
9 Specifications
1 Safety
This chapter reviews general and specific safety instructions for installing and operating Ultraf.
General Safety Instructions
■ Do not install, operate or maintain Ultraf without reading, understanding and following the factory-
supplied instructions.
■ Read the instructions in this section carefully before beginning installation and save them for future
reference.
■ Follow all instructions marked on the product.
■ Pay attention to all Caution notes in this manual.
■ Implement handling and lifting instructions to avoid damage.
■ Use Ultraf only as specified in this manual. Do not deviate from the instructions and information provided.
■ Do not perform welding while Ultraf is connected to the pipe.
CAUTION:
Connect Ultraf output according to the following limitations:
■ Pulse output – Maximum Current: 100 mA, Maximum voltage: 18 VDC
■ Analog output – 12-18 VDC
■ Solenoid Output – 12-18 VDC, Capacitor: 4,700 microF
Handling Safety Instructions
■ If Ultraf does not operate normally, refer to the service instructions or contact qualified Raphael
personnel.
■ Personnel involved in installation, operation or maintenance of Ultraf must be trained in the safety
methods relevant to the tasks assigned. Personnel must be familiar with safety messages and understand
the appropriate response procedures for emergencies or other non-standard situations.
■ Keep Ultraf in proper operational condition. Ultraf must be serviced by a trained technician on a routine
basis. Unauthorized modifications to the meter might impair the function and/or safety and reduce the
lifespan of the meter.
■ Lifting Components – Use caution when lifting components during installation. Only authorized personnel
using the proper lifting equipment are permitted to lift components.
■ Wear appropriate personal protective equipment (PPE).
Battery Safety Instructions
■ Lithium batteries are a high energy power source and might become a potential hazard if handled
improperly.
■ Raphael by Talis is not responsible for any battery failures due to user mishandling.
■ Lithium batteries are non-corrosive. However, extreme heat (contact with open flame or system shorting)
causes the battery to rupture, leading to severe injury and damaged equipment.
■ Do not transport or operate batteries at temperatures beyond their specified range.
■ Do not crush, break, or disassemble the battery.
■ Do not short circuit, recharge, overcharge, or connect the battery with reversed polarity.
■ Do not weld or solder onto the battery compartment or within close proximity of the battery.
■ Do not submerge the battery in water or apply any fluids on the battery.
■ If the battery is depleted or damaged, consult Raphael for replacement.
■ Only an authorized Raphael dealer may replace the battery pack.
■ Adhere to all local laws and regulations for disposal or recycling of lithium batteries.
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2 Introduction
Ultraf is an ultrasonic hydrometer valve for water metering and hydraulic control.
Ultraf Configuration
Ultraf can be modified to a large variety of hydraulic applications such as On/Off, pressure reducing, pressure
sustaining, flow control, etc.
Ultraf control output can be modified according to the required control application. Ultraf functionality changes
according to installed control output thus, the installation and operation instructions varies according to the
installed control output.
This guide provides instructions for all the optional control configurations. Make sure to follow the instructions
relevant to your Ultraf control configuration,
Ultraf can be mounted with a wide range of Raphael hydraulic valve applications. The hydraulic valve displayed in
this guide is for demonstration only.
TIP:
Ultraf is delivered already configured according to the configuration ordered. This configuration can
be changed at a later stage.
Ultraf is delivered in one of the following control configurations:
Ultraf Basic
Ultraf reads the water flow and the readings are
monitored on the Ultraf local control panel (see Local
Monitoring on page 25) or via a dedicated mobile
device application (see Setup and Configuration on
page 15).
In this configuration, Ultraf does not include an
extension card and no additional wiring is required
during installation.
Ultraf with Pulse Output
Ultraf reads the water flow and the readings
are monitored on the Ultraf local control panel
(see Local Monitoring on page 25) or via a
dedicated mobile device application (see Setup and
Configuration on page 15).
Ultraf transmits the flow rate via its pulse output
to an external reading device (e.g. irrigation
controller).
The external reading device is connected using
a wire output pulse that provides a pulse when a
predefined water volume passes through the meter
(see Pulse Output on page 12).
The reading and pulse output are configured via
Raphael mobile device application (see Pulse Output
Control on page 20).
300.0
A
400.0
B
3
Ultraf with Analog Output
Ultraf reads the water flow. The readings are
monitored on the Ultraf local control panel (see
Local Monitoring on page 25) or via a dedicated
mobile device application (see Setup and
Configuration on page 15).
Ultraf transmits the flow rate via its analog 4-20mA
output to an external monitoring device such as a
4-20mA input counter or an analog input controller
device (see Analog Output on page 13).
The output analog current is related to the flow rate.
The reading is configured via Raphael mobile device
application (see Analog Output Control on page 21).
4-20 mA
300.0
A
400.0
B
Ultraf for Pressure Management
Ultraf reads the water flow and the readings
are monitored on the Ultraf local control panel
(see Local Monitoring on page 25) or via a
dedicated mobile device application (see Setup and
Configuration on page 15).
Ultraf controls a two-stage downstream pressure
set based on flow demand and time of day. Ultraf
controls the outlet pressure based on predefined
programming (see Pressure Management Control on
page 22).
In this configuration, Ultraf includes a solenoid valve
output (see Solenoid Valve Output on page 14).
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System Overview
Ultraf system consists of the following components:
■ Valve (1) – Ultraf is compatible with a wide
range of valve hydraulic applications. The
appearance of the valves differs according to
the model ordered.
■ Meter and controller unit (2) – installed on
the valve, measures the flow and performs
optional controls (see Ultraf Main Components
on page 5).
■ Mobile device (3) – enables monitoring and
configuring Ultraf using a dedicated mobile
application (see Mobile Application Installation
on page 15).
NOTE:
The mobile device is not provided by
Raphael.
Ultraf Main Components
The main components of Ultraf meter and controller unit are:
■ Local display (2) – a digital panel protected by a cover (1), displays the Ultraf readings and statuses (see
Local Monitoring on page 25).
■ Main Battery enclosure (3) – contains the lithium battery that powers the Ultraf electrical output (see
Main Lithium Battery Replacement on page 27).
2
3
1
■ Secondary Battery Enclosure (4) – contains up to two batteries to power Ultraf output (see Secondary
Battery Replacement on page 28).
■ Extension card enclosure (5) – contains optional extension cards according to the Ultraf configuration.
■ Output cable (6) – connects the Ultraf output to an external device.
NOTE:
The numbers of output cables depends upon the configuration. Basic configuration does not require
output cables.
1
2
3
4
5
6
5
Product Serial Number and Data
The label located on the control panel cover indicates the product serial number (1). The serial number is the
Ultraf default identification on the mobile device application. This serial number is used to identify the device.
NOTE:
The serial number is also located on the valve body as a permanent name plate tag.
1
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3 Package Contents
Ultraf is delivered in a cardboard transport box with styrofoam padding and includes the following components:
■ 1 Ultraf configured with the selected output card (no card is optional) including batteries, 1 meter shilled
3mm cables; set to metric units.
■ 1 Ultraf Installation and Operation Manual.
When ordered fully trimmed with hydraulic application, Ultraf is delivered in a cardboard transport box with
styrofoam padding and includes:
■ 1 Ultraf fully trimmed, configured with the selected card (no card is optional) including batteries, 1 meter
shilled, 3 mm cables; set to metric units.
■ 1 Ultraf selected hydraulic valve Installation and Operation Manual.
■ 1 Ultraf Installation and Operation Manual.
7
4 Installation
This chapter reviews the tasks associated with installing and wiring Ultraf and includes:
■ Mechanical Installation
■ Wiring Instructions
Mechanical Installation
This section describes the tasks associated with Ultraf mechanical installation.
Dimensions
When preparing the pipe line for Ultraf installation, consider the following measurements according to the Ultraf
model ordered:
DN [mm] 80 100 150 200
DN [inch] 3 4 6 8
Length L [mm] 300 350 500 600
Height H [mm] 300 327 392 425
Width W [mm] 223 240 310 350
Weight [kg] 13.5 21 43 67
H
L
W
NOTE:
The width and height of the unit varies according to valve trim and other components of the system.
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General Installation Instructions
This section provides recommended guidelines for installing Ultraf on a pipeline.
NOTE:
Install Ultraf upright in a horizontal mount or flowing upwards in a vertical mount. Make sure water
flow is from the metering unit past the valve and out. Avoid air in the water.
■ Install Ultraf as indicated by the arrow on the valve body (see Ultraf Main Components on page 5),
showing flow direction.
■ It is recommended to install isolation valves upstream and downstream Ultraf to enable easy service if
necessary.
■ Make sure that the end connections are parallel and aligned with one another.
■ When using standard tail piece, use rubber gaskets only (not fiberglass). After adding the gaskets, the gap
between the end connection and Ultraf should not exceed 1 mm. Unscrew the end connection in order to
maintain the recommended distance. Do not use force to close the gap.
■ Start tightening the end connections by hand. Final tightening is performed according to pipe size
specifications.
CAUTION:
■ Do not perform welding while Ultraf is connected to the pipe.
■ Make sure ultraf is mounted with correct water ow direcon.
Recommended Installation Optional Installation Incorrect Installation
Flow Direction
Installing Ultraf in the optional
installation location is permitted
only if this location is not the
highest point in the system, and
a properly sized air relief valve is
mounted.
Do not install Ultraf in this location
if this is the highest point in the
system to prevent the pipeline and/
or Ultraf from having air flow in
the water.
Flow Direction
Do not install Ultraf vertically or at
an angle that could cause water to
flow downwards.
Flow Direction
Flow Direction
9
Recommended Installation Examples
The following examples provide recommendations for Ultraf optimal performance.
Flow Direction
2 DN
Flow Direction
2 DN
A minimum of two pipe diameters after elbows (90°). A minimum of two pipe diameters after an isolating
valve.
Flow Direction
Flow Direction
2 DN
10 DN
A minimum of ten pipe diameters after pumps. A minimum of two pipe diameters after strainers.
Flow Direction
2 DN
A minimum two pipe diameters after elbows (90°) in
vertical installations.
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Wiring Instructions
Ultraf is delivered with one of the following control outputs. Each control output requires different wiring. The
following sections provide wiring instructions for each control output:
■ Ultraf Basic
■ Pulse Output
■ Analog Output
■ Solenoid Valve Output
TIP:
Ultraf is delivered already configured according to the configuration ordered. This configuration can
be changed at a later stage.
Ultraf Basic
Ultraf Basic is used for flow metering only and delivered without an output signal.
In this configuration, Ultraf is delivered without a cable connected and no additional wiring is required.
11
Pulse Output
Ultraf Pulse Output sends a signal each time a pre-determined amount of water passes. The meter units and the
amount (volume) are configured through the Raphael Ultraf mobile application (see Pulse Output Control on page
20).
Pulse output is ideal when flow indication is delivered to:
■ Irrigation controller
■ Flow controller
■ Water flow logging
Output specifications
■ Pulse type – “Open Collector” N CH. Mosfet
■ Maximum Current – 100 mA
■ Maximum voltage – 18VDC
■ Pulse width – 1 second (+/- 0.1)
Wiring instructions
1. Connect the Ultraf red wire to input terminal on the reading device.
2. Connect the Ultraf black wire to the common terminal on the reading device.
3. Connect the Ultraf shield wire to the GND terminal on the reading device.
Typical wiring diagram
Ultraf
Ultra F
Shield Shield
RedRed
BlackBlack
Reading Device
GNDGND
InputInput
CommonCommon
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Analog Output
Ultraf analog output provides a linear analog signal in a predefined flow spectrum.
Analog output is ideal when flow indication is delivered to a reading device with analog input.
Output specifications
4-20 mA current, requires external 12-36 VDC power supply.
Wiring instructions
1. Connect the Ultraf red wire to the (+) terminal on the 12-36 VDC power supply.
2. Connect the (-) terminal on the 12-36 VDC power supply to the (-) Analog Input terminal on the reading
device.
3. Connect the Ultraf black wire to the (+) Analog Input terminal on the reading device.
4. Connect the Ultraf shield wire to the GND terminal.
Typical wiring diagram
12-36 VDC
power supply
Ultraf
AC PowerAC Power
Shield Shield
��
RedRed
BlackBlack
LL NN
GNDGND V+V+ V-V-
Reading Device
(-) Analog In(-) Analog In
(+) Analog In(+) Analog In
13
Solenoid Valve Output
This output type operates a solenoid valve and is used for pressure management applications. In this
configuration Ultraf is delivered with an additional pulse output (see Pulse Output on page 12).
Output specifications
■ Solenoid type – 12-18 VDC, latch
■ C: 4,700 mF
■ Pulse width – 100 msec
Typical wiring diagram
Ultraf
RedRed
RedRed
Pulse Output
Shield Shield
RedRed
BlackBlack
BlackBlack
BlackBlack
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5 Setup and Configuration
This chapter reviews the tasks associated with monitoring and configuring Ultraf using a mobile device running
the Ultraf application and includes:
■ Mobile Application Installation
■ Ultraf Configuration
Mobile Application Installation
To install Raphael Ultraf on a mobile device:
■ Search for Raphael Ultraf (1) in the Google
Play store or the App Store on Apple mobile
devices.
1
■ Tap the Raphael Ultraf application (2).
■ Tap the Install button (3).
2
3
15
■ UlraF app requires permission to access the
mobile device Bluetooth.
■ Tap the accept button (4) to allow the
application to activate Bluetooth.
Ultraf Configuration
This section describes the Ultraf configuration process using Ultraf mobile application and includes:
■ Connecting to Ultraf on page 16
4
■ Ultraf Basic Control on page 19
■ Pulse Output Control on page 20
■ Analog Output Control on page 21
■ Pressure Management Control on page 22
Connecting to Ultraf
To connect a mobile device to Ultraf:
Locate the Ultraf icon (1) and tap it to open the Ultraf
application.
1
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The application automatically searches for Ultraf
devices using Bluetooth.
After the application detects a device,
a check mark icon appears on the screen.
NOTE:
The mobile device must be within Bluetooth proximity to the valve and with a clear line of sight.
17
The detected Ultraf devices are displayed.
Each device icon displays the following information:
■ Extension card used (1) – when applicable
■ Name of the device (2) – the default name is
the Ultraf serial number (see Product Serial
Number and Data on page 6).
The default name can be changed to a
descriptive name (3) in the Settings screen.
To connect, tap the relevant Ultraf device icon (4).
1
4
2
3
The following sections describe the tasks associated with various control configurations of Ultraf.
Read the section related to the type of output installed on your Ultraf:
■ Ultraf Basic Control on page 19
■ Pulse Output Control on page 20
■ Analog Output Control on page 21
■ Pressure Management Control on page 22
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Ultraf Basic Control
This section describes the tasks associated with controlling Ultraf Basic Configuration, when no extension card is
used.
Monitoring Screen
The following information regarding Ultraf
connections is displayed:
■ Ultraf Name (1) – the default Ultraf name is
the serial number of the device. This number
appears on the internal side of the control
panel cover (see Product Serial Number and
Data on page 6).
1
■ Total Volume (2) – displays the total amount
of water that passed through Ultraf since the
installation date, measured in volume units as
selected in the Settings Screen.
■ Current Flow (3) – displays the current water
flow measured in flow units as selected in the
Settings Screen.
■ Cards (4) – displays the extension card
currently used.
To access the Settings screen, tap the setup icon (5).
The Setting screen appears.
Settings Screen
Configure the following via the Settings screen:
■ Ultraf Name (1) – type descriptive Ultraf
name up to 12 characters. This name is used
as the Ultraf identification.
2
3
4
5
1
■ Volume Units (2) – tap the relevant volume
unit of measurement. The selected unit is
marked in blue.
■ Flow Units (3) – tap the relevant flow unit of
measurement. The selected unit is marked in
blue.
Tap the check mark icon (4) to save the settings. The
Monitoring Screen appears.
2
3
4
19
Pulse Output Control
This section describes the tasks associated with configuration of Ultraf when a Pulse Output extension card is
used.
Monitoring Screen
The following information regarding Ultraf
connections is displayed:
■ Ultraf Name (1) – the default Ultraf name is
the serial number of the device. This number
appears on the internal side of the control
panel cover (see Product Serial Number and
Data on page 6).
■ Total Volume (2) – displays the total amount
of water that passed through Ultraf since the
installation date, measured in volume units as
selected in the Settings Screen.
■ Current Flow (3) – displays the current water
flow measured in flow units as selected in the
Settings Screen.
■ Pulse Resolution (4) – displays the pulse
volume selected in the Settings Screen.
■ Cards (5) – displays the extension card
currently used.
To access the Settings screen, tap the setup icon (6).
The Setting screen appears.
2
3
4
5
1
6
Settings Screen
Configure the following via the Settings screen:
■ Ultraf Name (1) – type descriptive Ultraf
name up to 12 characters. This name is used
as the Ultraf identification.
■ Volume Units (2) – tap the relevant volume
unit of measurement. The selected unit is
marked in blue.
■ Flow Units (3) – tap the relevant flow unit of
measurement. The selected unit is marked in
blue.
■ Pulse Resolution (4) – tap the relevant pulse
resolution volume. The selected volume is
marked in blue.
Tap the arrow icon (5) to save the settings.
The Monitoring Screen appears.
1
2
3
4
5
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Analog Output Control
This section describes the tasks associated with configuration of Ultraf, when an Analog Output extension card is
used.
Monitoring Screen
The following information regarding Ultraf
connections is displayed:
■ Ultraf Name (1) – the default Ultraf name is
the serial number of the device. This number
appears on the internal side of the control
panel cover (see Product Serial Number and
Data on page 6).
■ Total Volume (2) – displays the total amount
of water that passed through Ultraf since the
installation date, measured in volume units as
selected in the Settings Screen.
■ Current Flow (3) – displays the current water
flow measured in flow units as selected in the
Settings Screen.
■ Min Flow Res (4) – the flow rate associated
with the lowest (4 ma) analog output current.
■ Max Flow Res (4) – the flow rate associated
with the highest (20 ma) analog output
current.
2
3
4
5
1
6
■ Cards (5) – displays the extension card currently used.
To access the Settings screen, tap the setup icon (6). The Setting screen appears.
Settings Screen
Configure the following via the Settings screen:
1. Set the flow rate associated with the lowest
(4mA) analog output current (1).
2. Set the flow rate associated with the highest
(20mA) analog output current.(4).
TIP:
The smaller blue circle (2) is the
default/recommended setting. The
bigger blue circle (3) is the current
setting. To change the setting, drag
the blue circle or type the relevant
number.
1
32
4
Tap the check mark icon (5) to save the settings. The
Monitoring Screen appears.
5
21
Pressure Management Control
This section describes the tasks associated with configuration of Ultraf when a Pressure Management extension
card is used.
Monitoring Screen
The following information regarding Ultraf
connections is displayed:
■ Ultraf Name (1) – the default Ultraf name is
the serial number of the device. This number
appears on the internal side of the control
panel cover (see Product Serial Number and
Data on page 6).
■ Total Volume (2) – displays the total amount
of water that passed through Ultraf since the
installation date, measured in volume units as
selected in the Settings Screen.
■ Current Flow (3) – displays the current water
flow measured in flow units as selected in the
Settings Screen.
■ High Pressure Time (4) – displays the daily
schedule when Ultraf switches to high outlet
pressure. During the rest of the day, Ultraf
uses low outlet pressure.
2
3
4
5
1
6
■ Critical Flow for High Pressure (5) – displays
the flow pressure set point, which, when
exceeded, results in Ultraf maintaining high pressure regardless of the time of day.
NOTE:
When using Flow Value Mode, the value selected for pressure changeover is displayed on Monitoring
Screen.
To access the Settings screen, tap the setup icon (6). The Setting screen appears.
Settings Screen
There are two modes for pressure management:
■ Day Night Mode – setting a daily schedule and a flow pressure set point for Ultraf to switch to high outlet
pressure.
■ Flow Value Mode – setting flow value for pressure changeover.
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Day Night Mode
In this mode, Ultraf maintains high pressure within
a time frame. During the rest of the day, Ultraf
maintains low pressure.
When the water flow exceeds the critical flow set
point, Ultraf maintains high pressure regardless of
the time of day.
The configuration of Day Night Mode includes:
■ High Pressure Time – set the time frame for
the high pressure duration (1).
■ Critical Flow for High Pressure – set
the critical flow value for high pressure
changeover.
Tap the check mark icon (4) to save the settings. The
Monitoring Screen appears.
1
2
3
NOTE:
Tap the change to Flow Value Mode
button (3) to switch modes.
Flow Value Mode
In this mode, Ultraf maintains high pressure when
the water flow exceeds the flow set point.
When water flow falls below the set point, Ultraf
switches to low outlet pressure.
The configuration of Flow Value Mode includes:
■ Flow Value for Pressure Cahngeover – set
the water flow value by dragging the dot (2) or
typing the relevant number (1).
Tap the check mark icon (4) to save the settings.
4
1
2
NOTE:
Tap the change to day nIght Mode
button (3) to switch modes.
3
4
23
6 Operation
This chapter reviews the tasks associated with the operation of Ultraf and includes:
■ First Operation
■ Remote Monitoring
■ Local Monitoring
First Operation
When operating Ultraf for the first time, make sure of the following:
■ Before installing Ultraf, flush the pipeline to remove scale, dirt and other particles that might affect valve
performance.
■ Check for leaks, tighten bolts and fittings if necessary.
■ As Ultraf fills up with water, the Water Flow
icon (1) on the local display transforms to a
single black triangle. Once Ultraf is full of
water, the Alarm icon (2) disappears.
1
■ The Water Flow icon (3) constantly rotates to
indicate water flow.
3
Ultraf status can be monitored by the following:
■ Remote Monitoring
■ Local Monitoring
Remote Monitoring
Remote monitoring of Ultraf operation is done via the Raphael Ultraf application on an Android/IOS mobile device.
For more information refer to the following sections:
2
■ Mobile Application Installation
■ Ultraf Configuration
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Local Monitoring
The table below describes the information provided by Ultraf local display.
11
1
2
3
Icon Description Notes
1
a b c
2
3
Water Flow – when Ultraf fills up with water,
this icon transforms from (a) to (b).
This icon constantly rotates (c) to indicate that
water is flowing through Ultraf.
Flow Direction – displays the direction of
water flow.
Clock – indicates that Ultraf internal clock is
synced with the local time zone (upon initial
application communication).
7 8 964 5
10
When this icon alternates between
(a) and (b), see Air in the Water on
page 29.
Ultraf does not measure back flow.
Calendar – indicates that irrigation controller
is configured. When blinking indicates that an
irrigation program is delayed.
4
5
6
Latch Solenoid – displayed when a pressure
management card is configured.
Solenoid Position – when a latch solenoid is
connected, this icon displays the position of
the solenoid (Open or Close).
Output 1 – indicates that a pulse output card is
configured. When a pulse is released, this icon
appears for one second.
Output 2 – indicates that an analog output
card is configured.
25
Icon Description Notes
7
8
9
10
11
Main Battery Status – displays the main
lithium battery status.
Bluetooth Connection – displayed when
bluetooth is connected.
Alarm – displayed when air is detected in
the water, the main battery is low, Bluetooth
malfunction, or when water is flowing
backwards.
Flow Rate – displays the current water flow
rate.
Totalizer – displays the total amount of
water that passed through Ultraf since the
installation date.
When this icon displays one line or
starts flashing, see Low Battery on
page 31.
For battery replacement, see Main
Lithium Battery Replacement on page
27.
See 8 Troubleshooting on page 29.
Measured in flow units, as selected
in the mobile application (see Ultraf
Configuration on page 16).
Measured in volume units, as
selected in the mobile application
(see Ultraf Configuration on page
16).
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7 Maintenance
Preventive Maintenance
Winterizing
In potentially freezing climates, Ultraf should be properly drained from standing water to avoid damage from
expansion. Alternatively, freeze protection means can be used if operating in a sub freezing environment.
Main Lithium Battery Replacement
NOTE:
Replacement of the lithium battery is done by an authorized Rphael personnel only. Opening the seal
of the battery violates the product warrenty and might cause measuring interruptions.
When the Main Battery Status icon (1) on the local display drops to a single line, there are about 6 months of
operation left before the battery discharges completely.
An authorized Raphael dealer must be contacted to perform a field service replacement operation. All registered
data will be saved to the unit as usual.
1
27
Secondary Battery Replacement
Ultraf requires the following batteries per control configuration:
■ Ultraf Basic – none
■ Pulse Output – one 9VDC battery in the upper
compartment (1)
■ Analog Output – none
■ Solenoid Output – two 9VDC batteries in both
compartments
To replace the battery:
1. Unscrew the screws (2) of the battery
compartment using a 4mm Allen wrench.
2. Remove the cover of the battery compartment
(3).
3. Remove the old battery.
4. Place the new battery with correct polarity into
the designated battery compartment.
NOTE:
Verify correct polarity of the battery. Pay attention to the markings on the battery body and inside the
Ultraf compartment.
5. Close the cover tightly to avoid moisture in the battery compartment.
6. Refasten the screws (2).
1
2
3
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8 Troubleshooting
This chapter reviews problems that might occur during Ultraf operation and instructions for corrective actions.
All of the following problems are indicated by the
Alarm icon (1) on the Ultraf local display.
Air in the Water
Problem Description
Air in the flowing water is indicated when the Water
Flow icon stops rotating and shows that it is empty of
water (2).
2
Corrective Actions
Install air vents sized and positioned properly.
1
NOTE:
Occasional air bubbles do not affect Ultraf reading and are indicated by the Water Level icon (2)
altering between Full and Empty.
No Pulse Output
Problem Description
Pulse is not received by the reading device connected to the Ultraf pulse output (see Pulse Output on page 12).
Corrective Actions
■ Verify that water is flowing through Ultraf in the proper direction and all measuring units are set to need.
■ Check the 9VDC battery and replace if needed (see Secondary Battery Replacement on page 28).
■ Verify that all internal terminals are clean and free of corrosion.
■ Verify indication of pulse emittion on the local display (see Local Monitoring on page 25). When a pulse is
emitted, the pulse sign on the Ultraf display will appear for one second duration.
■ Verify that wire connections to irrigation controller are properly secured.
■ Verify that voltage and polarity are within specifications.
■ Verify that the pulse is recognized by the reading device.
29
No Analog Output
Problem Description
Analog signal is not received by the reading device connected to the Ultraf analog output (see Analog Output on
page 13).
Corrective Actions
Verify the following:
■ Water is flowing through Ultraf in the proper direction and all measuring units are set to need.
■ The settings of 4-20 mA in proportion to the flow rate are set properly via the Raphael mobile application.
■ Wire connections to reading device are properly secured.
■ Voltage and polarity are within specifications.
■ The current is recognized by the reading device.
No Solenoid Valve Output
Problem Description
Latch solenoid connected to the Ultraf output is not activated.
Corrective Actions
■ Verify that water is flowing through Ultraf in the proper direction and all measuring units are set to need.
■ Initiate solenoid valve activation by changing the settings according to pressure management mode (see
Pressure Management Control on page 22):
• Day Night Mode – set the high pressure time to the current time
• Flow Value Mode – set the flow value to lower than the current flow rate
■ Check both 9VDC batteries and replace if needed (see Secondary Battery Replacement on page 28).
■ Verify that all internal terminals are clean and free of corrosion.
When the Solenoid Position icon on the local display
shows Open (1), the latching solenoid makes a sound
while shifting. If it does not:
■ Check the integrity of the solenoid and
replace if needed.
■ Verify that wire connections are properly
secured.
■ Verify that solenoid voltage and polarity are
within specifications.
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Ultraf – Installation and Operation Guide| Revision B | Updated 18/12/17
1
Damaged Cable or Extension Card Corrosion
Problem Description
Cables that are torn or damaged, and/or extension cards that are corroded.
Corrective Actions
Replace the damaged equipment. Proper cables and cards are available through Raphael authorized dealers.
Low Battery
Problem Description
The Main Battery Status icon (1) on the local display
drops to a single line and starts flashing. In this case,
there is about one month of operation left before
the battery discharges completely and no data is
recorded.
See Main Lithium Battery Replacement on page 27.
1
Corrective Actions
Contact an authorized Raphael dealer to perform a field service replacement operation. All calibration data and
recorded data will be preserved.
31
9 Specifications
■ Ultraf is powered by a battery that lasts up to 10 years without maintenance.
■ Accuracy according to ISO 4064-2014 standard.
■ Multi-measurement worldwide system (gallons, m³, ft³, AI, AF).
■ Bluetooth® communication with Raphael smartphone application for measuring unit preference selection
and controller settings.
■ Separate volume pulse output and external card for 4-20mA continues volume output.
■ 16 bar pressure rating.
■ Available in all flange standards, from 80mm to 200mm.
■ All metal, water resistant unit according to environment protection IP68.
■ Liquid temperature 0.1C to 50C.
■ Ambient operation temperature -25C to +55C.
Ultraf Measurements
DN [mm] 80 100 150 200
DN [inch] 3 4 6 8
Length L [mm] 300 350 500 600
Height H [mm] 300 327 392 425
Width W [mm] 223 240 310 350
Weight [kg] 13.5 21 43 67
H
L
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Ultraf – Installation and Operation Guide| Revision B | Updated 18/12/17
W
Headloss Curve
Bar
HEADLOSS
m3/h
FLOW RATE
Accuracy Curve
ERROR (%)
DN [mm] 80 100 150 200
DN [inch] 3 4 6 8
Starting flow 0.2 0.3 0.5 0.5
Q1 0.5 0.8 2.0 3.2
Q2 0.8 1.3 3.2 5.1
Q2 (1) 22.3 35.4 88.6 141.8
Q2 (2) 44.7 70.9 177.2 283.6
Q3 63.0 100 250.0 400
Q4 78.8 125 312.5 500
R = Q3/Q1 125 125 125 125
FLOW RATE
3
/h
m
According to ISO 4064-2014
33
Copyright © 2017 by Talis Management Holding GmbH and its affiliated
Group Companies (hereinafter referred to as “TALIS”). All rights
reserved.
The data contained in this document are proprietary information of
TALIS (“Information”). Any disclosure or distribution to any third party,
reproduction, duplication publication or use of the Information in whole
or in part for any purpose other than the conduct of business with TALIS
or for the purpose stated herein is expressly prohibited and shall require
the prior written approval from TALIS. Offenders will be held liable for
payment of damages.
All Information and specification in this manual are subject to changes
without notice.
Published by TALIS.
January 2018
RP-023E 01\18
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