xylem D 17 Drinking Water Panel Instruction Manual
- August 16, 2024
- xylem
Table of Contents
xylem D 17 Drinking Water Panel
Specifications
- Product Name: Drinking Water Panel DW/P
- Model Number: ba77278e01
- Country of Origin: Germany
- Printed: 01/2024
Overview
The Drinking Water Panel DW/P is a system designed for monitoring and analyzing drinking water quality. Safety Instructions It is important to follow all safety guidelines outlined in the operating manual to ensure safe operation of the system.
Installation
The installation of the DW/P system involves several steps including mounting, connecting modules, preparing sensors, and installing power supply.
Maintenance and Cleaning
Regular maintenance and cleaning are essential to keep the system functioning optimally. Refer to the manual for detailed instructions.
Safety Instructions
Before using the Drinking Water Panel DW/P, ensure that you have read and
understood all safety instructions provided in the manual.
Installation
Follow these steps to install the DW/P system:
- Review the scope of delivery to ensure all components are present.
- Mount the DW/P panel securely in the designated location.
- Connect the IQ SENSOR NET modules as per the installation instructions.
Starting the Measuring Operation
Once the installation is complete, follow the steps in the manual to start the
measuring operation for monitoring water quality.
Maintenance and Cleaning Regularly perform maintenance tasks such as cleaning sensors and checking connections to ensure accurate readings.
FAQs
Q: What should I do if I encounter an error during operation?
A: If you encounter an error, refer to the troubleshooting section in the
manual for guidance on resolving common issues. Q: How often should I
calibrate the sensors?
A: It is recommended to calibrate the sensors according to the schedule
provided in the manual to maintain accuracy.
Drinking water panel DW/P
1.2.1 Design of the system
Variants of the drinking water panel
The DW/P drinking water panel is a modular, preassembled, and preconfigured measuring system for online analysis. The components of the drinking water panel can be assembled individually.
Variants DW/P DW/P IR DW/P WL
Equipping option Without turbidimeter Infrared turbidimeter White light turbidimeter
Further components of the drinking water panel are variable, e.g.:
Component
Flow through armature
MIQ/IDS
Equipping option
Type: Number:
Type: Number:
D 19, D 17 1- 4
MIQ/IDS2 or MIQ/IDS4 0 – 1
Measured parameters
The drinking water panel can be configured for the following measuring
parameters: Turbidimeter
Turbidity MIQ/IDS
Chlorine pH ORP Conductivity Oxygen
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1.2.2 Functional units on the drinking water panel
2
Overview
3 4
5 1
6
figure 1-2 Units of a fully equipped drinking water panel
1 Sample inlet 2 Turbidimeter 3 IQ SENSOR NET system
with boreholes for the installation of further MIQ modules 4 Guide rail with
mounted flow through armatures 5 Accessories 6 Sample drain
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Overview
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Details on the basic units
The basic units of the drinking water panel consist of other components.
Specified is the maximum equipment. Some components are optional, according to
the selected configuration:
1 Sample inlet Connection for the sample inlet Manually adjustable
pressure reducer (Pr-DN10) Dosing ball valve (Do-DN10) Sampling valve
Flow indicator
2 Turbidity measurement Turbidimeter (Turb PLUS 2000)
3 IQ SENSOR NET system MIQ/IDS module for connecting 2 or 4 IDS sensors
System components (controller and terminal) Other components (modules and
sensors)
4 Flow through armatures Guide rail for mounting flow through armatures
Flow through armatures (1 to 4) – e.g. D 19 for IDS chlorine sensors – e.g. D
17 for IDS sensors
5 Accessories Maintenance console (MTC/C) Assembly wrench (FS DWP) for the
cable glands at the flow through armatures Brush to clean the flow through
armatures
6 Sample drain Sample outlet funnel Lid for sample outlet funnel
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1.2.3 Components in the liquid circle
Overview
6
7 8
5
4 9
3
2
1
figure 1-3 Components in the liquid circle
1 Sample inlet 2 Pressure reducer 3 Dosage ball valve 4 Sampling valve 5 Flow
indicator 6 Turbidimeter (optional) 7 Flow through armature for a chlorine
sensor (optional) 8 Flow through armatures for other sensors (optional) 9
Sample drain
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Overview
1.2.4 Components outside of the liquid circle
1
3 2
1
DW/P
1 4
5
6 7 8 1
figure 1-4 Components outside of the liquid circle
1 Boreholes at the 4 corners, for wall fastening 2 Guide rail for mounting the
flow through armatures 3 Cable outlet to tidy up cables behind the drinking
water panel 4 MIQ/IDS interface module 5 Cable outlet to tidy up cables behind
the drinking water panel 6 Maintenance console 7 Assembly wrench 8 Brush to
clean the flow through armatures
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Safety instructions
2 Safety instructions
2.1 Safety information
2.1.1 Safety information in the operating manual
This operating manual provides important information on the safe operation of
the product. Read this operating manual thoroughly and make yourself familiar
with the product before putting it into operation or working with it. The
operating manual must be kept in the vicinity of the product so you can always
find the information you need. Important safety instructions are highlighted
in this operating manual. They are indicated by the warning symbol (triangle)
in the left column. The signal word (e.g. “CAUTION”) indicates the level of
danger:
WARNING
indicates a possibly dangerous situation that can lead to serious
(irreversible) injury or death if the safety instruction is not followed.
CAUTION
indicates a possibly dangerous situation that can lead to slight (reversible)
injury if the safety instruction is not followed.
NOTE indicates a situation where goods might be damaged if the actions
mentioned are not taken.
2.1.2 Safety signs on the product
Note all labels, information signs and safety symbols on the product. A
warning symbol (triangle) without text refers to safety information in this
operating manual.
2.1.3 Further documents providing safety information
The following documents provide additional information, which you should
observe for your safety when working with the measuring system: Operating
manuals of other components of the DW/P system (power packs,
controller, accessories, sensors, measuring instruments) Safety datasheets of
calibration and maintenance equipment (e.g. cleaning
solutions).
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Safety instructions
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2.2 Safe operation
2.2.1 Authorized use
The authorized use of the drinking water panel DW/P is exclusively for
drinking water and swimming pool water. Only the operation and running of the
Alyza IQ according to the instructions and technical specifications given in
this operating manual is authorized (see chapter 6 ACCESSORIES, MAINTENANCE
EQUIPMENT AND REPLACEMENT PARTS). Any other use is considered unauthorized.
2.2.2 Requirements for safe operation
Note the following points for safe operation: The product may only be operated
according to the authorized use specified
above.
The product may only be operated under the environmental conditions mentioned
in this operating manual.
The product may only be supplied with power by the energy sources mentioned in
this operating manual.
The product may only be opened if this is explicitly described in this
operating manual (example: connecting electrical lines to the terminal strip).
2.2.3 Unauthorized use
The product must not be put into operation if:
it is visibly damaged (e.g. after being transported)
it was stored under adverse conditions for a lengthy period of time (storing
conditions, see chapter 6 ACCESSORIES, MAINTENANCE EQUIPMENT AND REPLACEMENT
PARTS).
2.3 User qualification
Target group
Special user qualifications
The drinking water panel was developed for online analysis. Some maintenance
activities, e.g. changing the electrolyte of the chlorine combination
electrode, require the safe handling of chemicals. Thus, we assume that the
maintenance personnel is familiar with the necessary precautions to take when
dealing with chemicals as a result of their professional training and
experience.
The following installation activities may only be performed by a qualified
electrician:
Connection of the turbidimeter to the power supply.
Connection of the IQ SENSOR NET to the power supply.
Connection of external, line voltage-carrying circuits to relay contacts (see
module manual of the relay output module).
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Safety instructions
2.4 Personal protective equipment (PPE)
The PPE includes clothing and other equipment that is used to protect you
against risks at your place of work. You must always wear your PPE while doing
dangerous jobs to avoid injuries or damage to your health.
Personal protective equipment Protective goggles
Typical examples
Chemical resistant gloves
Safety shoes
figure 2-1 Personal protective equipment
It is the duty of the operator to provide all users with the required PPE. The
PPE must fulfill the national standards and laws.
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3 Installation
3.1 Scope of delivery
DW/P drinking water panel with mounted components Inlet section – Pipes and
glands – Pressure reducer – Sampling valve – Flow indicator Turbidimeter,
depending on the configuration MIQ/IDS2 or MIQ/IDS4, depending on the
configuration Guide rail for mounting the flow through armatures Flow
through armatures, depending on the configuration Maintenance console MTC/C
Outlet section 8 spacers (20 mm) for wall mounting
Components not mounted Assembly wrench FS DWP Cleaning brush
Operating manuals Drinking water panel Components mounted
3.2 Basic principles of installation
3.2.1 General installation instructions
Pay attention to the following points during installation: The drinking water
panel is shipped in protective transport packaging.
We recommend: Keep the packaging material (e.g. for a return shipment). The
original packaging protects the drinking water panel from transport damage.
Due to its weight, the drinking water panel must always be carried by two
people. Wear safety shoes for transport, installation and mounting work (see
section 2.4 PERSONAL PROTECTIVE EQUIPMENT (PPE)). Mount the drinking water
panel in a straight position (check, for example, with a water level) to
ensure that the liquids can drain off optimally.
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3.2.2 Steps for installation
1. Install the drinking water panel (see section 3.2.3 MOUNTING OF THE DW/P
DRINKING WATER PANEL).
2. Connect any IQ SENSOR NET modules (see section 3.2.4 CONNECTING THE IQ
SENSOR NET MODULES).
3. Prepare the turbidimeter for operation (see section 3.2.5 PREPARING THE
TURBIDIMETER FOR OPERATION)
4. Connect the turbidimeter to the MIQ/IC2 module (see section 3.2.6
CONNECTING THE TURBIDIMETER TO THE MIQ/IC2 MODULE)
5. Supply the components with power (see section 3.2.7 INSTALLING THE POWER
SUPPLY).
6. Install the chlorine sensor into the D 19 flow through armature (see
section 3.2.8 INSTALLING THE CHLORINE SENSOR INTO THE D 19 FLOW THROUGH
ARMATURE).
7. Install the sensor into the D 17 flow through armature (see section 3.2.9
INSTALLING THE SENSOR IN THE D 17 FLOW THROUGH ARMATURE).
8. Connect the sensors to the MIQ/IDS module (see section 3.2.10 CONNECTING
THE SENSORS TO THE MIQ/IDS MODULE).
9. Connection of the inlet and outlet (see section 3.2.11 CONNECTION OF
SAMPLE OUTLET AND SAMPLE INLET).
10. Tidy up the cables (see section 3.2.12 TIDYING UP THE CABLES).
11. Provide the sample flow (see section 3.2.13 PROVIDING SAMPLE FLOW AT THE
SAMPLE INLET).
12. Starting the measuring operation (see section 3.3 STARTING THE MEASURING
OPERATION).
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3.2.3 Mounting of the DW/P drinking water panel
2
DW/P
1
3
4
3
figure 3-1 Dimensions
1 Height: 850 mm 2 Width: 700 mm 3 Distance from the edge (4 holes at the
corners): 60 mm 4 Recommendation for distance under the drinking water panel:
approx. 500 mm
Mounting location The drinking water panel is designed for wall mounting. At
the corners of the drinking water panel are four holes for wall mounting.
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NOTE The DW/P drinking water panel may only be installed in closed, frost-free
rooms.
Other requirements for the mounting location: Free wall (at least 850 x 700
mm, see figure 3-1) Distance under the drinking water panel
Recommendation: approx. 50 cm Distance of the drinking water panel from the
wall:
Recommendation: 40 mm (Long cables can be tidied up behind the drinking water
panel.) Spacers: See section 3.1 SCOPE OF DELIVERY. Do not place or operate
any water-sensitive devices below the drinking water panel.
Mounting
CAUTION
Risk of injury when transporting heavy loads.
Wear safety shoes for transport, installation and mounting work (see section
2.4 Personal protective equipment (PPE)).
Transport the drinking water panel with two people.
1. Select an easily accessible mounting location for the drinking water
panel.
2. Drill holes at the correct distances (see figure 3-1) in the wall intended
for mounting.
3. Select 4 screws: suitable for the material of the wall suitable diameter
(8 mm) for the spacers suitable length (approx. 10 cm) (Recommendation: 40 mm
distance from the wall)
4. Insert the screws through the holes in the drinking water panel.
5. Place two spacers on each screw.
The spacers are included in the scope of delivery. One spacer is 20 mm long. The spacers are suitable for screws with a diameter of 8 mm.
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6. Securely fasten the drinking water panel. Make sure that the drinking
water panel does not bend.
3.2.4 Connecting the IQ SENSOR NET modules Any modules included in the scope
of delivery (e.g. MIQ/IDS) have to be connected with the IQ SENSOR NET. In
most applications, the connection as a module stack is the simplest way of
connecting the IQ SENSOR NET modules. For details on the connection of IQ
SENSOR NET modules, see system operating manual IQ SENSOR NET.
3.2.5 Preparing the turbidimeter for operation General information on
commissioning (see operating manual of the turbidimeter). For initial
commissioning:
1. Remove the desiccant pouch from the cell of the turbidimeter and dispose
of it.
2. Insert the enclosed desiccant pouch into the base of the instrument (see
operating instructions for turbidimeter)
3.2.6 Connecting the turbidimeter to the MIQ/IC2 module Measuring instruments
that have a current output can be connected to the IQ SENSOR NET with the
MIQ/IC2 module.
Cables with a diameter of 5.8 mm to 10 mm are suitable for connecting the
turbidimeter to the MIQ/IC2 module (see MIQ/IC2 and turbidimeter operating
manuals)
1. Connect the current output on the turbidimeter to the current input on the
MIQ/IC2 module. Guide the cable of the power supply through the cable opening
of the drinking water panel.
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3.2.7 Installing the power supply
Installation activities for the power supply may only be performed by a
qualified electrician: The following components have their own power supply:
Turbidimeter IQ SENSOR NET
The IQ SENSOR NET supplies the components of the IQ SENSOR NET with power. The
power requirement of all components in the IQ SENSOR NET determines the number
of power supply modules needed. For the power supply of the IQ SENSOR NET
within the framework of the drinking water panel, one module with power supply
is sufficient.
To supply more components of the IQ SENSOR NET with power, a power rating is
required. This determines the number of power supply modules required (see
system operating manual of the IQ SENSOR NET).
For details on the installation of the power supply, see the operating manuals
of the components.
1. Connect the power supply for the turbidimeter (see operating manual for
the turbidimeter). Guide the cable of the power supply through the cable
opening of the drinking water panel.
2. Connect the power supply for the IQ SENSOR NET (see operating manual for
the power supply module or operating manual of the DIQ/S 28X). Guide the cable
of the power supply through the cable opening of the drinking water panel.
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3.2.8 Installing the chlorine sensor into the D 19 flow through armature
Before installing a sensor in a flow through armature: Connect the chlorine
sensor to the ADA Cl/IDS adapter (see operating manual of the chlorine
sensor).
1
2
3
4
5
6
figure 3-2 Flow through armature D 19 for the chlorine sensor
1 Flow through armature 2 Screw gland for fixing the sensor in the flow
through armature 3 Sample feed tube 4 Sample outlet tube 5 Guide rail for
mounting the flow through armature 6 Screw, for draining the flow through
armature
Installation of the chlorine
sensor
1. If the drinking water panel was in operation: Stop the sample feed.
2. Drain the flow through armature.
The drinking water panel contains the installation wrench for the screw glands
of the flow through armatures.
3. Screw on the screw gland with the installation wrench.
4. Loosely push the screw gland of the flow through armature onto the sensor.
5. Insert the sensor with the screw gland in the flow through armature.
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1
2
3
4
figure 3-3 Install the chlorine sensor in the flow through armature
1 Marking on the chlorine sensor 2 Top edge screw gland 3 Outlet 4 Inlet
6. Align the marking (1) on the sensor with the top edge (2) of the screw
gland.
7. Tighten the screw gland by hand. 8. Tighten the screw gland approx. a
quarter turn further with the installa-
tion wrench. NOTE Make sure that the sensor is firmly in place. A sensor that
is fastened too loosely can be pressed out of the flow through armature when
pressure is applied. NOTE Always open the inlet slowly for commissioning. A
strong pressure surge can destroy the membrane.
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3.2.9 Installing the sensor in the D 17 flow through armature Before
installing a sensor in a flow through armature: Connect sensors with plug-in
head with the AS/IDS-x cable (see operating manual of the sensor).
Recommendation on the order of the sensors: To avoid bending sensor cables too
much: Install the sensor with the longest shaft in the flow through armature
farthest from the cable opening.
1
2
3 4
5
figure 3-4 flow through armature for sensors with 17 mm diameter (IDS sensors)
1 Flow through armature 2 Screw gland for fixing the sensor in the flow
through armature 3 Sample feed tube 4 Sample outlet tube 5 Screw, for draining
the flow through armature
1. If the drinking water panel was in operation: Stop the sample feed.
2. Drain all flow through armatures.
The drinking water panel contains the installation wrench for the screw glands
of the flow through armatures.
3. Screw on the screw gland with the installation wrench.
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4. For FDO 925 oxygen sensor: Slide the spacer (30 mm) over the shaft.
5. Push the screw gland of the flow through armature onto the sensor and
tighten slightly.
6. Push the screw gland further over the sensor until the shaft of the sensor
is in contact with the screw gland.
When the shaft of the sensor is in contact with the screw gland, the sensor is
optimally exposed to the sample.
7. Carefully insert the sensor with the screw gland in the flow through
armature.
8. For FDO 925 oxygen sensor: Rotate the sensor so that the slanted surface
of the sensor tip faces the sample inlet.
9. Use your hand to tighten the screw gland on the flow armature. 10. Tighten
the screw gland approx. a quarter turn further with the installa-
tion wrench.
NOTE Make sure that the sensor is firmly in place. A sensor that is fastened
too loosely can be pressed out of the flow through armature when pressure is
applied. NOTE Always open the inlet slowly for commissioning. A strong
pressure surge can destroy the membrane.
3.2.10 Connecting the sensors to the MIQ/IDS module
1. Install the sensors in the flow through armature Chlorine sensor: see
section 3.2.8 Other sensors: see section 3.2.9
2. Connect the sensors to the MIQ/IDS module (see MIQ/IDS operating manual).
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3.2.11 Connection of sample outlet and sample inlet The outlet funnel cover is
attached to the outlet funnel.
1. Loosen the cover of the outlet funnel from the fastening. 2. Push the open
drain tube from the last flow through armature through
the cover of the outlet funnel until it protrudes inside. 3. Mount the cover
of the outlet funnel onto the outlet funnel.
figure 3-5 Outlet funnel with mounted drain tube
CAUTION
The outlet of the DW/P drinking water panel may only be connected to an open
channel flow that is virtually pressureless.
4. Direct the water from the outlet funnel to a drain for waste water. 5.
Connect the sample feed tube to the sample inlet.
3.2.12 Tidying up the cables The drinking water panel has cable passages to
stow cables behind the drinking water panel (see section 1.2.4).
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1. Insert long cables into the cable passage under the IQ SENSOR NET module
stack.
3.2.13 Providing sample flow at the sample inlet Ensure that the fluid circuit
is completely closed and tight.
1. Plug the sample feed tube into the connector for the sample feed on the
drinking water panel and secure it with a tube clamp.
CAUTION
Risk of injury in case of overpressure due to splashing water. Wear protective
goggles when connecting the sample feed to the drinking water plate (see
section 2.4 Personal protective equipment (PPE)).
2. Slowly turn on the sample flow. 3. In the presence of a turbidimeter (Turb
PLUS 2000) in the liquid circuit
(see operating manual of the turbidimeter): Pull the cell out of the cell
shaft. Check the cell for leaks with the lid screwed on. 4. Check all tube
connections of the drinking water panel for leaks. 5. Check the flow rate on
the flow indicator. 6. If necessary: Adjust the flow rate on the pressure
reducer.
The sample stream contains air bubbles, especially after commissioning, which
influence the measured turbidity value.
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3.3 Starting the measuring operation
Prerequisite: The system is started up. The sample flow is set. All sensors
are displayed in the measured value display on the terminal of the
IQ SENSOR NET.
1. Make the settings for sensors on the IQ SENSOR NET. (see system operating
manual of the IQ SENSOR NET).
2. Calibrate the sensors (see operating manual of the MIQ/IDS).
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Maintenance and cleaning
4 Maintenance and cleaning
4.1 Maintenance
Component Sensor Other components
Maintenance See operating manual of the sensor See operating manuals of the components
4.2 Cleaning
Drinking water panel Clean the drinking water panel, tubes and component
surfaces by wiping them with a moist cloth.
Pipes, inside Basically, it is not necessary to clean the insides of the
pipes. However, diluted cleaning acetic acid (max. 10%) can be pumped through
the pipes.
Flow through armatures, flow indicator
1. Stop the sample feed. 2. Drain the flow through armatures. 3. Loosen the
screw glands on the flow through armatures. 4. Pull the sensors out of the
flow through armatures. 5. Have containers ready to collect water under the
flow through arma-
tures. 6. Open the screws on the undersides of the flow through armatures. 7.
Clean the flow through armatures, e.g. with a brush or a moist cloth. 8. Have
a container ready to collect water under the sampling tap. 9. Open the
sampling tap.
The water from the flow indicator drains off. 10. Unscrew the flow indicator.
11. Remove the flow indicator from the fluid circuit. 12. Clean the flow
indicator, e.g. with a brush or a moist cloth.
After cleaning
1. Reinstall the flow indicator in the liquid circuit and screw it in place.
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2. Screw in the screws on the undersides of the flow through armatures again.
3. Install the sensors in the flow armatures (see section 3.2.8 INSTALLING
THE CHLORINE SENSOR INTO THE D 19 FLOW THROUGH ARMATURE or see section 3.2.9
INSTALLING THE SENSOR IN THE D 17 FLOW THROUGH ARMATURE).
4. Check that the inlet and outlet connections are tight on all flow through
armatures.
5. Open the sample inlet.
4.3 System expansion
4.3.1 IQ SENSOR NET
System expansion of the IQ SENSOR NET (see system operating manual of the IQ
SENSOR NET).
4.3.2 Flow through armatures
All flow through armatures included in the scope of delivery are mounted on a
rail.
The maximum number of flow through armatures on the rail is 4. If the maximum
number of flow through armatures has not yet been reached, additional flow
through armatures can be mounted on the rail.
To be able to connect 4 IDS sensors to the IQ SENSOR NET the following
requirements must be met: 4 IDS interfaces are available on the IQ SENSOR NET.
The IQ SENSOR NET can indicate 4 sensors in the measured
value display.
Replacing or adding any flow through armatures
1. Select the position for the new flow through armature.
One criterion for the choice of position is, for example, the space
requirement of a sensor upwards.
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1
2
6
3
7
4 5
figure 4-1 Flow through armatures (example D 19)
1 Flow through armature 2 Sample feed tube 3 Sample outlet tube 4 Guide rail
for mounting flow through armatures 5 Click screw connection sample inlet 6
Click screw connection sample outlet 7 Holes for mounting the flow through
armature
2. Insert a screw with washer in each of the two holes (7) and mount the flow
armature on the rail.
3. Connect the tube to the click screw connection on the sample outlet (see
section 4.3.3).
4. Connect the tube to the click screw connection on the sample outlet (see
section 4.3.3).
5. Install the sensors in the flow through armatures. Chlorine sensor in flow
through armature D 19: see section 3.2.8 Other sensors in flow through
armature D 17: see section 3.2.9
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4.3.3 Connect the tube to the click screw connection of the flow through armature
1
figure 4-2 Click screw connection (closed)
1 Sleeve of the click screw connection (blue)
1. Pull out the sleeve of the click screw connection (1) until it audibly disengages with a click.
1
figure 4-3 Open the click screw connection
1 Sleeve of the click screw connection (blue)
2. Insert the tube 26 mm deep into the sleeve (1) of the click screw connection. If the tube is not inserted deep enough, the connection will not be tight.
12
figure 4-4 Insert the tube in the sleeve
1 Sleeve of the click screw connection (blue)
2 Tube
3. Press the sleeve of the click screw connection (1) against the flow through armature until it audibly engages. The tubes are connected tightly.
1
figure 4-5 Close the click screw connection
1 Sleeve of the click screw connection (blue)
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Technical data
5 Technical data
5.1 Drinking water panel
Drinking water panel
Dimensions (H x W x D) Material
Approx. 850 x 700 x 13 mm PVC rigid foam, spumed, white
Mounting
4 holes in the drinking water panel
Diameter
8.5 mm
Distances
60 mm from the edge
Ambient conditions
Temperature Operation Storage
5 °C … + 40 °C 0 °C … + 45 °C
Permissible overpressure
Before pressure regulator (inlet)
After pressure regulator
0 … 6 bar 1.5 bar (preset)
Medium overflow Into open channel flow, virtually pressureless. A water column of max. 0.5 m relating to the lid of the pH flow through armature may be applied.
Sample flow Without chlorine sensor With chlorine sensor
At least 10 l/h At least 15 l/h
Range of application Drinking water and swimming pool water
Inlet and outlet Inlet Outlet
Tube nozzle R1/2″, not removable Outlet into funnel, Ø 40 mm
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5.2 Components
Maintenance Dimensions (H x W) console MTC/C
Material
Flow through armature D 17 for pH, ORP, conductivity, oxygen
Material Sealing material Application temperature
Flow rate
Pressure load
Process connection
Sensor receptacle Dimensions Figure
160 x 120 mm Kömacel (PVC hard integral foam board), white
PVC NBR Max. 40 °C Max. 60 l/h Max. 0.5 bar Polyurethane tube Outer
diameter: 6 mm Inner diameter: 4 mm Installation: vertical Mounting
location for one sensor (clamped) Diameter: 12 mm – 17 mm Mounting length:
120 mm Height: 115 mm (without screwed cable gland) Width: 60 mm Depth: 50 mm
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Technical data
Flow through armature D 19
for chlorine
Material Sealing material Application temperature Flow rate Pressure load Process connection
Sensor receptacle Dimensions Figure
PVC
NBR
Max. 40 °C
Max. 60 l/h
Max. 0.5 bar
Polyurethane tube Outer diameter: 6 mm Inner diameter: 4 mm
Installation: vertical
Mounting location for one sensor (clamped) Suitable for sensors with
diameter: 18 mm – 25 mm; Mounting length: 120 mm
Height: 115 mm (without screwed cable gland) Width: 60 mm Depth: 50 mm
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Technical data
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Pressure reducer Pr-DN10
Material
Brass, plastic, stainless steel
Sealing and membrane mate- NBR rial
Application temperature
Pressure before pressure regulator (inlet)
Max. 40 °C Max. 25 bar*
Pressure after pressure regula- Max. 6 bar* tor
Minimum pressure difference 1 bar
Figure
*.Deviating values when operated on the drinking water plate (see section 5.1)
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Technical data
Dosing ball valve Do-DN10
Housing material Ball sealing material Pressure
PVC-U PTFE Max. 10 bar*
*.Deviating values when operated on the drinking water plate (see section 5.1)
5.3 Components with power supply
Some components of the drinking water panel require a power supply. For more
information, see the component operating manual.
Component IQ SENSOR NET system DIQ/S 28X IQ SENSOR NET mains power supply
module Sensors
Turbidimeter (Turb PLUS 2000)
Power supply
See system operating manual IQ SENSOR NET DIQ/S 28X
See operating manual power supply module
The sensors are supplied with power via the IDS cable or the IDS adapter. The
power supply of the IQ SENSOR NET system must be adapted to the power
requirements of the connected modules and IDS sensors.
See operating manual of the turbidimeter
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Accessories, maintenance equipment and replacement parts
DW/P
6 Accessories, maintenance equipment and replacement parts
Description Flow through armature for sensors Flow through armature for chlorine sensors MIQ module for 2 IDS sensors MIQ module for 4 IDS sensors Guide rail for mounting the flow through armature Pressure regulator R1/2″ Dosage ball valve Maintenance console Tube set Tube 5 m Tube couplings Spare parts for flow through armature D 17 Spare parts for flow through armature D 19 Assembly wrench (SW 30, SW 42)
Model D 17 D 19 MIQ/IDS2 MIQ/IDS4 MS DWP
Pr-DN10 Do-DN10 MTC/C AS/4-2 AS/5m AS/CON KT/D 17 KT/D 19 FS DWP
Order no. 401990 401991 480032 480034 904001
904000 904005 904009 904015 904017 904020 904023 904024 904030
Description Suitable sensors Accessories for sensors Accessory for the IQ SENSOR NET Turbidimeter
Model, order no.
See operating manual of the MIQ/IDS
See operating manuals of the sensors
See system operating manual IQ SENSOR NET
See operating manual of the turbidimeter
You can find more products in the catalog or on the Internet at www.xylemanalytics.com. There you will also find laboratory and handheld photometers and the photometric test kits suitable for your application and photometer.
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Disposal
7 Disposal
Handle and dispose of all waste in compliance with local laws and regulations.
EU only: Correct disposal of this product — WEEE Directive on waste electrical
and electronic equipment This marking on the product, accessories or
literature indicates that the product should not be disposed of with other
waste at the end of its working life. To prevent possible harm to the
environment or human health from uncontrolled waste disposal, please separate
these items from other types of waste and recycle them responsibly to promote
the sustainable reuse of material resources. Waste from electrical and
electronic equipment can be returned to the producer or distributor.
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Disposal
DW/P
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Xylem |zlm|
- The tissue in plants that brings water upward from the roots; 2) a leading
global water technology company. We’re a global team unified in a common
purpose: creating advanced technology solutions to the world’s water
challenges. Developing new technologies that will improve the way water is
used, conserved, and reused in the future is central to our work. Our products
and services move, treat, analyze, monitor and return water to the
environment, in public utility, industrial, residential and commercial
building services settings. Xylem also provides a leading portfolio of smart
metering, network technologies and advanced analytics solutions for water,
electric and gas utilities. In more than 150 countries, we have strong, long-
standing relationships with customers who know us for our powerful combination
of leading product brands and applications expertise with a strong focus on
developing comprehensive, sustainable solutions. For more information on how
Xylem can help you, go to www.xylem.com.
®
Service and Returns: Xylem Analytics Germany Sales GmbH & Co. KG WTW Am Achalaich 11 82362 Weilheim Germany
Tel.: +49 881 183-325 Fax: +49 881 183-414 E-Mail wtw.rma@xylem.com Internet: www.xylemanalytics.com
Xylem Analytics Germany GmbH Am Achalaich 11 82362 Weilheim Germany
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>