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10

9. Operating the product

9.1 Software overview

The CU 382 has four different views which can be selected by using [Right]- and [Left]-button. The default screen (i.e. after restart) is the 
Parameter screen.
Pressing [Back] button several times (depends on level of sub menu) will always get the user back to one of these screens

9.1.1 

.

Status screen

.

The first row shows the version of the software. In case problems 
make it necessary to contact our service department, the Status 
menu enables the operator to easily identify the software version 
(Version) and the serial number (Serial) of the actual device.
The third row (Waiting) shows the waiting time to the next action 
(start of measurement or start of cleaning). This interval can be 
set in menu Measurement settings (Meas. Settings…).
The last row (YYYY/MM/DD) shows current date and time. This 
can be set in menu. 

9.1.2 Parameter screen

This is the default parameter screen. It shows two measured 
values at once. Besides the reading itself the parameter name 
(FCL) and the unit (mg/l) is displayed. The inverted font in the 
header displays the selected parameter which is marked with a 
triangle symbol. To scroll through the list of configured 
parameters use [Up]- and [Down] buttons. Up to 8 parameters 
can be configured and therefore displayed.

These displayed parameters can be:

– Sensor reading
– Analog input
– Digital input
– Flow guard

Quick calibration

It is possible to make a quick calibration directly from the 
parameter screen. 
Choose the parameter you want to calibrate with [Up]- and 
[Down] buttons and pressing [OK] button will open up the Quick 
calibration menu.
Before taking a sample to perform a calibration, rinse the 
sampling point of the flow cell at least 3 times to remove all 
residuals from the sampling point. After this, approx. 10 ml should 
be analysed by a reference method and the result has to be 
entered into field Lab 1.
At the same time the sample is taken, Sample 1 has to be 
selected with [Up]- and [Down] buttons and [OK] button has to be 
pressed to measure the raw value of this sample. This current 
measured raw value will be stored onto the sensor. 
As soon as the Sample 1 is measured and the corresponding Lab 
1 value has been entered, the calibration can be executed by 
selecting Perform Calibration with [Up]- and [Down] buttons and 
pressing [OK] button.
The Quick calibration menu will be closed and the new calibration 
coefficient will be used for measurement.

Status

Parameter

Controller

Alarm

Status

>

<

P1/3 pH

>

<

C2/2

>

<

AP001 A1/1

Version

V7.05B1

pH

15 %

YYYY/MM/DD

Serial:

9999999

9.49

Type

PID/Running

Follow below

Waiting:

1s

Temp.

pH

>4/20 mA #2

lower alarm limit

YYYY/MM/
DD

h/min/sec

22.1

C

AV/SP:   6.86/7.00 

(ext.)

General set up

Parameter set up

Controller set up

Alarm set up

Manage sensor

Calibrate expert

Setpoint

Acknowledgment of 
alarms

Manage parameters

Monitor

Settings PID/2-P/
None

Cleaning 1

Display settings

Source

Measuring settings

Alarm settings

Output DI/mA

Date/Time

Output

Output settings

Modbus slave 

Output settings

Alarm settings

Update software

pH compensation

Reset state

Select language

Parameter info

Service

Remove parameter

Status

>

Version: V7.05B1
Serial: 9999999
Waiting: 1s
2015/Oct/05

16:40:49

<

P1/3 FCL

>

0.531

FCL

mg/l

7.8

pH

P1 Quick calibration

Lab 1:

0.35

Sample 1:

2.41

Perform calibration

Summary of Contents for DID

Page 1: ...DID Installation and operating instructions GRUNDFOS INSTRUCTIONS...

Page 2: ...vent of product failure 3 1 5 Working with chemicals 3 2 Safety instructions 3 3 Receiving the product 3 3 1 Transporting the product 3 3 2 Scope of delivery 3 3 3 Product updates other 3 4 Installing...

Page 3: ...nsor installation fitting control unit etc No external interferences i e no electric and electro magnetic interferences by leakage current earth fault of pumps electric motors high voltage currents et...

Page 4: ...ll them out by temporary increase of the discharge 5 Starting up the product 5 1 Initial startup Once the mounting and installation have been completed and checked the initial start up of the DID will...

Page 5: ...the selection of the language see section 9 2 8 Select language Subsequently reading and information display will be shown The most recent information obtained by the CU 382 will be displayed even wh...

Page 6: ...cludes a PID Proportional Integral Derivative controller which is capable of dosing disinfectants to the monitored water drinking bathing waste water The hydraulic part of the station manages the comp...

Page 7: ...ers temperature 100 240 VAC 50 60 Hz Installation variant BF1 Bypass flow cell 1 sensor BF3 Bypass flow cell 3 sensors TI1 Tank immersion clean water 1 sensor TI2 Tank immersion clean water 2 sensors...

Page 8: ...Free chlorine dosing control with validation via ORP Free Chlorine 0 2 ppm ORP 2000 2000 mV DID 3 BF3 FCL2 ORP 98915663 Free chlorine dosing control with wide pH variation and validation via ORP Free...

Page 9: ...cknowledges alarms in the alarm screen Right button Moves right in views or values Down button Moves one line downward the selected line has a triangle as first character Decreases values OK 1 2 3 4 5...

Page 10: ...tons and pressing OK button will open up the Quick calibration menu Before taking a sample to perform a calibration rinse the sampling point of the flow cell at least 3 times to remove all residuals f...

Page 11: ...e first row shows date and time the alarm has occurred the first time In the rows two to four the alarm text is displayed With OK button every alarm can be acknowledged If the reason for the occurrenc...

Page 12: ...position 9 2 3 Cleaning device In the Cleaning menu a connected cleaning device can be configured Cleaning is only needed if one of the connected sensors is submersed and a automatic cleaning device...

Page 13: ...he Parameter settings menu a parameter can be calibrated monitored linked to an alarm linked to an output and removed Also an overview of all settings of a parameter can be displayed 9 3 1 Calibrate e...

Page 14: ...and Value will show the current calibrated value Offset and Slope will show the calibration coefficients which are stored onto the sensor Performing a Span calibration This type of calibration is an...

Page 15: ...digital outputs see section 9 3 6 Output settings 9 3 6 Output settings In the Output settings menu a parameter can be allocated to an analog or digital output If an analog output is chosen 4 mA defi...

Page 16: ...ght button Pressing OK button will confirm the maximum of pulses min 9 3 7 Parameter info The Parameter info screen shows a summary of all important settings and information for one parameter 9 3 8 pH...

Page 17: ...with Up and Down buttons and by pressing OK button the integral part can be changed with Up Down Left and Right button Pressing OK button will confirm the new value for Ti To disable the integral part...

Page 18: ...OK button will confirm the type None as a type will deactivate the controller Hysteresis defines the hysteresis for the 2 P controller The switching points for the controller are Setpoint Hysteresis...

Page 19: ...available Due to the fact that the controller output range is from 0 to 100 mapping isn t necessary The only parameter which can be changed is the maximum of pulses min for 100 output To change the m...

Page 20: ...data will be copied to the USB stick Delete logs will delete all system llogfiles To delete all logfiles select Delete logs with Up and Down buttons and by pressing OK button the logfiles will be dele...

Page 21: ...artup Routine functional check Suspicion of DID malfunction Modification of DID e g integration of additional sensor or device Change of measuring location Depending on the application water compositi...

Page 22: ...and flow cell can be destroyed if too much force is used Flow detector shows no flow Inlet valve is closed Inlet strainer is blocked Open inlet valve Clean inlet strainer Water is not visible within t...

Page 23: ...mm 4 Data Units TI1 TI2 General data Number of connectable S CAN sensors 1 2 Min liquid temperature C 0 1 Max liquid temperature C 45 Min ambient temperature C 0 1 Max ambient temperature C 45 Hydraul...

Page 24: ...r external mechanical relay switch Digital input for external mechanical relay switch Galvanic isolation kV none none Maximum input frequency Hz 100 100 Low input voltage V 7 7 High input voltage V 8...

Page 25: ...al display 70 x 40 viewing area trans reflective white background Data transfer USB host mode support for data transfer with USB stick Supports FAT FAT32 USB host mode support for data transfer with U...

Page 26: ...hout packaging With packaging Product number kg kg DID 1 BF1 FCL2 4 26 8 095 98915656 DID 1 BF1 CDI2 4 26 8 095 98915657 DID 1 BF1 PA2 4 26 8 095 98915658 DID 1 BF1 HP2 4 26 8 095 98915659 DID 3 BF3 F...

Page 27: ...6 6025 0416 TM06 6039 0216 Fig 12 Dimension of control unit CU 382 for wall mounting back mm Fig 13 Dimension of sensor with holder mm pipe with external diameter 50 mm not included 198 137 5 3 30 185...

Page 28: ...Avoid direct sunlight for proper operation Before installation and operation DID the instruction manual must be read Avoid drying up the sensors The sensors must always be submerged in water Avoid suc...

Page 29: ...Documents as listed Type of product Measurement Process Control Name of product DID Model number D 320 GF1 230 D 320 GF3 230 Low Voltage Directive 2014 35 EU Standard used EN 61010 1 2010 RoHS2 2011 6...

Page 30: ...30...

Page 31: ...Building 679 5 Yeoksam dong Kangnam ku 135 916 Seoul Korea Phone 82 2 5317 600 Telefax 82 2 5633 725 Latvia SIA GRUNDFOS Pumps Latvia Deglava biznesa centrs Augusta Deglava iel 60 LV 1035 R ga T lr 3...

Page 32: ...5263 The name Grundfos the Grundfos logo and be think innovate are registered trademarks owned by Grundfos Holding A S or Grundfos A S Denmark All rights reserved worldwide Copyright Grundfos Holding...

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