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11

Fluid monitoring system - Application solution

UK

In LR DEVICE:

 

In the [ONLINE] area: Click on the IO-Link master�

 

> The detail window shows the available parameters of the IO-Link master�

 

Change the following parameters in the [IoT] menu:

Parameters

Value

IP address LR Agent or SMARTOBSERVER

192�168�0�50

Port LR Agent or SMARTOBSERVER

35101

Interval LR Agent or SMARTOBSERVER

15000

Application tag

Fluid Monitoring System 1

 

Click on the symbol [

IO-LINK

] to write the changed values to the IO-Link master�

7.4  Adapt the calculation of the heat quantity

In the factory settings, the calculation of the heat quantity is rated for the coolant "water"� If a different 

coolant is used, execute the following actions:
On the industrial PC:

 

Open the following directory in the file explorer:C:\Program Files\ifm electronic\LR4\LRAgent\

LRAgent_customized\Config\FMS

 

Open the file "Parameters" using the text editor�

 

Change the values of the following parameters according to the selected coolant:

Parameters

Description

SpecificHeatCapacity

Specific heat capacity of the coolant (e.g. 4.18)

Density

Density of the coolant (e.g. 995.0)

 

Save and close the file�

 

Open Windows application "Services"�

 

► Right mouse click on the service "LR Agent (FMS)"

 

Select the command "Restart" in the context menu�

 

> The service is restarted�

 

> Changed parameter values are used to calculate the heat quantity�

8  Parameter setting

The parameters can be set before installation or during operation via the IO-Link interface�

If you change parameters during operation, this will influence the function of the plant� 

 

Ensure that there will be no malfunctions in your plant�

During parameter setting the sensors remain in the operating mode� They continue to monitor with the 

existing parameter until the parameter setting has been completed�

The sensors' IODD at www�ifm�com contains a complete list of adjustable parameters�

8.1  Change limit values and switch points

Adjust the limit values and switch points of the sensors:
In LR DEVICE:

 

Click on the symbol [

IO-LINK

] to scan the network for available devices�

 

> LR DEVICE finds the connected IO-Link master�

Summary of Contents for ZZ0600

Page 1: ...Instructions for set up Fluid monitoring system Application solution 11274132 00 09 2019 UK ...

Page 2: ... 7 6 Electrical connection 7 6 1 Pin assignment of the IO Link master 8 6 2 Wiring diagram industrial PC 8 7 Set up 8 7 1 Set up the industrial PC 9 7 1 1 Option 1 Local access 9 7 1 2 Option 2 Remote access 9 7 2 Create a backup copy of the operating system 9 7 3 Set up LR DEVICE 10 7 3 1 Configure the interface to the IO Link master 10 7 3 2 Configure the interface to the LR SMARTOBSERVER 10 7 4...

Page 3: ...r indications Cross reference Important note Non compliance may result in malfunction or interference Information Supplementary note 1 2 Further documents Quick reference guide fluid monitoring system Operating instructions flow meter Operating instructions temperature transmitter Operating instructions IO Link masters Operating instructions power supply Operating instructions Ethernet switch Soft...

Page 4: ...a If the operating instructions or the technical data are not adhered to personal injury and or damage to property may occur The manufacturer assumes no liability or warranty for any consequences caused by tampering with the product or incorrect use by the operator Installation electrical connection set up operation and maintenance of the product must be carried out by qualified personnel authoris...

Page 5: ...nitor the return temperature The fluid monitoring system transfers the process values to an IO Link master via the IO Link interface The parameters are set using the LR DEVICE parameter setting software 4 2 IO Link masters The IO Link master serves as a gateway for the process data of the connected sensors The IO Link master enables setting of the parameters of the connected sensors via the LR DEV...

Page 6: ...tion 6 A B LR DEVICE LR SMARTOBSERVER 2 1 ZZ0600 3 4 Fig 1 Application solution overview A Preconfigured industrial PC B Application package consisting of 1 Power supply 2 AL13nn IO Link master 3 SM6000 flow meter 4 TA2405 temperature sensor ...

Page 7: ... The device is rated for convection cooling Do not impede the air circulation Adhere to installation distances 5 4 Industrial PC Install the industrial PC in the control cabinet taking the following into account Mount the industrial PC on a flat mounting surface Use 4 M5 mounting screws and washers for fastening The device is rated for convection cooling Do not impede the air circulation Adhere to...

Page 8: ...erface to the industrial PC with LR DEVICE 2 not connected 3 Power supply 4 SM6000 5 TA2405 6 not connected 7 not connected 6 2 Wiring diagram industrial PC 1 2 3 4 5 6 7 V V 1 Power supply 2 Display port 3 VGA socket 4 HDMI interface 5 Ethernet interface 2 6 Ethernet interface 1 7 USB ports 7 Set up When the operating voltage has been switched on the components of the application solution work wi...

Page 9: ...PC The Windows login screen appears Enter the login details and confirm with Enter The Windows desktop interface of the industrial PC appears 7 1 2 Option 2 Remote access The user accesses the user interface of the industrial PC via a remote desktop connection For remote access the Ethernet interfaces of the industrial and local PC must be configured for the same IP address range Connect the local...

Page 10: ...bol IO LINK to scan the network for available devices LR DEVICE finds the connected IO Link master In the ONLINE area Click on the IO Link master The detail window shows the IT settings of the IoT interface Change the following parameters Parameter Value IP address 192 168 0 1 Subnet mask 255 255 255 0 Default gateway IP address 0 0 0 0 Click on the symbol IO LINK to write the changed values to th...

Page 11: ...cording to the selected coolant Parameters Description SpecificHeatCapacity Specific heat capacity of the coolant e g 4 18 Density Density of the coolant e g 995 0 Save and close the file Open Windows application Services Right mouse click on the service LR Agent FMS Select the command Restart in the context menu The service is restarted Changed parameter values are used to calculate the heat quan...

Page 12: ...write the changed parameter values to the sensor The sensor functions with the changed parameter values 9 Operation 9 1 Monitor the process data The LR SMARTOBSERVER enables the monitoring of process data The LR SMARTOBSERVER is preconfigured for the fluid monitoring system application solution Login details for the LR SMARTOBSERVER user name test password test Start the LR SMARTOBSERVER The login...

Page 13: ...ab The window shows the current process values of the selected fluid monitoring system Explanation Display Description Source Cooling Power Cooling power in kW calculated from the process data SM6000 Flow FL Flow in l min SM6000 SM6000 Temp FL Temperature in the supply line in C SM6000 SM6000 Totalizer FL Volumetric flow quantity since the last reset in l SM6000 TA2405 Temp FL Temperature in the r...

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