background image

11

UK

8  Operating and display elements

1

1

2

3

On delivery, the two yellow LEDs (LED1 and LED2) indicate the switching 

status of output OUT1� This can be configured via IO-Link 

(→ 9.2.4)

Fig� 1: view of the unit

1: inductive teach button

Fig� 2: top view

1: LED1 (yellow) = switching status OUT1

2:  LED2 (yellow) = switching status OUT1 

(OUT2)

3: LED3 (green) = operating status

The inductive teach button is actuated with a metal object (e�g� a 

screwdriver 1 x 5,5 mm) by applying it flat to the teach surface.

 

No operation is triggered by actuating the button briefly (less than 1 s) or 

continuously (longer than 30 s) (static activation)! 

9  Parameter setting

On delivery, the unit is set to detecting water-based media (e.g. coolant emulsion). 

In many cases the factory setting is sufficient, so that no further settings are 

required�

 

► Check the function by performing an application test) (→ 10)

In case the factory settings are not sufficient:

 

Adapt the unit to the application� 

The unit can be parameterized using the inductive teach button 

(→ 9.1)

 or 

via IO-Link 

(→ 9.2)

� Some functions are only available via IO-Link�

Summary of Contents for LI513 Series

Page 1: ...Operating instructions Binary level sensor LI513x 11410834 00 08 2021 UK UK...

Page 2: ...Installation procedure 8 6 3 Set the installation depth 9 7 Electrical connection 10 8 Operating and display elements 11 9 Parameter setting 11 9 1 Parameter setting via the teach button 12 9 1 1 Unlo...

Page 3: ...erating states 20 11 Technical data and scale drawing 20 12 Maintenance Transport 20 13 Factory setting 21 1 Preliminary note 1 1 Symbols used Instruction Reaction result Designation of keys buttons o...

Page 4: ...suitable for the corresponding applications and environmental conditions without any restrictions Only use the product for its intended purpose Functions and features Only use the product for permiss...

Page 5: ...nit monitors the level point level and the temperature of liquid media in tanks 4 1 Application area Water hydrous media oils oil based media emulsions 4 2 Restriction of the application area Use the...

Page 6: ...y detected Electrically conductive and non conductive media are detected Relative permittivity of common media Mineral oil 2 Coolant emulsion 25 75 Glycol 37 Water 80 The unit operates with radial det...

Page 7: ...equires an IO Link capable module IO Link master The IO Link interface enables direct access to the process and diagnostic data and provides the possibility to set the parameters of the unit during op...

Page 8: ...standard applications Water coolant emulsion in a grounded metal tank 40 mm Oils in a grounded metal tank 100 mm Water media similar to water and oils in an ungrounded plastic tank 200 mm Distance bet...

Page 9: ...e unit 9 G A G point level L1 installation depth H tank height L2 outside length SH height of the connection piece L3 mounting length at least 60 mm L probe length A active zone 28 mm Select the insta...

Page 10: ...PELV For marine applications if approval available for the device additional surge protection is required Disconnect power Connect the unit as follows Core colours 4 3 2 1 BN WH BK BU 4 1 3 2 OUT2 L L...

Page 11: ...5 5 mm by applying it flat to the teach surface No operation is triggered by actuating the button briefly less than 1 s or continuously longer than 30 s static activation 9 Parameter setting On delive...

Page 12: ...n only be made via IO Link 9 2 Actuating the teach button 8 The unit is locked at the beginning of operation and after 120 s of inactivity operating hurdle to avoid unintentional input of incorrect va...

Page 13: ...ow prevention Empty the tank until the medium is at least 20 mm below the end of the probe 2 Unlock the unit 9 1 1 3 Actuate the teach button for at least 1 s not longer than 4 s First the green LED3...

Page 14: ...covered 2 Unlock the unit 9 1 1 3 Actuate the teach button for at least 4 s not longer than 7 s First the green LED3 goes out briefly then the two yellow LEDs start flashing slowly after 1 s at appro...

Page 15: ...be written transferred to the unit 5 3 1 This procedure may be used e g for duplicating the parameter setting of one unit to another Load suitable parameter set e g using a PC to the memory plug obse...

Page 16: ...UT2 ou1 Output configuration for switching output OUT1 level Hno hysteresis function normally open Hnc hysteresis function normally closed OFF output OFF high impedance ou2 Output configuration for sw...

Page 17: ...f a fault On switching output switches ON in case of a fault OU switching output reacts according to process value if possible Lo T Minimum value memory for the temperature Hi T Maximum value memory f...

Page 18: ...rther information please refer to the IODD description www ifm com or to the context specific parameter descriptions of the used parameter setting software 9 2 5 Example parameter setting via IO Link...

Page 19: ...no and OUT2 Hnc Both yellow LEDs LED1 and LED2 8 indicate the switching status of output OUT1 Operating status LED1 yellow OUT1 LED2 yellow OUT1 LED3 green Operating voltage Unit ready for operation n...

Page 20: ...jects such as wire brushes if you clean the sensor manually since they could damage the sensor Check the sensor and the mounting adapter at regular intervals and tighten again if necessary After remov...

Page 21: ...LEVL 34 SP2 LEVL 34 rP1 LEVL 25 rP2 LEVL 25 SP2 FH2 TEMP 65 C rP2 FL2 TEMP 62 C dS1 0 0 dS2 0 0 dr1 0 0 dr2 0 0 FOU1 OFF FOU2 OFF Lo T Hi T Percentage values refer to the process value 0 corresponds t...

Reviews: