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MK59xx

Cylinder sensor with IO-Link

22

LED1

LED2

1

2

LED1

LED2

1

2

Fig. 11: Stroke time monitoring when changing end positions 1 --> 2 or when changing end positions 2 --> 1.

Parameter

Explanation

(A)

[Current actuator runtime 1 --> 2]

[Current actuator runtime 2 --> 1]

Actual time required for the change between both end positions. The
value can only be read.

(B)

[Reference actuator runtime 1 --> 2]

[Reference actuator runtime 2 --> 1]

Required time for the change between both end positions.

(C)

[Tolerance actuator runtime 1 --> 2]

[Tolerance actuator runtime 2 --> 1]

Tolerated difference between (A) and (B).

Tab. 1: Parameters for stroke time monitoring

Example:

[Reference actuator runtime 1 --> 2]: 1000 ms

[Tolerance actuator runtime 1 --> 2]: 400 ms

If the [Current actuator runtime 1 --> 2] is less than 600 ms, the event "actuator runtime not reached" will be activated.

If the [Current actuator runtime 1 --> 2] is more than 1400 ms, the event "actuator runtime exceeded" will be activated.

Setting range of the tolerance actuator runtime: 20…20 000 ms. Values outside the setting
range will be automatically corrected to the minimum or maximum value during application
teach.

Manual parameter setting

u

Parameter setting of switching signal channels SSC1.1 and SSC1.2

 (

Ò

 Detecting two end

positions (short-stroke cylinder) 

/

 25)

.

u

Call up [Parameters] > [Output Configuration].

u

Select [oux] and set the diagnostic function for output OUTx: [dOU / diagnostic output].

u

Select [dFUx] and set [TimeoutOn / Timeout 1 --> 2] or [TimeoutOff / Timeout 2 --> 1].

u

Select [Parameter] > [Signal].

u

Select and set the [Reference actuator runtime x --> y.] 
-or-
execute command: [ Apply Reference actuator runtime x --> y] to adopt the value of the last stroke
time.

u

Select and set the [Tolerance actuator runtime x --> y].

Parameter setting via teach:

u

Performing application teach

 (

Ò

 Teach In Application 

/

 18)

:

w

The device recognises minimum and maximum values as end positions after the piston rod has
been moved in and out three times and independently sets the switch points for SSC1.1 and
SSC1.2 with the mode [Single Point].

w

The average runtime for the piston rod moving in and out is taken as the [Reference actuator
runtime x --> y].

w

The tolerance time is set automatically: 
[Tolerance actuator runtime x --> y] = 50 % of [Current actuator runtime x --> y].

Summary of Contents for MK59 Series

Page 1: ...Operating instructions Cylinder sensor with IO Link MK59xx 11463922 00 12 2022 GB...

Page 2: ...5 9 1 Setting switch points 15 9 2 Teach functions 16 9 2 1 Switch point teach 16 9 2 2 Section Teach 17 9 2 3 Teach In Application 18 9 3 Switch point logic 19 9 4 Switching delay 19 9 5 Signal direc...

Page 3: ...cessories and further information using the QR code on the unit packaging or at www ifm com 1 1 Symbols used Requirement Instructions Reaction result Designation of keys buttons or indications Cross r...

Page 4: ...architect of the system Read this document before setting up the product and keep it during the entire service life The product must be suitable for the corresponding applications and environmental co...

Page 5: ...sensor with IO Link MK59xx 5 3 Items supplied Cylinder sensor Cable clip Rubber placeholder The following are additionally required for installation hexagon socket 1 5 mm or slotted screwdriver not i...

Page 6: ...al aluminium brass or stainless steel Special adapters for mounting on the following cylinder profiles are available as accessories Clean line and tie rod cylinders Integrated profile cylinder Trapezo...

Page 7: ...omagnetic materials iron permanent magnets and magnetic fields in the vicinity of the device or the encoder magnet can influence and falsify the signal 5 2 Signal range The device provides a measured...

Page 8: ...between the following switch point modes according to the IO Link smart sensor profile Function Class Object Detection Deactivated Single Point Window Two Point Deactivated If the Deactivated mode is...

Page 9: ...d can be used to shut down a device or valve prematurely so that the cylinder moves more smoothly into the end stop Cylinder shortly before the end position e g at 80 of the end position LED 1 is on T...

Page 10: ...tion Thanks to accurate position detection process deviations can be monitored such as the drift of an operation as well as wear and soiling In this way quality monitoring can be carried out independe...

Page 11: ...scriptions of the device at documentation ifm com IO Link offers the following advantages Interference free transmission of all data and process values Parameter setting in the running process or pres...

Page 12: ...er towards the end position w LED2 goes on when the switch point SSC1 2 SP1 is reached When both LEDs are on this indicates the middle of the switching area 2 u Fix the device in this position using t...

Page 13: ...pply according to SELV PELV u Disconnect power u Connect the unit as follows L 1 BN 2 WH 4 BK 3 BU OUT1 IO Link OUT2 L 4 3 2 1 Fig 5 Wiring diagram colours to DIN EN 60947 5 2 BK black BN brown BU blu...

Page 14: ...of the switching signal channel If the switching signal channel is set to the switch point logic High active the LED goes on when the output is closed If the switching signal channel is set to the swi...

Page 15: ...evice to a free port of the IO Link master w The unit switches to IO Link mode u Change parameter settings in the software u Write parameter settings to the unit Notes on parameter setting Manual of t...

Page 16: ...der is fully in the end position SP1 current measured value hysteresis In the Window mode and in the Two Point mode the switch point SPx is set exactly to the current measured value SP1 current measur...

Page 17: ...x are taught using the current magnet position in an end position and the switch point mode is automatically set to Window The switch points SP1 and SP2 are calculated with the current measured value...

Page 18: ...least twice the value of hysteresis SSC1 1 and hysteresis SSC1 2 apart PDVmax PDVmin 2x SSC1 1 Config Hyst 2x SSC1 2 Config Hyst Parameter setting 1x 2x 1x 2x 3x PDV 0 4000 Min Max 3x Fig 7 Example al...

Page 19: ...switch point logic for the switching signal channel SSC1 x 9 4 Switching delay For both switching signal channels a separate delay time can be set for the output to switch and to be reset A switching...

Page 20: ...re a Teach In Application the assignment of the LEDs can also be changed Parameter setting u Select Parameter Signal Signal direction to set the signal direction 9 6 Output polarity of the switching o...

Page 21: ...hreshold value for the switching cycles counter SCT1 1 has been reached Overflow SCT1 2 Switching cycle monitoring 23 The threshold value for the switching cycles counter SCT1 2 has been reached NoDat...

Page 22: ...e setting range will be automatically corrected to the minimum or maximum value during application teach Manual parameter setting u Parameter setting of switching signal channels SSC1 1 and SSC1 2 Det...

Page 23: ...le threshold is reached The switching status remains active for the set hold time SSC EnhCrt_HoldTime SSC1 x Afterwards the switching output and the counter are reset The counter starts again at 0 SSC...

Page 24: ...rength Parameter Signal 9 8 3 1 Configuring magnetic field monitoring u Call up Parameters Output Configuration u Select oux and set the diagnostic function for output OUTx dOU diagnostic output u dFU...

Page 25: ...ion 1 SSC1 2 indicates that the cylinder is in end position 2 In this example the south pole of the magnet is oriented towards the cylinder rod therefore the signal falls when the cylinder is extended...

Page 26: ...ter set and write it to the device u Retract the cylinder to end position 1 u Select Parameter Teach Teach Single Value u Select TI Select and set SSC1 2 u Save the parameter set and write it to the d...

Page 27: ...ct SSC1 1 Config Logic and set High active u Save the parameter set and write it to the device u Select SSC1 2 Config Mode and set Window u Set the same switch points as for switching signal channel S...

Page 28: ...and write it to the device u Retract the cylinder completely u Select SSC1 2 Config Mode and set Window u Calculate and set the switch points for switching signal channel SSC1 2 SSC1 2 Param SP1 3000...

Page 29: ...nit This includes Product name Product family Manufacturer Manufacturer ID Device ID Serial number Hardware firmware revision Description In addition further freely definable tags with a maximum lengt...

Page 30: ...n After power on and the required parameter setting the device is in the operating mode It carries out its measurement and evaluation functions and generates output signals according to the set parame...

Page 31: ...switch point teach has been carried out When the cylinder returns to the end po sition the device will not switch With the switch point teach the switch point is shifted by the hysteresis to the teac...

Page 32: ...to repair the unit u In case of return shipment ensure that the unit is free from soiling especially from dangerous and toxic substances u For transport only use appropriate packaging to avoid damage...

Page 33: ...SSC1 1 Diagnostic output dFU1 3 Overflow SCT1 1 Output configuration ou2 2 SSC1 2 Diagnostic output dFU2 3 2 Overflow SCT1 2 SSC EnhCtr_AutoReload SSC1 x OFF SSC EnhCtr_HoldTime SSC1 x 10000 ms SSC En...

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