CARLO GAVAZZI MC36C Instruction Manual Download Page 7

7

EN

Rev.2 | MC36C safety magnetic sensors | © 2022 | 

CARLO GAVAZZI Industri A/S

3. Mounting and mechanical dimensions

The MC36CH/MC36CM pairs can be mounted using the holes on both sides of the enclosure, suitable for M4 screws. It 

is recommended to use brass or non-magnetic steel screws to avoid reducing the operating distance of the sensor.

4. Operating mode

MC36CH sensor is “operated” when all its safety contacts have changed their open/close condition when the MC36CM 

actuator is close to the sensor (see section Technical Data for operating distances).

The magnetic coding of the MC36CH sensor requires magnet MC36CM to be correctly aligned with sensor to ensure 

correct functionality.

The alignment is achieved moving the MC36CM actuator towards the MC36CH sensor along the X axis (side alignment, 

e.g. sliding door) or Y axis (frontal alignment e.g. hinged gate/door or slide) or perpendicularly to the XY plane (Z axis, 

e.g. hinged gate/door).

A correct alignment is achieved when the MC36CH sensor and the MC36CM actuator lay on the same XY plane, aligned 

to the same position X0 (see fig. 2).

In that position, if the Y distance between the sensor and the magnetic unit is less than the Operating Distance (Sao, see 

Technical Data), the sensor is correctly operated.

Different alignments can lead to wrong operating conditions (e.g. none or only one internal contact changes its status).

It should always be the goal to achieve optimal alignment between sensor and magnet during installation. However the 

MC36CH does allow some misalignment while still keeping correct operation. The typical maximum allowed displacement 

between sensor and magnet in the XZ-plane can be seen in figure 3. Notice that any misalignment in this plane will reduce 

the switching distance in the Y-axis.

MC36CM

RoHS

RoHS

MC36CH2OLA2

24V         250mA

BN
BK

WH
BU

X

Y

Z

Fig. 2

 - Operating and alignment direction of the sensors

Fig. 1

 - Dimensions

X0

13

26

36

7

22

Ø4,5

3.75

19

13

26

36

7

22

Ø4.5

13

19

13

26

36

7

22

Ø4,5

3.75

19

100

36

7

22

Ø4.5

19

13

26

Summary of Contents for MC36C

Page 1: ...ic sensors Carlo Gavazzi Industri A S Over Hadstenvej 40 8370 Hadsten Denmark EN IT DE FR ES DA ZH Instruction manual Betriebsanleitung Manual de instrucciones Manuale d istruzione Manuel d instructio...

Page 2: ......

Page 3: ...n 8 6 Operating and alignment direction 9 7 Electrical connections 10 8 Maintenance and disposal 11 9 Technical data 12 9 1 Electrical data 12 9 2 Outputs 12 9 3 Actuating characteristics 12 9 4 Switc...

Page 4: ...dicate warning concerning the user and or the safety device Service and warranty In the event of malfunction or requests for information please contact the CARLO GAVAZZI branch or distributor in your...

Page 5: ...H Reed contact 2O Contacts 2 normally open 1O1C Contacts 1 normally open and 1 normally closed 2O1C Contacts 2 normally open and 1 normally closed L Left exit R Right exit A2 Connection type PVC cable...

Page 6: ...operated when the corresponding MC36CM actuator is close to the sensor All the MC36CH MC36CM pairs described in this manual make up a multiple flow redundant Type 4 coded system with low level coding...

Page 7: ...XY plane Z axis e g hinged gate door A correct alignment is achieved when the MC36CH sensor and the MC36CM actuator lay on the same XY plane aligned to the same position X0 see fig 2 In that position...

Page 8: ...h the use of easily available instruments or objects such as screws nails pieces of metal keys and generally through objects or tools related to the normal machine working operations Based on the indi...

Page 9: ...switching distance Sao is the one in which all safety contacts have switched their status The Assured switch off distance Sar is the one in which when the actuator moves away from the sensor all safet...

Page 10: ...BK 1BN 2WH 1 2 3 4 1BN 3BU 2WH 4BK 1 2 3 4 3BU 4BK 1BN 2WH 4BK 1BN 2WH 3BU 4BK 1BN 2WH 3BU GN GY BN WH YE PK 4BK 1BN 2WH 3BU 4BK 1BN 2WH 3BU GN GY BN WH YE PK 1NC 1NO plug M8 2NO plug M8 1NC 1NO plug...

Page 11: ...H MC36CM pair and in repeating for each sensor actuator pair all the operations concerning the machine start up procedure Maintenance consists of a regular cleaning of the sensor and the actuator and...

Page 12: ...or sensors without LED Rated operational current Ie 0 25 A resistive load Short circuit proof No Switching frequency 100 Hz Max switching load 6W resistive load Thermal current Ith 0 25 A 9 3 Actuatin...

Page 13: ...with M12 connector 9 9 Cable version Model Output contact Associated actuator Usage cathegory MC36CH2OxA2 2 NO MC36CM max 4 MC36CH2OxA2L 2 NO MC36CM max 4 MC36CH1O1CxA2 1NO 1NC MC36CM max 4 MC36CH1O1...

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