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SIME Brakes

13/05/16

M10054-02-A

Installation and maintenance

SIDEOS Box 2

8/17

Non contractual photographs.

Instructions of this manual must be adhered to, to obtain the performance and the safety of operation of the equipment.

Encoder and limit switch 51 questionnaire 

No. Q01390-01

Dimensions limit switch 51  

 

No.  T10003-01

Installation and maintenance SIDEOS One 

No. M10054-01

Limit switch 51 - Stromag 

 

Catalog 

No.          D142

 

Installation and maintenance  No. 151-00004

 

EMC 

No. 900-00001

5 - TECHNICAL CHARACTERISTICS 

5-1 Electrical connection terminal box 

Terminals Function 

Characteristics

1

Input 115/230VAC 50/60HZ +/-10%

Consumption maxi  60VA – internal protection by fuse - 

Micro-power cut : 250ms

2

+ Input  24VDC +/-10%

-  Input  0VDC 

Consumption  25W - internal protection by fuse  

Micro-power cut  : 20ms

4

5

UB

Encoder input  1

Type push-pull HTL with inverted signal, no-load consumption maxi = 160mA
Supply voltage delivered by SIDEOS One UB/GND = 12V

Maxi. input frequency et nominal speed = 1000Hz

Linkage by standard shielded cable (Length maxi : 250m)
Input voltage maxi = 12.5V / mini = 7V

6

A+

7

B+

8

O+

9

A-

10

B-

11

O-

12

GND

13 

Ascent contact input

Potential-free contact / voltage and breaking current : 24V/120mA

14

15 

Descent contact input

Potential-free contact / voltage and breaking current : 24V/150mA

16

17

High Speed contact input

Potential-free contact / voltage and breaking current : 24V/60mA

18

19

C1 : Output 1 secured System Fault

Fail-safe NO contact output, the NO contact is maintained closed and opens in case 

of fault or absence of supply voltage. 
Breaking capacity Maxi : AC15 : 500VA (230VAC)

                                        DC13 : 50W
Breaking capacity Mini : 50mW (5V/2mA)

The maximum current flowing in the contacts will be limited by a fuse : 2A

Using an arc suppressing device at the coil terminals of the output contactor allows 

to ensure the specified lifespan.

20

21

C2 : Output 2 secured System Fault

22

23

C3 : Output 3 System Fault

24

25

C4 : Output 1 secured Overspeed

26

27

C5 : Output 2 secured Overspeed

28

29

C6 : Output 3 Overspeed

30

31 

Loop feedback 1 System Fault

NC potential-free contact / voltage and breaking current : 24V/30mA

32

33 

Loop feedback 2 System Fault

34

35 

Loop feedback 1 Overspeed

36

37 

Loop feedback 2 Overspeed

38

39

SIDEOS One N°1 

Input of dynamic slipping selection

To select the function, link terminals 39-40 and set SIDEOS ONE N°1 

parameter TS = CW or CCW

40

41

SIDEOS One N°2 

Input of dynamic slipping selection

To select the function, link terminals  41-42 and set SIDEOS ONE N°2

parameter TS = CW or CCW

42

43

UB

Encoder input 2

Type push-pull HTL with inverted signal, no-load consumption maxi = 160mA
Supply voltage delivered by SIDEOS One UB/GND = 12V

Maxi. input frequency et nominal speed = 1000Hz

Linkage by standard shielded cable (Length maxi : 250m)
Input voltage maxi = 12.5V / mini = 7V

44

A+

45

B+

46

O+

47

A-

48

B-

49

O-

50

GND

 terminal linked to + 24VDC

We recommend to connect the inputs and outputs contacts of the 

SIDEOS Box 2

 to the customer PLC with one or several shielded 

cable(s) to prevent any short-circuits in the connection cables.

Connection on terminals

Wire

Maxi.

6mm² without end ferrule 

4mm² with end ferrule.

Mini.

0.5mm² without end ferrule

0.25mm² with end ferrule.

SIME Brakes

 

www.stromag.com  -  

Customer service / Tel. : +33(0)1 49 90 32 20 / Fax : +33(0)1 49 89 06 38

Содержание SIDEOS Box 2

Страница 1: ...and maintenance M10054 02 SIDEOS Box 2 Adapted to interfaces up to PL e CATEGORY 4 according to ISO IEC 13849 1 SPEED MONITORING UNIT SIME Brakes www stromag com Customer service Tel 33 0 1 49 90 32 2...

Страница 2: ...4 2 2 Use of System Fault outputs 4 3 INPUTS CONTACTS CHARACTERISTICS 5 4 EXAMPLES OF APPLICATIONS 6 4 1 OVERSPEED mechanical stop SYSTEM FAULT electrical stop 6 4 2 OVERSPEED mechanical stop via safe...

Страница 3: ...1 NOTES AND SYMBOLS According to EC regulations we use facing some paragraphs symbols defining hazards and informing the user about the consequences of not following the instructions of this installa...

Страница 4: ...and the taking into account by the customer PLC It allows to obtain when installation is correct a speed moni toring system secured up to the category 4 with the perfor mance level of PL e according t...

Страница 5: ...ion a procedure of switching off switching on of the SIDEOS Box 2 must be defined by the integrator of the SIDEOS One system to carry out periodically the automatic and global TEST of the SIDEOS box 2...

Страница 6: ...tors triggering and possible short circuits in the connection cables of C4 and C5 contacts are no more controlled by the SIDEOS box 2 unit The customer will make sure that all these faults will be det...

Страница 7: ...econditioning SYSTEM FAULT System Fault secured contacts outputs C1 and C2 drive directly two redundant relays K1 and K2 of the customer PLC they are inserted on the hoisting control line and control...

Страница 8: ...op A NC contact of K1 and K2 relays is inserted in the respec tive feedback loop to check that the System Fault is taken into account by the customer PLC If a feedback loop remains open during a Syste...

Страница 9: ...voltage Breaking capacity Maxi AC15 500VA 230VAC DC13 50W Breaking capacity Mini 50mW 5V 2mA The maximum current flowing in the contacts will be limited by a fuse 2A Using an arc suppressing device a...

Страница 10: ...vent of fault 37 38 POWER ON Loop feedback System Fault Loop feedback System Fault Loop feedback Loop feedback Overspeed Descent Overspeed OV linked to ground Consistency control RLS3 RLS4 Ascent or D...

Страница 11: ...upply voltage range 10 30V Push pull output with inverted signals Maxi no load consumption 160mA Standard shielded cable 0 25 to 0 5mm The cable ways and connection should respect the safety EMC regul...

Страница 12: ...urope BP24 18150 La Guerche L Aubois FRANCE SIDEOS Box2 Indice B Stromag GKN LANDS SYSTEM Power on H1 H2 H3 Overspeed fault System Screw M8x10 nut HU8 washers 6 INSTALLATION PARAMETERS SETTING 6 1 Par...

Страница 13: ...ominal speed to the stop VS Necessary number of encoder pulses to confirm the overspeed output triggering SP1 0 SP2 Hoisting Low Speed detected by encoder N 1 10 rpm Hoisting Low Speed detected by enc...

Страница 14: ...G OF 3 SPEED THRESHOLDS Step Point to check Command Possible fault Causes 1 Normal operation and accordance of the speed read on the LCD display with the required speed HS High Speed speed active make...

Страница 15: ...ng if parameter setting Reverse the parameter setting CW CCW After each test restore the SIDEOS One in its previous configuration make a RESTART and proceed with the following test 8 DIAGNOSIS The fol...

Страница 16: ...ult Encoder coupling fault Check the encoder coupling mini speed during operation at speed 2 or speed 3 0 2Hz encoder Modification of the parameter setting of the variable speed drive Speed contact fa...

Страница 17: ...otection and connection of mains input Mounting and connection of the encoder Speed contact Connection of the feedback loop NC contact Periodic test ACTION OF THE OUTPUT CONTACTS TOWARDS Alarm Electri...

Страница 18: ...nnections parame ters of the others components of the control chain such as the frequency converter the controller It is important to check that the assumptions used for the se lection stated in the c...

Страница 19: ...32 20 T l France 33 0 1 49 90 32 22 Fax 33 0 1 49 89 06 38 E mail sales gkn com PRODUCTION CENTER AFTER SALES DEPARTMENT Avenue de l Europe BP 24 18150 La Guerche sur l Aubois France T l 33 0 2 48 80...

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