6TL YAV90CIN Technical Description Download Page 6

6. 

PINOUT (FRONT) 

 

Module function 

Receiver Pos. # 

 

 

YAV90CIN: 12 Power relays 

I.T.A. Module P/N 

510 108 126 

I.T.A. contact P/N 

610 110 108 

I.T.A. Patchcord 

720 102 101 

Pin 

Description 

Pin 

Description

 

Pin 

Description

 

0V 

33 

CAN L 

65 

+24VDC 

 

34 

CAN H 

66 

 

Out K12 Shunt 

35 

 

67 

Current Sense K12 (-) 

Out K12 Direct 

36 

 

68 

Current Sense K12 (+) 

From J01/2 

37 

 

69 

From J01/3 

Out K11 Shunt 

38 

 

70 

Current Sense K11(-) 

Out K11 Direct 

39 

 

71 

Current Sense K11(+) 

Out K10 Direct 

40 

 

72 

Current Sense K10 (+) 

Out K10 Shunt 

41 

 

73 

Current Sense K10 (-) 

10 

From J02/2 

42 

 

74 

From J02/3 

11 

Out K9 Shunt 

43 

 

75 

Current Sense K9(-) 

12 

Out K9 Direct 

44 

 

76 

Current Sense K9(+) 

13 

Out K8 Shunt 

45 

 

77 

Current Sense K8 (-) 

14 

Out K8 Direct 

46 

 

78 

Current Sense K8 (+) 

15 

From J03/2 

47 

 

79 

From J03/3 

16 

Out K7 Shunt 

48 

 

80 

Current Sense K7(-) 

17 

Out K7 Direct 

49 

 

81 

Current Sense K7(+) 

18 

Out K6 Shunt 

50 

 

82 

Current Sense K6 (-) 

19 

Out K6 Direct 

51 

 

83 

Current Sense K6 (+) 

20 

From J04/2 

52 

 

84 

From J04/3 

21 

Out K5 Shunt 

53 

 

85 

Current Sense K5(-) 

22 

Out K5 Direct 

54 

 

86 

Current Sense K5(+) 

23 

Out K4 Shunt 

55 

 

87 

Current Sense K4 (-) 

24 

Out K4 Direct 

56 

 

88 

Current Sense K4 (+) 

25 

Input K4 

57 

 

89 

Input K3 

26 

Out K3 Shunt 

58 

 

90 

Current Sense K3(-) 

27 

Out K3 Direct 

59 

 

91 

Current Sense K3(+) 

28 

Out K2 Shunt 

60 

 

92 

Current Sense K2 (-) 

29 

Out K2 Direct 

61 

 

93 

Current Sense K2 (+) 

30 

Input K2 

62 

 

94 

Input K1 

31 

Out K1 Shunt 

63 

 

95 

Current Sense K1(-) 

32 

Out K1 Direct 

64 

 

96 

Current Sense K1(+) 

 

 

Summary of Contents for YAV90CIN

Page 1: ...IN Note Before you begin complete the software and hardware installation procedures applicable to your application Note the guidelines in this document are specific to the YAV90CIN The other components in the system might not meet the same safety ratings Refer to the documentation of each component in the system to determine the safety and EMC ratings for the entire system ...

Page 2: ...LAYOUT AND DIMENSIONS 5 5 RELAY DISTRIBUTION 5 6 PINOUT FRONT 6 7 CONNECTOR PINOUT REAR 7 8 LED BEHAVIOUR 8 9 SWITCH CONFIGURATION 8 10 HARDWARE SPECIFICATIONS 9 11 OPERATION 10 11 1 PHI6 EXPLORER soft interface 10 12 LOW LEVEL CAN COMMANDS 12 13 ACCESSORIES 12 14 UNPACKAGING AND INSTALLING 13 ...

Page 3: ...t when such failure is due to the parameters incorrect programming The product described in this manual can be configured to comply with the ruling of different countries The manufacturer does not hold any responsibility if the company installing it does not configure it according to the legal commercial or security prescriptions that may be in force in the place of installation or otherwise agree...

Page 4: ... designed for internal fixture applications The plug in terminal block X01 is used to power the board and to connect it to the CAN network The plug in terminal block X02 is used to disconnect all the relays when needed Enable function This contact is usually in series with the Tester safety system emergency stop safety chain to guarantee a fast disconnection of all loads and power supplies to the ...

Page 5: ...4 LAYOUTAND DIMENSIONS All dimensions are in millimetres 5 RELAY DISTRIBUTION ...

Page 6: ...2 Out K9 Direct 44 76 Current Sense K9 13 Out K8 Shunt 45 77 Current Sense K8 14 Out K8 Direct 46 78 Current Sense K8 15 From J03 2 47 79 From J03 3 16 Out K7 Shunt 48 80 Current Sense K7 17 Out K7 Direct 49 81 Current Sense K7 18 Out K6 Shunt 50 82 Current Sense K6 19 Out K6 Direct 51 83 Current Sense K6 20 From J04 2 52 84 From J04 3 21 Out K5 Shunt 53 85 Current Sense K5 22 Out K5 Direct 54 86 ...

Page 7: ...ector Power and CAN Pin Number Signal Description 1 GND Ground connection 2 24V Board power supply 3 CAN L CAN Bus Low signal 4 CAN H CAN Bus High signal X1 pinout description Plug type Manufacturer Weidmuller Model BLZF 3 50 04 180 ...

Page 8: ... by 2 elements the module identification and the hardware address The module identification is set on firmware and cannot be changed The hardware address is selected by switches 3 to 8 being 3 the least significant bit LSB and 8 the most significant bit MSB ON 1 2 3 4 5 6 7 8 ON 1 OFF 0 LSB MSB Board Address SW1 behaviour Switch ID Description Definition of Behaviour SW2 BOOT0 Factory use Must be ...

Page 9: ...kbps Ambient operating temperature 5 70 degC Operation specifications Switching specifications Property Min Typ Max Units Rated current 5 A Maximum switching voltage 240 VAC VDC Maximum rated current on shunt measurement poles 1 5 A Switching power 1440 VA Total branch contact resistance Ex J01 1 to X04 4 0 3 Ohm Operate time 9 ms Release time 5 ms Switching specifications ...

Page 10: ...e YAV90CIN board manually This tool is a very useful for table top debugging of test systems or system maintenance on site Activate relays By clicking a relay in the panel the relay closes and its status in the panel is updated Reset Reset button will put all relays in Open status ...

Page 11: ...Config tags To operate with Phi6 driver each relay must be given a tag name By clicking this button the panel will change its background color from grey to yellow and tag name can be modified ...

Page 12: ...eral Relays Rx 0x155105xx 7 0x05 0x03 Relays 0 Relays 1 0x00 0x00 0x02 BLINK Several Relays Rx 0x155105xx 7 0x05 0x03 Relays 0 Relays 1 0x00 0x00 0x03 PULSE ON Several Relays Rx 0x155105xx 8 0x05 0x03 Relays 0 Relays 1 0x00 0x00 0x04 Time 10ms PULSE OFF Several Relays Rx 0x155105xx 8 0x05 0x03 Relays 0 Relays 1 0x00 0x00 0x05 Time 10ms Set OUT All Relays Rx 0x155105xx 7 0x05 0x03 Relays 0 Relays 1...

Page 13: ...ully to avoid damage To install the YAV90CIN simply insert the module on a VPC receiver vertical or horizontally according to the Receiver arrangement Once it is completely inserted fix YAV module with two 4 40 UNC screws on each side of connector Tight them using a 3 32 Allen wrench at full revolutions Torque should be 0 45Nm max Finally connect the X1 rear plug of CAN bus and power supply 24VDC ...

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