Automatic Systems SmartLane - Assy. Board Power; Fig. 15

To Next Page

To Previous Page

4.8.5. ASSY. BOARD POWER

Fig. 15 - Board power

REF. DESIGNATION

0 Main circuit breaker

1 Power supply terminal block

2 DIN rail mono socket option

3 Motor cable connection terminal block

4 AS1162 board - Variable drive Can

5 Variable frequency inverter ATV320

6 AS1656 board - Dynamic LED strip

7 Regulated power supply

8 Secondary terminal block

9 Heating option

10 Frequency inverter protection

11 Sector filter

12 Self

SmartLane

Main Page

Table of Contents3
Presentation9
Safety Warnings10
General Symbols12
Description13
Terminology13
Direction of Passage14
General Description14
Fig. 1 - Direction of Passage14
Fig. 2 - Illustration of a Standard Lane Configuration with Two (2) Extensions14
Range15
Fig. 3 - Example of Smartlane Products15
General Dimensions16
Fig. 4 - General Dimensions (no Extensions)16
Fig. 5 - General Dimensions (with Optional Extensions in One Direction)17
Fig. 6 - General Dimensions (with Optional Extensions in both Directions)17
Technical Specifications18
Location of the External Components19
Left Unit19
Fig. 7 - Location of the External Components of the Standard Smartlane Gate, Left19
Right Unit20
Fig. 8 - Location of the External Components of the Standard Smartlane Gate, Right20
Intermediate Unit21
Fig. 9 - Location of the External Components of the Standard Smartlane Gate, Intermediate21
Location of the Internal Components22
Right Cabinet22
Fig. 10 - Internal Components - Right Cabinet22
Left Cabinet23
Fig. 11 - Internal Components - Left Cabinet23
Intermediate Cabinet24
Fig. 12 - Location of Internal Components - 324
Optional Extensions25
Fig. 13 - Housing Extension25
Fig. 14 - Housing Extension with Filler Stainless Steel Panels25
Assy. Board Power26
Fig. 15 - Board Power26
Assy. - Logic Board, Right27
Fig. 16 - Right Board27
Assy. Logic Board, Intermediate28
Fig. 17 - Intermediate Board28
Assy. Logic Board, Left29
Fig. 18 - Left Board29
Installation30
On-Site Work Preparation30
Floor Levelling Guidelines30
Maximum Flatness Tolerance of the Floor from Cabinet to Cabinet30
Fig. 19 - Maximum Slope - Front View30
Fig. 20 - Maximum Slope - Side View30
Fig. 21 - Maximum Flatness Tolerance30
Storage31
Recommended Tools31
Fig. 22 - Do Not Exceed the Flatness Tolerance31
Fig. 23 - Levelling the Floor31
Installation Plans32
Fig. 24 - Standard Smartlane Installation Plan (CH10202)32
Fig. 25 - Wide Smartlane Installation Plan (CH10202)33
Unpacking34
Installing the Equipment34
Handling34
Floor Anchoring34
Fig. 26 - Handling34
Fig. 27- Marking the Anchoring Points for the Standard Smartlane with Template(S)35
Fig. 28 - Marking the Anchoring Points for the Wide Smartlane with Template(S)35
Fig. 29 - Drilling / Dust Removal36
Fig. 30 - Clamping Principle36
Electrical Connections37
Fig. 31 - Inter-Cabinet Connection - W4937
Fig. 32 - Inter-Cabinet Connection - W5138
Fig. 33 - Inter-Cabinet Connection - W2338
Fig. 34 - Inter-Cabinet Connection - W3139
Fig. 35 - Inter-Cabinet Connection - W5839
Commissioning40
Fig. 36 - Connection to the Main Terminal Block40
Description41
Sound and Light Alarms41
Dynamic Function and Orientation Lights41
Fig. 37 - Dynamic Lights41
Buzzer43
Detection43
Fig. 38 - Cross Beam Principle43
Fig. 39 - Authorized Passages44
Fig. 40 - Prohibited Passages44
Layout of the Cells45
Detection Management45
DIRAS Cells45
Fig. 41 - Layout of the Detection Cells45
Fig. 42 - AS1642 Transmitter45
Fig. 43 - AS1643 Receiver45
DIRAS Curved Cells46
Transmitter/Receiver Photocells46
Fig. 44 - AS1652 Transmitter46
Fig. 45 - AS1653 Receiver46
Fig. 46 - Detection Photocell (T/R)46
Mechanical Transmission of Motion47
Fig. 47 - Transmission of Motion47
Mobile Obstacle48
Fixed Obstacle48
Fig. 48- Location of Fixed Obstacle(S)48
Operation49
Powered Operation Mode49
Obstacles Idle Status49
Operating Mode by Direction of Passage49
Passage Authorizations49
Evacuation Mode50
Power Failure50
Technical Fault50
Obstacle Lock50
Analog Inductive Position Sensor50
Safety Devices50
Proper Use51
Breaches51
Fig. 49 - Proper Use51
When Idle" Breach52
Wrong Way" Breach52
Tailgating after Authorized Passage" Breach52
Fig. 50 - "When Idle" Breach52
Fig. 51 - "Wrong Way" Breach52
Fig. 52 - "Tailgating after Authorized Passage" Breach52
Tailgating before Authorized Passage" Breach53
Grouping before Authorized Passage" Breach53
Security Zone" Breach53
Fig. 53 - "Tailgating before Authorized Passage" Breach53
Fig. 54 - "Grouping before Authorized Passage" Breach53
Fig. 55 - "Security Zone" Breach53
Stolen Ticket" Breach54
Obstacle Prevented from Closing" Breach54
Obstacle Prevented from Opening" Breach54
Fig. 56 - "Stolen Ticket" Breach54
Maintenance55
Recommended Tools55
Recommended Tightening Torque55
Fig. 57 - Tightening Torque55
Switching the Equipment On/Off56
Removing the Side Panel on the RIGHT - DIRECTION a56
Power off56
Fig. 58 - Right Side Panel Removal - Side a56
Fig. 59 - Power off56
Power on57
Adjusting the Obstacle Closing Point57
Fig. 60 - Power on57
Locking the Mobile Obstacle in the Open/Closed Position58
Fig. 61 - Locking/Unlocking of the Mobile Obstacle58
Fitting a Panel (Side or End)59
Fig. 62 - Installing a Panel59
Removing the Fixed Obstacle60
Fig. 63 - Removing the Fixed Obstacle60
Installing a Fixed Obstacle (after Possible Replacement)61
Adjusting the Fixed Obstacle62
Fig. 64 - Adjusting the Fixed Obstacle62
Fig. 65 - Straightening the Mobile Obstacle (to Side A)63
Fig. 66 - Straightening the Mobile Obstacle (to Side A)63
Removal / Installation of the Mobile Obstacle64
Fig. 67 - Replacing the Mobile Obstacle64
Fig. 68 - Fixing Elements for Mobile Obstacle65
Increasing the Visibility of Mobile Obstacles66
Fig. 69 - Self-Adhesive Checkerboard (AUT-E-0007169)66
Fig. 70 - Positioning of the Checkerboard Sticker66
Replacing the Protective Seal on the Mobile Obstacle67
Fig. 71 - Replacing the Protective Profile67
Removal / Installation of the Closing Flap68
Fig. 72 - Removal / Replacement of the Closing Flap68
Removing / Installing the Closing Flap69
Fig. 73 - Removing / Replacing the Closing Flap Guides69
Adjusting the Position of the Closing Flap Guide70
Fig. 74 - Flap Guide Adjustment (Fixing)70
Fig. 75 - Flap Guide Adjustment (Clearance)70
Removing the Cover Plate71
Removing a Short Plate (Units with High Glass Obstacles)71
Fig. 76 - Removing a Short Plate71
Removing a Long Plate (Units with Low Glass Obstacles)72
Fig. 77 - Removing a Long Plate72
Installing the Cover Plate73
Fig. 78 - Installing the Cover Plate73
Fig. 79 - Installing the Cover Plate - Frame Fixing Points73
Removing a Housing Extension74
Fig. 80 - Removing the Extension Cover74
Fig. 81 - Removing the Extension Front Panel74
Fig. 82 - Housing Extension Fixing Points74
Removing a Housing Extension with Filler Stainless Steel Panels75
Fig. 83 - Housing Extension with Filler Stainless Steel Panels Fixing Points75
Adjusting the Clearance for the Passage of the Mobile Obstacles76
Fig. 84 - Adjusting the Passage of the High Mobile Obstacle in the Flap Guide76
Fig. 85 - Adjusting the Flap Guides76
Adjusting the Fixed Obstacle77
Adjusting the Kinematics77
Fig. 86 - Adjusting the Kinematics (Alignment)77
Removing and Adjusting the Detection Photocells78
Fig. 87 - Adjusting the Motor Crank (Alignment)78
Removing the Photocell from the Fixed Obstacle79
Fig. 88 - Removing the Plug(S) and Screen(S) of the Fixed Obstacle79
Fig. 89 - DIRAS Cell Removal79
Fig. 90 - Removing the REFLEX Cell80
Adjusting the Photocells81
Fig. 91 - Adjusting the Photocells81
Removal of the Soft Stop82
Fig. 92 - Removal of the Soft Stop82
Replacing and Adjusting the Balance Spring83
Replacing the Spring83
Fig. 93 - Removing the Spring83
Adjustment of the Balance Spring84
Fig. 94 - Single Spring Adjustment84
Fig. 95 - Double Spring Adjustment84
Removing a Motor85
Fig. 96 - Removing a Motor85
Configuring the Variable Frequency Inverter ATV32086
Changing the Frequency Converter Settings86
Entering the Configuration Settings into the Variable Frequency Inverter86
Fig. 97 - Variable Frequency Inverter ATV32086
Smartlane Specific Configuration Settings (New Generation)87
Fig. 98 - Variable Frequency Inverter Menu Tree87
Adjusting the Height of the DIRAS 'Trolley Detection' Cells88
Fig. 99 - Trolley Detection Cell Height88
Fig. 100 - Measuring the Height of the Trolley Detection Cells88
Maintenance89
Maintenance of Surfaces89
Preventive Maintenance89
Maintenance Programmes (Per Lane)90
Summary Table of Maintenance Programmes92
Recommended Spare Parts93
Troubleshooting94
Dielectric Strength and Leakage Current Test94
Fig. 101 - Statuses Page (Maintenance Interface)94
Fig. 102 - Disconnecting the Built-In EMC Filter from the ATV320 Frequency Inverter94
Storage95
Disposal / Destruction95
Assignment of Circuit Board Components96
Transmitter DIRAS Boards (AS1642 & AS1652)96
Receiver DIRAS Circuit Board (AS1643 & AS1653)96
Fig. 103 - Assignment of Components: AS1642 Circuit Board96
Fig. 104 - Assignment of Components: AS1652 Circuit Board96
Fig. 105 - Assignment of Components: AS1643 Circuit Board96
Fig. 106 - Assignment of Components: AS1653 Circuit Board96
Motherboard (CPU) AS119097
Fig. 107 - Motherboard AS119097
AS1603 Circuit Board - Main and E/S Interface Board98
Fig. 108 - AS1603 Circuit Board - Main and E/S Interface Board98
AS1605 Circuit Board - Main and E/S Interface Board100
Fig. 109 - AS1605 Circuit Board - Main and E/S Interface Board100
CAN End of Bus Circuit Board101
Fig. 110 - CAN End of Bus Circuit Board101
Dynamic Light Board AS1656102
Fig. 111 - Dynamic Light Board AS1656102
CAN Addresses of the Different Circuit Boards103
Fig. 112 - CAN Addresses103
Customisation104
Regulated Heating (Optional)104
Fig. 113 - Optional Regulated Heating104
Auto-Transformer - 120 V > 230 V (Optional)105
Fig. 114 - Optional Auto-Transformer (120 V  230 V)105
Wiring Diagrams106
EC Declaration of Conformity107
Fig. 115 - CE Declaration107

Automatic Systems SmartLane - Assy. Board Power; Fig. 15 - Board Power

Table of Contents

Related product manuals