Leuze electronic LBK SBV Manuals

Manuals and User Guides for Leuze electronic LBK SBV. We have 1 Leuze electronic LBK SBV manual available for free PDF download: Original Operating Instructions

Leuze electronic LBK SBV Original Operating Instructions (117 pages)

Safe Radar System

Brand: Leuze electronic | Category: Radar | Size: 2.36 MB

Table of Contents
3
Glossary of Terms
11
This Manual
12
Information on this Manual
12
Objectives of this Instruction Manual
12
Obligations with Regard to this Manual
12
Provided Documentation
12
Intended Users of this Instruction Manual
13
Safety
14
Safety Information
14
Safety Messages
14
Safety Symbols on the Product
14
Personnel Skills
14
Safety Assessment
15
Intended Use
15
EMC-Compliant Electrical Installation
15
General Warnings
16
Warnings for the Restart Prevention Function
16
Responsibility
16
Limits
16
Disposal
16
Conformity
17
Standards and Directives
17
Other Conformities and National Configurations
17
Get to Know LBK SBV System
18
LBK SBV System
18
Definition
18
Special Features
18
Main Components
19
Controller - Sensor Communication
19
Controller - Machinery Communication
19
Applications
19
LBK SBV System Controllers
20
Controller Supported
20
Functions
20
Structures
21
System Status Leds
22
Fieldbus Status Leds
22
Inputs
23
Input Variable Behavior
23
SNS Input
24
Outputs
24
OSSD Diagnostic Checks
26
External Resistor for OSSD Outputs
26
LBK SBV-01 Sensors
27
Functions
27
2-Axes Structure
27
3-Axes Structure
28
Status LED
28
LBK Designer Application
28
Functions
28
LBK Designer Application Usage
29
Authentication
29
Main Menu
30
Fieldbus Communication
30
Fieldbus Support
30
Communication with the Machinery
30
Data Exchanged through Fieldbus
31
MODBUS Communication
32
MODBUS Support
32
MODBUS Communication Enabling
32
Data Exchanged through MODBUS
32
System Configuration
33
Dynamic System Configuration
33
Dynamic System Configuration Activation
33
Dynamic Configuration through the Digital Inputs
33
Dynamic Configuration through the Safety Fieldbus
34
Safe Configuration Change
35
Functioning Principles
36
Sensor Functioning Principles
36
Introduction
36
Factors that Influence the Sensor Field of View and Object Detection
36
Factors that Influence the Reflected Signal
36
Detected and Missed Objects
36
Detection Fields
36
Detection Field Parameters
37
Angular Coverage
37
Detection Distance
38
Detection Fields Dependency and Detection Signal Generation
39
Independent Detection Fields: a Use Case
40
Safety Working Modes and Safety Functions
41
Introduction
41
Safety Working Modes
41
Safety Working Mode: both (Default)
41
Safety Function: Access Detection
41
Safety Function: Restart Prevention
41
Restart Timeout Parameter
42
Safety Working Mode: Always-On Access Detection
42
Safety Function: Access Detection
42
TOFF Parameter
42
Safety Working Mode: Always-On Restart Prevention
43
Safety Function: Restart Prevention
43
Restart Timeout Parameter
43
Restart Prevention Function: Static Object Detection Option
43
Introduction
43
Availability
44
Possible Applications
44
Operation
44
Restart Timeout Parameter
44
Features of the Restart Prevention Function
44
Cases of Non-Guaranteed Function
44
Types of Managed Restart
45
Precautions for Preventing Unexpected Restarting
46
Configure the Restart Prevention Function
46
Muting
47
Description
47
Muting Enabling
47
Muting Activation Conditions
47
Enable Muting Signal Characteristics
48
Muting Status
48
Anti-Tampering Functions: Anti-Rotation Around Axes
48
Anti-Rotation Around Axes
48
Enable the Anti-Rotation Around Axes Function
49
When to Enable
49
Checks When the Anti-Rotation Around Axes Function Is Disabled
49
Anti-Tampering Functions: Anti-Masking
50
Masking Signal
50
Environment Memorization Process
50
Causes of Masking
50
Masking Signal When the System Is Turned on
50
Settings
50
Checks When the Anti-Masking Function Is Disabled
51
When to Disable
51
Sensor Position
52
Basic Concepts
52
Determining Factors
52
Sensor Installation Height
52
Sensor Inclination
52
Sensor Field of View
52
Types of Field of View
52
Areas and Dimensions of the Field of View
52
Dimensions for the Access Detection Function
53
Dimensions for the Restart Prevention Function
53
Position of the Field of View
54
Dangerous Area Calculation
54
Introduction
54
Formula
54
Calculation of Range of Distances
55
Introduction
55
Legend
56
Installation Configurations
56
Calculate the Range of Distances
56
Calculate the Real Detection Distance
57
Sensor Position Recommendations
57
For Access Detection Function
57
For Access Control of an Entrance
57
Installations on Moving Elements
58
Introduction
58
Speed Limits
58
Detection Signal Generation Conditions
58
Prevention of Unexpected Restart
58
Recommendations for Positioning the Sensor
59
Outdoor Installations
59
Position Exposed to Precipitation
59
Recommendations for Covering the Sensor
59
Recommendations for Positioning the Sensor
60
Position Not Exposed to Precipitation
60
Installation and Use Procedures
61
Before Installation
61
Materials Required
61
Operating System Required
61
Install the LBK Designer Application
61
Initiate LBK SBV System
61
Install and Configure LBK SBV System
62
Install the Controller
62
Synchronize the Controllers
62
Define the Area to be Monitored
63
Configure the Inputs and Outputs
63
Install the Sensors
63
Mount Bracket for Z-Axis Rotation (Roll)
65
Examples of Sensor Installation
66
Connect the Controller to the Sensors
68
Assign the Node Ids
68
Chain Examples
69
Save and Print the Configuration
69
Set the Controller Ethernet Parameters
69
Validate the Safety Functions
70
Validation
70
Validate the Access Detection Function
70
Example of Access Points
71
Validate the Restart Prevention Function
71
Example of Stopping Points
72
Validate the System with LBK Designer
72
Troubleshooting Validation
72
Manage the Configuration
73
Configuration Checksums
73
Configuration Reports
73
Change the Configuration
73
Back up the Configuration
74
Load a Configuration
74
Display Previous Configurations
74
Other Functions
74
Change Language
74
Application Type Selection
74
Locate the Area with Detected Motion
74
Restore Factory Default Settings
74
Identify a Sensor
74
Change Network Parameters
74
Change Modbus Parameters
75
Change Fieldbus Parameters
75
Set Labels
75
Maintenance and Troubleshooting
76
Troubleshooting
76
Controller LED
76
Sensor LED
78
Other Problems
79
Event Log Management
80
Introduction
80
Download the System Log
80
Log File Sections
80
Log Line Structure
80
Timestamp (Seconds Counter from the Latest Boot)
81
Timestamp (Absolute/Relative Value)
81
Event Description
81
Log File Example
82
Event List
82
Verbosity Level
83
Verbosity Level for Detection Access and Exit Events
83
INFO Events
84
System Boot
84
System Configuration
84
Factory Reset
84
Stop Signal
84
Restart Signal
85
Detection Access
85
Detection Exit
85
Dynamic Configuration in Use
85
Muting Status
85
Fieldbus Connection
86
MODBUS Connection
86
Session Authentication
86
Validation
86
Log Download
86
ERROR Events (Controller)
87
Introduction
87
Temperature Errors (TEMPERATURE ERROR)
87
Controller Voltage Errors (POWER ERROR)
87
Peripheral Error (PERIPHERAL ERROR)
87
Configuration Errors (FEE ERROR)
87
Output Errors (OSSD ERROR)
87
Flash Errors (FLASH ERROR)
88
Dynamic Configuration Error (DYNAMIC CONFIGURATION ERROR)
88
Internal Communication Error (INTERNAL COMMUNICATION ERROR)
88
Input Redundancy Error (INPUT REDUNDANCY ERROR)
88
Fieldbus Error (FIELDBUS ERROR)
88
RAM Error (RAM ERROR)
88
Sensor Configuration Errors (SENSOR CONFIGURATION ERROR)
88
ERROR Events (Sensor)
89
Introduction
89
Misconfiguration Error (MISCONFIGURATION ERROR)
89
Status Error and Fault (STATUS ERROR/FAULT ERROR)
89
Protocol Error (PROTOCOL ERROR)
89
Sensor Voltage Errors (POWER ERROR)
89
Anti-Tampering Sensor (TAMPER ERROR)
89
Signal Error (Signal Error)
90
Temperature Errors (TEMPERATURE ERROR)
90
MSS Error and DSS Error (MSS ERROR/DSS ERROR)
90
ERROR Events (CAN Bus)
90
Introduction
90
CAN Errors (CAN ERROR)
90
Cleaning and Spare Parts
91
Cleaning
91
Spare Parts
91
Technical References
92
Technical Data
92
General Specifications
92
Safety Parameters
92
Ethernet Connection (if Available)
93
Controller Features
93
Sensor Features
94
CAN Bus Cables Recommended Specifications
95
Tamper-Proof Screws Specifications
95
Non Tamper-Proof Screws Specifications
96
Bottom Screws Specifications
96
Terminal Blocks and Connector Pin-Outs
96
Digital Inputs and Outputs Terminal Block
96
Voltage and Current Limits for Digital Inputs
97
Power Supply Terminal Block
97
CAN Bus Terminal Block
98
Connectors M12 CAN Bus
98
Electrical Connections
99
Connection of Safety Outputs to the Machinery Control System
99
Connection of Safety Outputs to an External Safety Relay
100
Connection of Stop Signal (Emergency Button)
101
Connection of Restart Signal
102
Connection of the Muting Input and Output (One Group of Sensors)
103
Connection of the Muting Input and Output (Two Groups of Sensors)
104
Detection Signal 2 Connection
105
Diagnostic Output Connection
106
Configuration Application Parameters
106
Parameter List
106
Digital Input Signals
110
Stop Signal
110
Muting (With/Without Pulse)
110
Restart Signal
112
Active Dynamic Configuration
113
10 Appendix
114
System Software
114
Introduction
114
Configuration
114
Competence
115
Installation Instructions
115
Outstanding Anomalies
115
Backward Compatibility
115
Change Control
115
Implemented Security Measures
115
Disposal
115
Service and Support
115
Service Hotline
115
Order Guide
116
Sensors
116
Controllers
116
Accessories
116
Connection Technology - Connection Cables
116
Connection Technology - Interconnection Cables
117
Connection Technology - USB Interconnection Cables
117
Connection Technology - Terminating Resistors
117

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Leuze electronic LBK SBV Original Operating Instructions (117 pages)

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