Leuze LBK S-01 User manual

Original Operating Instructions
LBK S-01 System
Safe Radar System
We reserve the right to make technical changes
EN•2022-12-15•50149148

Leuze electronic GmbH + Co. KG Sensor LBK S-01 2
© 2022
Leuze electronic GmbH + Co. KG
In der Braike 1
73277 Owen / Germany
Phone: [phone]
Fax: [phone]
www.leuze.com
[email protected]

Leuze electronic GmbH + Co. KG Sensor LBK S-01 3
Contents
1 Glossary of terms 11
2 This manual 12
2.1 Information on this manual 12
2.1.1 Objectives of this instruction manual 12
2.1.2 Obligations with regard to this manual 12
2.1.3 Provided documentation 12
2.1.4 Intended users of this instruction manual 12
3 Safety 13
3.1 Safety information 13
3.1.1 Safety messages 13
3.1.2 Safety symbols on the product 13
3.1.3 Personnel skills 13
3.1.4 Safety assessment 14
3.1.5 Intended use 14
3.1.6 EMC-compliant electrical installation 14
3.1.7 General warnings 14
3.1.8 Warnings for the restart prevention function 15
3.1.9 Responsibility 15
3.1.10 Limits 15
3.1.11 Disposal 15
3.2 Conformity 16
3.2.1 Standards and Directives 16
3.2.2 CE 16
3.2.3 FCC 16
3.2.4 SRRC 17
3.2.5 IMDA 17
3.2.6 Certificações ANATEL 17
3.2.7 NCC 17
3.2.8 ICASA 18
3.2.9 RoHS2 China 18
3.2.10 KC 19
3.3 National restrictions 20
3.3.1 France and the United Kingdom 20
3.3.2 Japan 20
3.3.3 South Korea 20
3.3.4 Argentina 21
3.3.5 Mexico 21
3.3.6 Russian Federation 21
3.3.7 China 22

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4 Get to know LBK S-01 System 23
4.1 LBK S-01 System 23
4.1.1 Definition 23
4.1.2 Special features 23
4.1.3 Main components 23
4.1.4 Controller - sensor communication 24
4.1.5 Controller - machinery communication 24
4.1.6 Applications 24
4.2 LBK S-01 System controllers 25
4.2.1 Controller supported 25
4.2.2 Functions 25
4.2.3 Structures 26
4.2.4 System status LEDs 27
4.2.5 Fieldbus status LEDs 27
4.2.6 Inputs 28
4.2.7 Input variable behavior 28
4.2.8 SNS input 29
4.2.9 Outputs 29
4.2.10 OSSD diagnostic checks 31
4.2.11 External resistor for OSSD outputs 31
4.3 LBK S-01 sensors 31
4.3.1 Functions 31
4.3.2 Structure 32
4.3.3 Status LED 32
4.4 LBK Designer application 32
4.4.1 Functions 32
4.4.2 LBK Designer application usage 32
4.4.3 Authentication 33
4.4.4 Main menu 33
4.5 Fieldbus communication 34
4.5.1 Fieldbus support 34
4.5.2 Communication with the machinery 34
4.5.3 Data exchanged through Fieldbus 35
4.6 MODBUS communication 36
4.6.1 MODBUS support 36
4.6.2 MODBUS communication enabling 36
4.6.3 Data exchanged through MODBUS 36
4.7 System configuration 37
4.7.1 System configuration 37
4.7.2 Dynamic system configuration 37
4.7.3 Dynamic system configuration activation 37
4.7.4 Dynamic configuration through the digital inputs 37
Contents

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Contents
4.7.5 Dynamic configuration through the safety Fieldbus 38
4.7.6 Safe configuration switch 39
5 Functioning principles 40
5.1 Sensor functioning principles 40
5.1.1 Introduction 40
5.1.2 Factors that influence the sensor field of view and object detection 40
5.1.3 Factors that influence the reflected signal 40
5.1.4 Detected and missed objects 40
5.2 Detection fields 40
5.2.1 Introduction 40
5.2.2 Detection field parameters 41
5.2.3 Detection fields dependency and detection signal generation 42
5.3 System category (according to EN ISO 13849) 43
5.3.1 System safety degree 43
5.3.2 PL d, category 2 configuration 43
5.3.3 PL d, category 3 configuration 43
5.4 Safety working modes and safety functions 45
5.4.1 Introduction 45
5.4.2 Safety working modes 45
5.4.3 Safety working modes examples 45
5.5 Safety working mode: Both (default) 49
5.5.1 Introduction 49
5.5.2 Safety function:access detection 49
5.5.3 Safety function:restart prevention 50
5.6 Safety working mode: Always-on access detection 50
5.6.1 Safety function:access detection 50
5.6.2 TOFFparameter 50
5.7 Safety working mode: Always-on restart prevention 50
5.7.1 Safety function:restart prevention 50
5.8 Features of the restart prevention function 51
5.8.1 Cases of non-guaranteed function 51
5.8.2 Types of managed restart 52
5.8.3 Precautions for preventing unexpected restarting 53
5.8.4 Configure the restart prevention function 53
5.9 Muting 53
5.9.1 Description 53
5.9.2 Muting enabling 54
5.9.3 Muting activation conditions 54
5.9.4 Enable muting signal characteristics 55
5.9.5 Muting status 55
5.10 Anti-tampering functions:anti-rotation around axes 55
5.10.1 Anti-rotation around axes 55

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5.10.2 Enable the anti-rotation around axes function 56
5.10.3 When to enable 56
5.10.4 Checks when the anti-rotation around axes function is disabled 56
5.11 Anti-tampering functions:anti-masking 57
5.11.1 Masking signal 57
5.11.2 Environment memorization process 57
5.11.3 Causes of masking 57
5.11.4 Masking signal when the system is turned on 57
5.11.5 Sensitivity level 57
5.11.6 Checks when the anti-masking function is disabled 58
5.11.7 When to disable 58
5.12 Multi-controller Synchronization 58
5.12.1 Introduction 58
5.12.2 Network topology 59
5.12.3 Trigger source 59
5.12.4 Required signal 59
5.12.5 Enable the multi-controller synchronization function 60
5.12.6 Electrical connections 61
6 Sensor position 63
6.1 Basic concepts 63
6.1.1 Determining factors 63
6.1.2 Sensor installation height 63
6.1.3 Sensor inclination 63
6.2 Sensor field of view 63
6.2.1 Types of field of view 63
6.2.2 Features of the 50° field of view 64
6.2.3 Areas and dimensions of the field of view 64
6.2.4 Dimensions of the 110° field of view 64
6.2.5 Dimensions of the 50° field of view 65
6.2.6 Sensitivity 65
6.3 Dangerous area calculation 65
6.3.1 Introduction 65
6.3.2 Sensor height ≤ 1 m 65
6.3.3 Sensor height > 1 m 66
6.4 Calculation of position for sensor height ≤ 1 m 67
6.4.1 Introduction 67
6.4.2 Overview of possible installation configurations 67
6.4.3 Legend 68
6.4.4 Configuration 1 69
6.4.5 Configuration 2 70
6.4.6 Configuration 3 71
6.4.7 Calculate the real detection distance 71
Contents

Leuze electronic GmbH + Co. KG Sensor LBK S-01 7
Contents
6.5 Calculation of position for sensor height > 1 m 72
6.5.1 Introduction 72
6.5.2 110° field of view 72
6.5.3 50° field of view 73
6.5.4 Calculate the real detection distance 73
6.6 Outdoor installations 73
6.6.1 Position exposed to precipitation 73
6.6.2 Recommendations for covering the sensor 74
6.6.3 Recommendations for positioning the sensor 74
6.6.4 Position not exposed to precipitation 74
7 Installation and use procedures 75
7.1 Before installation 75
7.1.1 Materials required 75
7.1.2 Operating system required 75
7.1.3 Install the LBK Designer application 75
7.1.4 Initiate LBK S-01 System 75
7.2 Install and configure LBK S-01 System 76
7.2.1 Install the controller 76
7.2.2 Synchronize the controllers 76
7.2.3 Define the area to be monitored 76
7.2.4 Configure the inputs and outputs 77
7.2.5 Install sensors on the floor 77
7.2.6 Install the sensors on the machinery 79
7.2.7 Connect the controller to the sensors 80
7.2.8 Assign the Node IDs 80
7.2.9 Chain examples 81
7.2.10 Save and print the configuration 81
7.2.11 Set the controller Ethernet parameters 81
7.3 Validate the safety functions 82
7.3.1 Validation 82
7.3.2 Validate the access detection function 82
7.3.3 Example of access points 83
7.3.4 Validate the restart prevention function 83
7.3.5 Example of stopping points 84
7.3.6 Validate the system with LBK Designer 84
7.3.7 Troubleshooting validation 84
7.4 Manage the configuration 84
7.4.1 Configuration checksums 84
7.4.2 Configuration reports 85
7.4.3 Change the configuration 85
7.4.4 Back up the configuration 86
7.4.5 Load a configuration 86

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7.4.6 Display previous configurations 86
7.5 Other functions 86
7.5.1 Change language 86
7.5.2 Locate the area with detected motion 86
7.5.3 Change the admin password 86
7.5.4 Restore factory default settings 86
7.5.5 Identify a sensor 86
7.5.6 Change network parameters 87
7.5.7 Change Modbus parameters 87
7.5.8 Change Fieldbus parameters 87
7.5.9 Set labels 87
8 Maintenance and troubleshooting 88
8.1 Troubleshooting 88
8.1.1 Controller LED 88
8.1.2 Sensor LED 90
8.1.3 Other problems 91
8.2 Event log management 91
8.2.1 Introduction 91
8.2.2 Download the system log 91
8.2.3 Log file sections 92
8.2.4 Log line structure 92
8.2.5 Timestamp (seconds counter from the latest boot) 92
8.2.6 Timestamp (absolute/relative value) 92
8.2.7 Event description 93
8.2.8 Log file example 93
8.2.9 Event list 94
8.2.10 Verbosity level 94
8.2.11 Verbosity level for detection access and exit events 95
8.3 INFOevents 95
8.3.1 System Boot 95
8.3.2 System configuration 95
8.3.3 Factory reset 96
8.3.4 Stop signal 96
8.3.5 Restart signal 96
8.3.6 Detection access 96
8.3.7 Detection exit 96
8.3.8 Dynamic configuration in use 97
8.3.9 Muting status 97
8.3.10 Fieldbus connection 97
8.3.11 MODBUS connection 97
8.3.12 Session authentication 97
Contents

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Contents
8.3.13 Validation 97
8.3.14 Log download 98
8.4 ERRORevents (controller) 98
8.4.1 Introduction 98
8.4.2 Temperature errors (TEMPERATUREERROR) 98
8.4.3 Controller voltage errors (POWERERROR) 98
8.4.4 Peripheral error (PERIPHERAL ERROR) 98
8.4.5 Configuration errors (FEE ERROR) 99
8.4.6 Output errors (OSSD ERROR) 99
8.4.7 Flash errors (FLASH ERROR) 99
8.4.8 Dynamic configuration error (DYNAMIC CONFIGURATION ERROR) 99
8.4.9 Internal communication error (INTERNAL COMMUNICATION ERROR) 99
8.4.10 Input redundancy error (INPUT REDUNDANCY ERROR) 99
8.4.11 Fieldbus error (FIELDBUS ERROR) 99
8.4.12 RAM error (RAM ERROR) 99
8.4.13 Sensor configuration errors (SENSOR CONFIGURATIONERROR) 99
8.5 ERRORevents (sensor) 100
8.5.1 Introduction 100
8.5.2 Radar signal errors (Signal error) 100
8.5.3 Temperature errors (TEMPERATUREERROR) 100
8.5.4 Sensor voltage errors (POWERERROR) 100
8.5.5 Anti-tampering sensor (ACCELEROMETERERROR) 101
8.5.6 Peripheral error (PERIPHERAL ERROR) 101
8.6 ERRORevents (CANbus) 101
8.6.1 Introduction 101
8.6.2 CAN errors (CANERROR) 101
8.7 Cleaning and spare parts 101
8.7.1 Cleaning 101
8.7.2 Spare parts 101
9 Technical references 102
9.1 Technical data 102
9.1.1 General specifications 102
9.1.2 Safety parameters 102
9.1.3 Ethernet connection (if available) 103
9.1.4 Controller features 103
9.1.5 Sensor features 104
9.1.6 CAN bus cables recommended specifications 105
9.1.7 Side screw specifications 105
9.1.8 Bottom screws specifications 106
9.2 Terminal blocks and connector pin-outs 106
9.2.1 Digital inputs and outputs terminal block 106
9.2.2 Voltage and current limits for digital inputs 107

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9.2.3 Power supply terminal block 107
9.2.4 CAN bus terminal block 107
9.2.5 Connectors M12 CAN bus 108
9.3 Electrical connections 109
9.3.1 Connection of safety outputs to the machinery control system 109
9.3.2 Connection of safety outputs to an external safety relay 110
9.3.3 Connection of stop signal (emergency button) 111
9.3.4 Connection of restart signal 112
9.3.5 Connection of the muting input and output (one group of sensors) 113
9.3.6 Connection of the muting input and output (two groups of sensors) 114
9.3.7 Detection signal 2 connection 115
9.3.8 Diagnostic output connection 116
9.3.9 Multi-controller Synchronization 117
9.4 Configuration application parameters 117
9.4.1 Parameter list 117
9.5 Digital input signals 120
9.5.1 Stop signal 120
9.5.2 Muting (with/without pulse) 120
9.5.3 Restart signal 122
9.5.4 Active dynamic configuration 123
10 Appendix 124
10.1 System software 124
10.1.1 Introduction 124
10.1.2 Configuration 124
10.1.3 Competence 125
10.1.4 Installation instructions 125
10.1.5 Outstanding anomalies 125
10.1.6 Backward compatibility 125
10.1.7 Change control 125
10.1.8 Implemented security measures 125
10.2 Disposal 125
10.3 Service and support 125
10.3.1 Service hotline 125
10.4 Order guide 126
10.4.1 Sensors 126
10.4.2 Controllers 126
10.5 Accessories 126
10.5.1 Connection Technology – Connection Cables 126
10.5.2 Connection Technology – Interconnection Cables 127
10.5.3 Connection Technology – USB Interconnection Cables 127
10.5.4 Connection Technology – Terminating Resistors 127
10.5.5 Mounting Technology – Protectors 127
Contents

1 Glossary of terms
1oo2 (one out of two) Type of multi-channel architecture where one area is
monitored by two sensors at the same time.
Activated output (ON-state) Output that switches from OFF to ON-state.
Angular coverage Property of the field of view that corresponds to the coverage of 110° or
50° on the horizontal plane.
Dangerous area Area to be monitored because it is dangerous for people.
Deactivated output (OFF-
state)
Output that switches from ON to OFF-state.
Detection distance 1 Depth of the field of view configured for detection field 1.
Detection distance 2 Depth of the field of view configured for detection field 2.
Detection signal 1 Output signal that describes the monitoring status of detection field 1.
Detection signal 2 Output signal that describes the monitoring status of detection field 2.
ESPE (Electro-Sensitive
Protective Equipment)
Device or system of devices used for the safety-related detection of
people or parts of the body. ESPEs provide personal protection at
machines and plants/systems where there is a risk of physical injury.
These devices/systems cause the machine or plant/system to switch over
to a safe status before a person is exposed to a dangerous situation.
Field of view Sensor area of vision characterized by a specific angular coverage.
Fieldset Structure of the field of view which can be composed of one or two
detection fields.
FMCW Frequency Modulated Continuous Wave
Inclination Sensor rotation around the x-axis. The sensor inclination is the angle
between the center of the field of view of the sensor and a line parallel to
the ground.
Machinery The system for which the dangerous area is monitored.
Monitored area Area that is monitored by the system. It is composed of detection field 1
(e.g. used as alarm area) and detection field 2 (e.g. used as warning area)
of all the sensors.
Detection field 1Area of the fieldset closer to the sensor. In the absence of detection field
2, it corresponds to the whole fieldset.
Detection field 2Area of the fieldset that follows detection field 1.
OSSD Output Signal Switching Device
RCS Radar Cross-Section. Measure of how detectable an object is by radar. It
depends, among other factors, on the material, dimension and position of
the object.
Tolerance area Area of the field of view where detection or not of a moving object/person
depends on the characteristics of the same object itself.
1 Glossary of terms
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2 This manual
2 This manual
2.1 Information on this manual
2.1.1 Objectives of this instruction manual
This manual explains how to integrate LBK S-01 System for safeguarding machinery operators and how to
install it, use it and maintain it safely.
This document includes all the information as Safety Manual according to IEC 61508-2/3 Annex D. Please
refer in particular to Safety parameters on page102 and to System software on page124.
The functioning and safety of the machinery to which LBK S-01 System is connected is out of the scope of
this document.
2.1.2 Obligations with regard to this manual
NOTICE
This manual is an integral part of the product and must be kept for its entire working life. It
must be consulted for all situations related to the life cycle of the product, from its delivery to
decommissioning. It must be stored so that it is accessible to operators, in a clean location
and in good condition. In the event of manual loss or damage, contact Technical Support.
Always enclose the manual when the equipment is sold.
2.1.3 Provided documentation
Document Code Date Distribution format
Original Operating Instructions (this
manual)
UM_LBK-S-01_en_
50149148
2022-
12-15
online PDF
PDF downloadable from the site
www.leuze.com
PROFIsafe communication Original
Operating Instructions
SAF-RG-PROFIsafe-
en-v18
APR
2022
online PDF
PDF downloadable from the site
www.leuze.com
(available in English)
Modbus communication Original
Operating Instructions
UM_LBK-MODBUS_
en_50149166
2022-
12-15
online PDF
PDF downloadable from the site
www.leuze.com
(available in English)
2.1.4 Intended users of this instruction manual
The recipients of the instruction manual are:
lthe machinery manufacturer onto which the system will be installed
lsystem installer
lmachinery maintenance technician

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3 Safety
3.1 Safety information
3.1.1 Safety messages
Warnings related to the safety of the user and of the equipment as envisaged in this document are as
follows:
WARNING
Indicates a hazardous situation which, if not avoided, may cause death or serious injury.
NOTICE
Indicates obligations that if not observed may cause harm to the equipment.
3.1.2 Safety symbols on the product
This symbol marked on the product indicates that the manual must be consulted. In particular, pay attention
to the following activities:
lwiring of the connections (see Terminal blocks and connector pin-outs on page106 and Electrical
connections on page109)
lcable operating temperature (see Terminal blocks and connector pin-outs on page106)
lcontroller cover, which was subjected to a low energy impact test (see Technical data on page102)
3.1.3 Personnel skills
The recipients of this manual and the skills required for each activity presented herein are as follows:
Recipient Assignments Skills
Machinery
manufacturer
lDefines which protective devices
should be installed and sets the
installation specifications
lKnowledge of significant hazards of the
machinery that must be reduced based on
risk assessment.
lKnowledge of the entire machinery safety
system and the system on which it is
installed.
Protection
system installer
lInstalls the system
lConfigures the system
lPrints configuration reports
lAdvanced technical knowledge in the
electrical and industrial safety fields
lKnowledge of the dimensions of the
dangerous area of the machinery to be
monitored
lReceives instructions from the machinery
manufacturer
Machinery
maintenance
technician
lPerforms maintenance on the system lAdvanced technical knowledge in the
electrical and industrial safety fields
3 Safety

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3.1.4 Safety assessment
Before using a device, a safety assessment in accordance with the Machinery Directive is required.
The product as an individual component fulfills the functional safety requirements in accordance with the
standards stated in Standards and Directives on page16. However, this does not guarantee the functional
safety of the overall plant/machine. To achieve the relevant safety level of the overall plant/machine’s
required safety functions, each safety function needs to be considered separately.
3.1.5 Intended use
LBK S-01 System is certified SIL 2 according to IEC/EN 62061 and PL d according to EN ISO 13849-1.
It performs the following safety functions:
lAccess detection function: access of one or more persons to a hazardous area deactivates the safety
outputs to stop the moving parts of the machinery.
lRestart prevention function: prevents unexpected starting or restarting of the machinery. Detection of
motion within the dangerous area maintains the safety outputs deactivated to prevent machinery
starting.
It performs the following additional safety functions:
lStop signal: force all the safety outputs to OFF-state.
lRestart signal: enables the controller to switch to ON-state the safety outputs related to all the detection
fields with no motion detected.
lMuting (see Muting on page53).
LBK S-01 System is suitable for protecting the entire body for the following applications:
ldangerous area protection
lindoor and outdoor applications
The following is deemed improper use in particular:
lany component, technical or electrical modification to the product
luse of the product outside the areas described in this document
luse of the product outside the technical details, see Technical data on page102
3.1.6 EMC-compliant electrical installation
NOTICE
The product is designed for use in an industrial environment. The product may cause
interference if installed in other environments. If installed in other environments, measures
should be taken to comply with the applicable standards and directives for the respective
installation site with regard to interference.
3.1.7 General warnings
lIncorrect installation and configuration of the system decreases or inhibits the protective function of the
system. Follow the instructions provided in this manual for correct installation, configuration and
validation of the system.
lChanges to the system configuration may compromise the protective function of the system. After any
changes made to the configuration, validate correct functioning of the system by following the
instructions provided in this manual.
lIf the system configuration allows access to the dangerous area without detection, implement additional
safety measures (e.g. guards).
lThe presence of static objects, in particular metallic objects, within the field of view may limit the
efficiency of sensor detection. Keep the sensor field of view unobstructed.
3 Safety

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lThe system protection level (SIL 2, PL d) must be compatible with the requirements set forth in the risk
assessment.
lCheck that the temperature of the areas where the system is stored and installed is compatible with the
storage and operating temperatures indicated in the technical data of this manual.
lRadiation from this device does not interfere with pacemakers or other medical devices.
3.1.8 Warnings for the restart prevention function
lThe restart prevention function is not guaranteed in blind spots. If required by the risk assessment,
implement adequate safety measures in those areas.
lMachinery restarting must be enabled only in safe conditions. The button for the restart signal must be
installed:
ooutside of the dangerous area
onot accessible from the dangerous area
oin a point where the dangerous area is fully visible
3.1.9 Responsibility
The machinery manufacturer and system installer are responsible for the operations listed below:
lProviding adequate integration of the safety output signals of the system.
lChecking the monitored area of the system and validating it based on the needs of the application and
risk assessment. Following the instructions provided in this manual.
3.1.10 Limits
lThe system cannot detect the presence of people who are immobile and not breathing or objects within
the dangerous area.
lThe system does not offer protection from pieces ejected from the machinery, from radiation, and
objects falling from above.
lThe machinery command must be electronically controlled.
3.1.11 Disposal
In safety-related applications, comply with the mission time reported in General specifications on page102.
For decommissioning follow the instructions reported in Disposal on page125.
3 Safety

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3.2 Conformity
3.2.1 Standards and Directives
Directives 2006/42/EC (MD - Machinery)
2014/53/EU (RED - Radio equipment)
Standards IEC/EN 62061: 2005, A1:2013, A2:2015, AC:2010 SIL 2
EN ISO 13849-1: 2015 PL d
EN ISO 13849-2: 2012
IEC/EN 61496-1: 2013
IEC/EN 61508: 2010 Part 1-7 SIL 2
IEC/EN 61000-6-2:2019
ETSI EN 300 440 v2.1.1
ETSI EN 301 489-1 v2.2.3 (only emissions)
ETSI EN 301 489-3 v2.1.1 (only emissions)
IEC/EN 61326-3-1:2017
IEC/EN 61010-1: 2010
UL/CSA 61010-1
IEC/EN 61784-3-3 for the PROFIsafe Fieldbus
Note: no type of failure has been excluded during the system analysis and design phase.
The EUDeclaration of Conformity can be downloaded from www.leuze.com (from product download area).
3.2.2 CE
The manufacturer, Inxpect SpA, states that LBK S-01 System (Safety Radar Equipment) complies with the
2014/53/EU and 2006/42/EC directives. The full EU declaration of conformity text is available on the
company's website at the address: www.leuze.com (from the product download area).
At the same address all updated certifications are available for download.
3.2.3 FCC
Each device of the LBK S-01 System complies with Part 15 of the FCC Rules. LBK S-01 contains FCC ID:
UXS-SMR-3X4.
Operation is subject to the following two conditions:
lthis device may not cause harmful interference, and
lthis device must accept any interference received, including interference that may cause undesired
operation
NOTICE
Changes or modifications not expressly approved by Leuze electronic GmbH + Co. KG could
void the user's authority to operate the equipment.
3 Safety

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3.2.4 SRRC
en
LBK S-01 is a micro-power (short range) radio transmission equipment, type G, and does not require any
type approval.
zh-CN
LBK S-01是一种微功率(近程)无线电传输设备，G型，不需要任何类型认可。
3.2.5 IMDA
3.2.6 Certificações ANATEL
Este produto está homologado pela Anatel, de acordo com os procedimentos regulamentados pela
Resolução nº242/2000 e atende aos requisitos técnicos aplicados.
Para maiores informações, consulte o site da ANATEL www.anatel.gov.br.
07125-19-12500
Este equipamento não tem direito à proteção contra interferências prejudiciaL e não pode causar
interferência em sistemas devidamente autorizados.
3.2.7 NCC
en
The use of low-power RF devices shall not affect flight safety or interfere with legal communications; if
interference is found, the user should stop using the device immediately and improve it until there is no
interference.
Legal communication in the preceding paragraph refers to radio communications operating in accordance
with the provisions of the Telecommunications Act. Low-power RF devices must withstand interference
from legitimate communications or radio electrical equipment for industrial, scientific, and medical use.
zh-TW
低功率射頻電機之使用不得影響飛航安全及干擾合法通信；經發現有干擾現象時，應立即停用，並
改善至無干擾時方得繼續使用。
前項合法通信，指依電信法規定作業之無線電通信。低功率射頻電機須忍受合法通信或工業、科學
及醫療用電波輻射性電機設備之干擾。
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Leuze electronic GmbH + Co. KG Sensor LBK S-01 18
3.2.8 ICASA
TA 2019-5126
APPROVED
3.2.9 RoHS2 China
en
According to the SJ/T 11364-2014 Standard of the People’s Republic of China for the Electronic Industry.
Model: LBK ISC BUS PS, LBK ISC-02, LBK ISC-03, LBK S-01
Component
name
Hazardous substances
Lead
(Pb)
Mercury
(Hg)
Cadmium
(Cd)
Hexavalent
Chromium
(Cr (VI))
Polybrominated
biphenyls
(PBB)
Polybrominated
diphenyl ethers
(PBDE)
Aluminum,
steel, copper
alloy
X* O O O O O
Electrical
contacts
O O O O O O
Printed board
assembly
O O O O O O
Plastics O O O O O O
This table was developed according to the provisions of SJ/T 11364.
O: The content of such hazardous substance in all homogeneous materials of such component is below
the limit required by GB/T 26572.
X: The content of such hazardous substance in all homogeneous materials of such component is beyond
the limit required by GB/T 26572.
X*:Exemptions applied according to EU RoHS 2011/65 Annex III and IV.
This statement is based on information and data provided by third parties and may not have been verified
through destructive testing methods or other chemical analysis.
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Leuze electronic GmbH + Co. KG Sensor LBK S-01 19
zh-CN
本表格依据中华人民共和国SJ/T11364的规定编制。
模型: LBK ISC BUS PS, LBK ISC-02, LBK ISC-03, LBK S-01
部件名称
有害物质
铅
(Pb)
汞
(Hg)
镉
(Cd)
六价铬
(Cr (VI))
多溴联
苯
(PBB)
多溴二
苯醚
(PBDE)
铝、铁、铜合金 X* O O O O O
电触头 OOOOOO
印制板装置 OOOOOO
塑料制品 OOOOOO
本表格依据SJ/T11364的规定规制。
O:表示该有害物质在该部件所有均质材料中的含量均在GB/T 26572规定的限量要求以下。
X:表示该有害物质至少在该部件的某一均质材料中的含量超出GB/T 26572规定的限量要求。
X*：根据欧盟RoHS 2011/65的附件III和IV适用豁免。
本声明基于第三方提供的信息和数据，可能未经破坏性检测方法或其他化学分析进行验证。
3.2.10 KC
en
For LBK ISC BUS PS, LBK ISC-02, LBK ISC-03, LBK S-01:
This equipment is intended for commercial use (Class A). Operation of this equipment in a residential area
may cause harmful interference.
For LBK S-01:
This device must be used at a distance of more than 20 cm (7.9 in) from the human body (head / torso)
during normal use.
ko
LBK ISC BUS PS, LBK ISC-02, LBK ISC-03, LBK S-01의 경우:
이 장비는 상용으로 제작되었다 (클래스 A). 이 장비를 주거 지역에서 작동하면 해로운 간섭을 야기할 수 있
다.
LBK S-01의 경우:
본 기기는 통상 이용 상태의 경우 인체(머리,몸통)와20cm 초과하는 거리에서 사용되어야 합니다
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Leuze electronic GmbH + Co. KG Sensor LBK S-01 20
3.3 National restrictions
3.3.1 France and the United Kingdom
LBK S-01 System is a short-range device in class 2 in accordance with the directive 2014/53/EU (RED -
Radio equipment) and is subject to the following restrictions:
FR UK
en
Restrictions in UK and France. In the United Kingdom and in France, the national allocation of frequencies
does not allow the free use of the whole band 24-24.25 GHz. Set the country correctly in the LBK Designer
application and the authorized band 24.05-24.25 GHz will be automatically selected.
fr
Restrictions en FR. En France, la répartition nationale des fréquences ne permet pas l'utilisation libre de la
totalité de la bande 24-24,25 GHz. Définissez correctement le pays dans l'application LBK Designer et la
bande autorisée 24,05-24,25 GHz sera automatiquement sélectionnée.
3.3.2 Japan
en
Restrictions in Japan. In Japan, the national allocation of frequencies does not allow the free use of the
whole band 24-24.25 GHz. Set the country correctly in the LBK Designer application and the authorized
band 24.05-24.25 GHz will be automatically selected.
ja
日本における制限。日本では、全国的な周 波数割り当てでは、24〜24.25 GHzの全 帯域を自由に使用する
ことはできません。LBK Designerアプリケーションで国を正しく設定すると、許可された帯域24.05-24.25 GHzが
自動的に選択されます。
3.3.3 South Korea
en
Restrictions in South Korea. In South Korea, the national allocation of frequencies does not allow the free
use of the whole band 24-24.25 GHz. Set the country correctly in the LBK Designer application and the
authorized band 24.05-24.25 GHz will be automatically selected.
ko
한국의 제한.한국에서는 국가의 주파수 할당 규정에 따라 24-24.25 GHz 전체 주파수 대역을 무료로 사용하
는 것을 허용하지 않는다. LBK Designer 응용프로그램에서 올바른 국가를 설정하면 승인된 대역 24.05-
24.25 GHz가 자동으로 선택된다.
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