To Next PageTo Next PageWhat to do if there are objects obstructing the field of view of Inxpect Safety Equipment?
If objects are obstructing the view of your Inxpect Safety Equipment, the suggested solution is to remove the object if possible. If removing the object is not an option, implement additional safety measures in the area where the object is present.
General| Brand | Inxpect |
|---|---|
| Model | LBK Series |
| Category | Safety Equipment |
| Language | English |
Details the manual's objectives, obligations, and provided documentation.
Details the changes and versions of the instruction manual over time.
Identifies the target audience for the instruction manual.
Details safety messages, symbols, personnel skills, and safety assessment.
Defines the product's intended applications and improper usage scenarios.
Covers EMC installation, general warnings, and restart prevention warnings.
Lists applicable standards, directives, and CE compliance details.
Details regulatory compliance for FCC, SRRC, IMDA, and ANATEL.
Details regulatory compliance for NCC and ICASA.
Details hazardous substance content according to China's SJ/T 11364 standard.
Details frequency usage restrictions in France, UK, and Japan.
Details frequency usage restrictions and operational limits for various countries.
Introduces the LBK System Series, its definition, and special features.
Describes main components like control unit and sensors, and application areas.
Details supported control units (ISC-B01, ISC-02, ISC-03) and their functions.
Illustrates and describes the parts and connectors of control units ISC-B01, ISC-02, ISC-03.
Explains the meaning of system status LEDs and Fieldbus status LEDs.
Describes the system's digital inputs and their connection requirements.
Details digital outputs (OSSDs), SNS input, and input variable behavior.
Explains available output functions like diagnostic signals and Muting, and their status.
Provides recommendations for external resistors for OSSD outputs.
Describes the functions, structure, and status LEDs of the LBK-S01 sensors.
Outlines the main functions of the Inxpect Safety application.
Explains how to use the application, access levels, and the main menu structure.
Details Fieldbus support, communication with machinery, and data exchange.
Details the data exchanged through Fieldbus communication.
Explains Modbus support and how to enable Modbus communication.
Details the data exchanged through Modbus communication.
Covers system configuration, dynamic configuration, and programmable parameters.
Explains how to activate dynamic configuration via digital inputs or Fieldbus.
Details the safe configuration switch and its usage implications.
Explains how the sensor works, factors influencing signals, and object detection.
Describes detection fields, parameters, and configuration warnings.
Explains detection field dependency modes and their impact on safety outputs.
Classifies the system's safety degree (PL d) and category equivalents.
Describes independent sensor operation for PL d, category 2 configuration.
Details requirements for achieving PL d, category 3 equivalent architecture.
Explains safety working modes like Both, Access Detection, and Restart Prevention.
Details the 'Both', 'Always access detection', and 'Always restart prevention' working modes.
Illustrates combinations of safety working modes and their behavior when motion is detected.
Explains the 'Both' mode, covering access detection and restart prevention functions.
Details the 'Always access detection' mode and its TOFF parameter.
Explains the 'Always restart prevention' mode and its characteristics.
Describes cases where restart prevention is not guaranteed and provides visual examples.
Lists rules to follow to prevent unexpected restarting of the machinery.
Explains muting enabling, activation, signal characteristics, and status.
Explains the anti-rotation function, disabling it, and related checks.
Details the anti-masking function, memorization process, causes, and sensitivity levels.
Outlines checks to perform when the anti-masking function is disabled.
Explains the necessity and introduction of multi-control unit synchronization.
Details the steps to enable the multi-control unit synchronization function.
Illustrates electrical connections for star and daisy chain synchronization examples.
Covers determining factors, installation height, and sensor inclination.
Explains field of view types (110°, 50°), features, and areas.
Explains how to calculate the dangerous area based on ISO 13855:2010.
Details installation configurations and formulas for sensor positioning at heights up to 1m.
Explains Configuration 1 where the field of view does not intersect the ground.
Explains Configuration 2 where the upper field of view does not intersect the ground.
Explains Configuration 3 where upper and lower fields intersect the ground.
Explains how to calculate and enter the real detection distance (Dalarm).
Provides formulas for sensor positioning at heights greater than 1m.
Details 50° field of view considerations and calculating real detection distance.
Provides recommendations for outdoor installations exposed to precipitation.
Offers recommendations for sensor covers and optimal positioning.
Lists required materials, operating system, and Inxpect Safety application installation steps.
Covers control unit installation, synchronization, area definition, and I/O configuration.
Provides step-by-step instructions for installing sensors on the floor.
Provides step-by-step instructions for installing sensors on machinery.
Details connecting the control unit to sensors, CAN bus limits, and assigning Node IDs.
Illustrates examples of control unit placement in sensor chains.
Steps for saving, printing, and signing the system configuration report.
Explains how to set Ethernet parameters for the control unit.
Describes the validation process to ensure safety functions are correctly activated.
Provides procedures and specifications for validating the access detection function.
Provides procedures and specifications for validating the restart prevention function.
Guidance on using the Inxpect Safety application for system validation.
Table of causes and solutions for issues encountered during validation.
Covers configuration reports and how to change system configuration parameters.
Explains how to back up and load system configurations.
Covers functions like changing language, locating motion, admin password, and factory reset.
Explains control unit LED statuses, associated problems, and remedies.
Explains sensor LED statuses, error codes, and troubleshooting.
Addresses other problems like undesired alarms, no power supply, and system errors.
Explains how to download and manage the system event log.
Details the structure and sections of the event log files.
Provides an example of the event log entries for diagnostic and information events.
Lists event types and explains verbosity levels for logging events.
Details INFO events like system boot, configuration changes, and factory resets.
Logs changes in the stop signal status (activation/deactivation).
Logs when the system waits for or receives the restart signal.
Logs detection access events with parameters like field number and distance.
Logs detection exit events when the signal returns to no-motion status.
Logs changes in the selected dynamic configuration ID.
Logs changes in the muting status of sensors (enabled/disabled).
Logs Fieldbus communication status (connected, disconnected, or fault).
Logs Modbus communication status (connected or disconnected).
Logs session authentication status and the interface used (USB/ETH).
Logs when a validation activity starts or ends, including the interface used.
Logs when a log download is performed on the device.
Details control unit errors related to temperature, voltage, peripherals, configuration, and outputs.
Details sensor errors related to radar signals, temperature, voltage, anti-tampering, and peripherals.
Details CAN bus errors like timeout, cross check, CRC, communication loss, and protocol errors.
Provides guidance on cleaning sensors and lists available spare parts.
Details general specifications, safety parameters, Ethernet connection, and control unit features.
Details sensor features and recommended CAN bus cable specifications.
Provides pin-out details for digital inputs/outputs, power supply, CAN bus, and M12 connectors.
Illustrates electrical connections for safety outputs, muting, stop/restart signals, and diagnostic outputs.
Lists configurable parameters for the system, including settings for sensors, I/O, network, and Fieldbus.
Explains the logic and timing for digital inputs like stop signal, muting, and restart signal.
Provides information on system software, configuration, competence, installation, anomalies, and change control.
Provides instructions for product disposal in compliance with European directives.
Details customer service contact information and procedures for returning products.
