Bosche B10N Operating And Installation Manual

Bending beam load cell
Table of Contents

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BOSCHE
Bending beam load cell
B10S / B10N
Operating and Installation Manual
- Translation of the original -
(keep for future use)
Status: 2025-03-26

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Table of Contents
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Summarization of Contents

1 Safety
1.1 For your safety
General safety guidelines and information provided in the manual for safe operation.
1.1.2 Safety symbols in this manual
Explanation of safety symbols used in the manual for risk identification and safe handling.
1.2 Intended use
Defines the specific applications for which the load cell is designed and approved.
1.3 Reasonably foreseeable misuse
Details potential incorrect uses of the load cell and the consequences of such misuse.
1.4 Type and information labels on the bending beam load cell B10S / B10N
Information about the labels on the load cell and the data they contain for identification.
1.5 Obligations of the owner/user
Outlines the responsibilities of the owner/user regarding personnel training and adherence to manual.
1.6 Obligations of the operator
Defines the duties of operating personnel to ensure safety and proper use of the load cell.
1.7 Description of the dangers
Details potential hazards associated with the load cell, including injury and damage.
1.7.1 Danger of injury
Specific warnings about risks of injury to persons during operation or maintenance.
1.7.2 Danger of damage
Highlights risks of damage to the load cell itself or other assets due to misuse or improper handling.
1.8 Liability and warranty
Information regarding the manufacturer's warranty terms and conditions, and voiding factors.
2 Description
2.1 General
General overview of the bending beam load cell and its construction materials.
2.2 Mounting example
Illustrates a typical mounting configuration and lists the components involved.
2.3 Functionality
Explains how the load cell operates and its rated output under load.
3 Installation, connection
3.1 Control
Instructions for checking the load cell and packaging for damage upon delivery.
3.2 Packaging and disposal
Guidance on retaining packaging for returns and proper disposal procedures.
3.3 Installation of the bending beam load cell
General instructions and precautions for the correct installation of the load cell.
3.3.1 Dimensions
Reference to where dimensional data and space requirements for the load cell can be found.
3.3.2 Mounting
Detailed instructions and warnings for the correct mounting of the load cell, including load introduction.
3.4 Connection
Information on connecting the load cell, including electrical and mechanical aspects.
3.4.1 Mechanical connections
Requirements for mounting surfaces and ensuring free bending for accurate measurements.
3.4.2 Welding connections
Recommendations and precautions for performing welding operations near the load cell.
3.4.3 Electrical connections
Details on four-core and six-core cables, connection principles, and cable management.
3.4.4 Parallel connection of multiple load cells
Guidance on connecting multiple load cells in parallel using a junction box.
3.4.5 Wind / shocks / vibration
Measures to prevent lateral displacement and tipping hazards related to environmental factors.
3.4.6 Grounding Connection of the Weighed Structure
Instructions for properly grounding the weighed structure to protect the load cells from static discharge.
3.4.7 Measures against lateral displacement
Methods to prevent lateral displacement and tipping, considering environmental conditions.
4 Operation
4.1 General
Basic information on load cell operation and its dependency on evaluation electronics.
4.2 Warm-up time
Specifies the minimum warm-up time required for the load cell before measurement.
4.3 Checking the load cells with a multimeter
Procedure for testing load cell functionality and measurement accuracy using a digital multimeter.
4.3.1 Test of load cell input (Quick access) via resistance measurement
Detailed steps for measuring input resistance and insulation resistance of the load cell.
4.3.2 Voltage measurement on load cells
Procedure for checking supply voltage and response signal voltage of the load cell.
4.4 Dimensioning the load cell nominal load
Recommendations for sizing load cells based on safety factors and load distribution.
4.5 Functional testing of a load cell
Information on performing functional tests, including a QR code for a video guide.
5 Troubleshooting
5.1 In case of malfunction
Guidance on what to do when the load cell malfunctions or displays error messages.
5.2 Troubleshooting information
Steps to identify and resolve measurement errors, checking various operational aspects.
5.3 Contacting customer service
Contact details for Bosche GmbH & Co. KG for technical support and service inquiries.
5.4 Information needed when contacting customer service
Details required from the customer to facilitate efficient troubleshooting by customer service.
6 Maintenance, care, disposal
6.1 Cleaning
Instructions for cleaning the load cell and related components to maintain performance and protection class.
6.2 Maintenance, servicing
Information on minimal maintenance requirements and servicing by authorized technicians.
6.3 Disposal
Guidelines for the proper disposal of the load cell and its packaging according to regulations.
7 Technical data
7.1 Mechanical data
Provides detailed mechanical dimensions and specifications for the load cell.
7.2 Connection data
Electrical connection specifications, including cable types and resistance values.
7.3 Measuring range / Legal-for-trade
Details the measuring ranges and legal-for-trade status for different load cell models.
7.4 Ambient conditions
Specifies the operating temperature, humidity, and protection class requirements.
7.5 Metrological data of verifiable load cell
Presents metrological characteristics like accuracy class, division values, and limit loads.
7.6 Load foot GML-B10
Details the specifications and dimensions of the GML-B10 load foot accessory.
7.6.2 Weighing module B10-MA
Describes the B10-MA weighing module, its features, and dimensions.
7.6.3 Weighing module B10- MH
Details the B10-MH weighing module, designed for hanging applications.
7.6.4 Weighing module B10-MB
Explains the B10-MB weighing module, its elastomer bearing, and self-centering effect.
7.6.5 Weighing module B10-MZ
Describes the B10-MZ weighing module, specifically designed for tension applications.

Table of Contents