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Operation manual

Product catalog summary

Introduction
The USB Sensor Interface Model 9206 is a versatile device for acquiring and processing sensor signals, configurable for single or multi-channel use. It measures mechanical variables like force, torque, and pressure, featuring a high-performance A/D converter for data acquisition up to 1200 readings/s. Calibration data is stored in an EEPROM.

Normal Use
Designed for industrial and laboratory settings, the device is not suitable for medical applications. It supports various analog sensors and is ideal for mobile tests, laboratory setups, and diagnostic measurements in the chemical industry.

Customer Services
Repairs and technical support are available through the manufacturer, with a 24-month warranty from delivery.

Safety Instructions
Users must adhere to safety procedures to prevent electric shock and injuries. The device should not be used in explosive areas, and repairs are to be conducted by the manufacturer.

Preparation and Installation
Instructions for unpacking, installation, and sensor connection are provided, covering sensor types like Pt100 and strain gauges.

Software and Operation
Software and drivers are required for operation, supporting multi-channel use and signal processing.

Adjustment and Calibration
Guidelines for adjusting sensors using methods like teach-in and calibration certificates are included.

Measurement Mode
The device supports various measurement functions, including configuration of measurement rates and report exporting.

Maintenance
Maintenance guidelines ensure device longevity, with cleaning instructions and disposal recommendations.

Technical Data and Accessories
Technical specifications and available accessories for the USB Sensor Interface Model 9206 are detailed.

Warranty and Liability
The device warranty covers repairs for a specified period, excluding damage from improper use. Liability for consequential damage is not accepted.

Manual Overview
The manual provides essential information on operation, installation, and configuration, emphasizing adherence to instructions to avoid faults.

Unpacking and Deliverables
Ensure all items are present and undamaged upon receipt. The package includes the device, software CD-ROM, and manual.

Installation and Protection
The device can be secured with hose clips or cable ties and has an IP67 protection rating, suitable for temperatures from -20°C to +60°C.

Connection and Configuration
Features screw terminals for sensor connections, supporting types like Pt100 and strain gauges.

Indicating Elements
LED indicators display statuses such as error and standard operation.

System Requirements and Software Installation
Requires Windows OS and specific hardware. Installation involves running a setup from the CD-ROM and ensuring .NET Framework 4.0 is installed.

Driver Installation
Drivers require administrator rights for installation, involving USB connection and driver updates via Device Manager.

Software Licensing
Licensing involves entering a code to enable the device model, allowing for graphical display and higher measurement rates.

Initial Operation
Signals are processed using an A/D converter and microprocessor, with USB power supply and recommendations for external power for high-consumption sensors.

PC Configuration Program Overview
The "9206-P001/P100/P200" program allows for device configuration, sensor signal teach-ins, and data export to XLS files.

Device List and Settings
Automatically detects connected devices, allowing configuration of settings like device name and calibration date.

Measurement Input and Signal Conditioning
Supports input ranges like 15 mV to +/-10V, with signal conditioning enhanced by averaging values.

Sensor Excitation Voltage
Recommended excitation voltages are 2.5 V and 5 V.

Adjustment of Strain Gauge Sensors
Calibration involves a two-point procedure to define the relationship between electrical signals and measurements.

Connection Methods
A 6-wire connection method is recommended for optimal accuracy.

Teach-in Method for Adjustment
Involves setting zero and upper limits using reference loads for calibration.

Adjustment of Potentiometric Displacement Sensors
Uses a two-point calibration procedure guided by a test certificate.

Specifications and Calibration
Calibration involves setting measurement ranges using a calibrated gage block.

Sensor Excitation Voltage
5 V excitation voltage is recommended for practical measurements.

Connection and Adjustment
Details on connector-pin numbering and adjustment procedures for standard signal output sensors are provided.

Adjustment of Pt100 Sensors
Describes linearization using standard coefficients or specific values for calibrated sensors.

Measurement Mode and Software Operation
DigiVision software supports device detection and measurement display, with options for tare functions and channel settings.

Documentation and Reporting
Features for saving raw data, generating reports, and exporting data to Excel are included.

Maintenance
No user maintenance is required, and repairs must be conducted by the manufacturer.

Disposal Instructions

Battery Disposal: Users must return used batteries as per legal requirements, avoiding household waste.
Equipment Disposal: Dispose of unserviceable equipment according to legal requirements.

Technical Data

Input Signal: Supports full-bridge strain gage with excitation of 2.5 V or 5 V.
Potentiometer: Uses a 3-wire connection with excitation of 5 V.
Voltage Reference: Input impedance greater than 1 GΩ with a range of 0 V to ±10 V.
General Data: Measuring error less than 0.05% of full scale, temperature drift less than 20 ppm/K.
Enclosure: IP67 rated, made of aluminium.
Supply Voltage: Via USB or power cable.
Signal Processing: 24-bit A/D conversion with up to 1200 measurements per second.

Accessories and Options

Accessories: Includes configuration software and adapter cables.
Options: Calibration service for the measuring chain.

Catalog excerpts

OPERATION MANUAL USB Sensor Interface Model 9206 ©2024 burster praezisionsmesstechnik gmbh & co kg All rights reserved Manufacturer: burster praezisionsmesstechnik gmbh & co kg TalstraGe 1 - 5 P.O.Box 1432 Germany Germany E-Mail [email protected] www.burster.com

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USB Sensor Interface Model 9206 Warranty - exclusion of liability All information in the present documentation was prepared and compiled with great care and reproduced subject to effective control measures. No warranty is provided for freedom from errors. We reserve the right to make technical changes. The present information as well as the corresponding technical data can change without notice. Reproduction of any part of this documentation or its processing or revision using electronic systems is prohibited without the manufacturer's prior written approval. Components, devices and measured...

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USB Sensor Interface Model 9206The measurement solution. EU-Konformitstserklarung (nach en iso/iec i 7050-1:2010) EU-Declaration of conformity (in accordance with EN ISO/IEC 17050-1:2010) Name des Ausstellers: Issuer’s name: burster prazisionsmesstechnik grnbh & co kg Anschrift des Ausstellers: Issuer’s address: Gegenstand der Erklarung: Object of the declaration: Talstr. 1-5 76593 Gernsbach, Germany USB-(Multi)Sensor-lnterface USB-(Multi) Sensor-Interface Modellnummer(n) (Typ): Model number/type: Diese Erklarung beinhaltet obengenannte Produkte mit alien Optionen This declaration covers all...

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USB Sensor Interface Model 9206 USB Multisensor-Interface desktop unit (IP20)

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USB Sensor Interface Model 9206 Warning! The following instructions must be followed to prevent electric shock and injuries:  Follow all equipment safety procedures.  Only use the device outside from explosive areas.  Only use the device when it is undamaged.  Do not apply more than the rated voltage. See specifications for supported ranges.  Any repairs that may be needed must be performed only at the manufacturer's premises. Caution! The following points must be followed to prevent injuries and damage to property:  Do not use any cleaning agents that contain organic solvents or concentrated...

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USB Sensor Interface Model 9206

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7.4 Adjustment of a transmitter having a voltage output using the teach-in method ... 56

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USB Sensor Interface Model 9206 1. The model 9206 USB Sensor Interface is intended for the acquisition and processing of sensor signals. The model 9206 USB Sensor Interface is a user-configurable single-channel device, or optionally a multi-channel device housed in a desktop unit. The device is configured via the USB port. The model 9206 USB Sensor Interface is ideally suited to measuring mechanical variables such as force, torque, pressure, acceleration, displacement and angle. It makes acquisition and processing of straingage, potentiometric and standard signals straightforward. Signal conditioning...

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USB Sensor Interface Model 9206 1.1 Normal use The model 9206 USB Sensor Interface has been developed specifically for high-speed measurements, and therefore covers a huge range of applications. Designed for use with a variety of analog sensors, the device can capture a huge range of output signals for conditioning in mobile systems. Industry-compatible connection and installation technologies make it easier for the user to adapt and integrate the unit in existing mechanical and electrical environments. The outstanding measuring quality combined with a large number of values used for averaging...

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USB Sensor Interface Model 9206 1.2.3 Factory warranty burster praezisionsmesstechnik gmbh & co kg provides a manufacturer's warranty for a period of 24 months after delivery. Any repairs required during this time will be made without charge. Damage caused by improper use of the device is not covered by the warranty. If the device needs to be returned for repairs, please note the following requirements for packing and shipping: • If you have a problem with the device, please attach a note to the case summarizing the fault. • The technical data can change at any time without notification. We also...

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USB Sensor Interface Model 92062. Preparation2.1 Unpacking The unit is packaged for protection against shock during shipment. > Carefully unpack the unit and verify that all items are present. > Inspect the instrument carefully for damage. If you suspect that the unit has been damaged during shipping, notify the delivery company immediately. The packaging should be retained for examination by a representative of the manufacturer and/or the delivery company. The model 9206 USB Sensor Interface must be shipped only in its original packaging provided by us or in a container capable of providing...

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USB Sensor Interface Model 9206 2.3.1 Opening the 9206 tubular housing Caution! Risk of damage! Before opening the tubular housing always undo both PG cable glands. Before opening or closing the tubular housing, isolate the 9206 from the power supply. For the in-line 9206 model, all controls and connections are located inside the tubular housing. Finely knurled end-fitting coarsely knurled end-fitting One of the end fittings is coarsely knurled. How to open the tubular housing  Undo the PG cable glands at both ends of the tubular housing. By doing this you reduce the risk of damaging the connection...

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USB Sensor Interface Model 9206 Once the housing is unscrewed from the end fittings, the circuit board is exposed. The In Line unit of the model 9206 USB Sensor Interface has IP67 degree of protection. The module is therefore protected from the effect of temporary immersion in water and accessing dangerous components using a wire of diameter ≥ 1.0 mm. The desktop unit has IP20 degree of protection. Ambient temperature The permitted ambient temperature range for the model 9206 USB Sensor Interface during operation is -20 °C to +60 °C. The device can be stored at temperatures between -40 °C and...

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USB Sensor Interface Model 9206 2.6 Connection via screw-terminals The screw terminals located on the circuit board of the 9206 USB Sensor Interface are listed in the figure below. Diagram 3: Screw terminals and pin assignments Diagram 4: Solder bridges The solder bridges must be closed as shown. Only applies to tubular housing model.

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