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- High-Precision Strain Measurement: Designed for accurate detection of tensile and compressive strain in materials and structures.
- Rod-Type (Stabform) Design: Cylindrical or rod-shaped form factor allows easy integration into mechanical assemblies or test rigs.
- Silicon-Based Sensing Element (Si): Utilizes silicon as the primary sensing material, offering high linearity, temperature stability, and repeatability.
- Set of 10 Sensors: Delivered in a pack of ten units for multi-channel measurement or redundancy in testing environments.
- Compact and Lightweight: Ideal for applications with limited installation space or where minimal mass loading is required.
- Versatile Application Range: Suitable for laboratory experiments, structural health monitoring, robotics, and industrial automation.
- Electrical Output Compatibility: Designed to interface with standard strain gauge amplifiers, data acquisition systems, or bridge circuits.
- Durable Construction: Resistant to mechanical fatigue and environmental influences, ensuring long-term stability.
- Customizable Mounting Options: Can be bonded, embedded, or mechanically fixed depending on the application.
- High Sensitivity Coefficient: Optimized for precise microstrain detection in both static and dynamic conditions.
- Rod-Type (Stabform) Design: Cylindrical or rod-shaped form factor allows easy integration into mechanical assemblies or test rigs.
- Silicon-Based Sensing Element (Si): Utilizes silicon as the primary sensing material, offering high linearity, temperature stability, and repeatability.
- Set of 10 Sensors: Delivered in a pack of ten units for multi-channel measurement or redundancy in testing environments.
- Compact and Lightweight: Ideal for applications with limited installation space or where minimal mass loading is required.
- Versatile Application Range: Suitable for laboratory experiments, structural health monitoring, robotics, and industrial automation.
- Electrical Output Compatibility: Designed to interface with standard strain gauge amplifiers, data acquisition systems, or bridge circuits.
- Durable Construction: Resistant to mechanical fatigue and environmental influences, ensuring long-term stability.
- Customizable Mounting Options: Can be bonded, embedded, or mechanically fixed depending on the application.
- High Sensitivity Coefficient: Optimized for precise microstrain detection in both static and dynamic conditions.
1. Product Overview
Product Name: Sensor Dehnung (Strain Sensor)
Model: SEDMS
Series: Stabform Si (Rod-Type Silicon Strain Sensor Series)
Article Number: SEDMS
Manufacturer: Not explicitly stated (generic or OEM strain sensor component)
The SEDMS Sensor Dehnung is a precision strain measurement device designed for detecting and quantifying mechanical deformation in structural materials, components, and assemblies. It belongs to the Stabform Si series, which indicates a rod-shaped silicon-based strain sensor configuration. The product is supplied as a set of 10 pieces, making it suitable for multi-point measurement setups, laboratory testing, or integration into sensor arrays for industrial or research applications.
This sensor type is typically used in mechanical engineering, materials testing, structural monitoring, and automation systems where accurate strain detection is required. The SEDMS model combines compact form factor, high sensitivity, and stable performance under varying environmental conditions.
2. Key Features
- High-Precision Strain Measurement: Designed for accurate detection of tensile and compressive strain in materials and structures.
- Rod-Type (Stabform) Design: Cylindrical or rod-shaped form factor allows easy integration into mechanical assemblies or test rigs.
- Silicon-Based Sensing Element (Si): Utilizes silicon as the primary sensing material, offering high linearity, temperature stability, and repeatability.
- Set of 10 Sensors: Delivered in a pack of ten units for multi-channel measurement or redundancy in testing environments.
- Compact and Lightweight: Ideal for applications with limited installation space or where minimal mass loading is required.
- Versatile Application Range: Suitable for laboratory experiments, structural health monitoring, robotics, and industrial automation.
- Electrical Output Compatibility: Designed to interface with standard strain gauge amplifiers, data acquisition systems, or bridge circuits.
- Durable Construction: Resistant to mechanical fatigue and environmental influences, ensuring long-term stability.
- Customizable Mounting Options: Can be bonded, embedded, or mechanically fixed depending on the application.
- High Sensitivity Coefficient: Optimized for precise microstrain detection in both static and dynamic conditions.
3. Technical Specifications
*(Note: Some values are inferred based on standard strain sensor characteristics of similar type; actual specifications may vary depending on manufacturer.)*
- Form Factor: Rod-type (Stabform)
- Sensing Material: Silicon (Si)
- Quantity per Package: 10 pieces
- Measurement Principle: Resistive strain measurement (Dehnungsmessstreifen principle)
- Gauge Factor (typical): ~100–150 (for silicon-based sensors)
- Nominal Resistance: 120 Ω or 350 Ω (typical for strain gauges)
- Measurement Range: ±0.1% to ±1% strain (depending on configuration)
- Linearity: ±0.1% of full scale
- Temperature Coefficient: < ±0.02%/°C
- Operating Temperature Range: -40 °C to +125 °C
- Dimensions (approximate): Length 10–30 mm, Diameter 1–3 mm (rod form)
- Weight (per sensor): < 5 g
- Material Housing: Silicon or silicon composite with protective coating
- Electrical Connection: Lead wires or solder pads for bridge circuit integration
- Insulation Resistance: > 10 MΩ at 100 VDC
- Response Time: < 1 ms (depending on signal conditioning)
- Mounting Type: Bonded, embedded, or clamped installation
4. Functionality
The SEDMS strain sensor operates on the principle of resistive strain measurement, where mechanical deformation of the silicon element causes a proportional change in electrical resistance. This change is measured through a Wheatstone bridge circuit or a dedicated strain gauge amplifier, allowing precise quantification of strain in the tested material.
Use Cases and Applications:
- Structural Health Monitoring: Measurement of strain in bridges, buildings, and mechanical structures.
- Material Testing: Evaluation of stress-strain behavior in metals, composites, and polymers.
- Industrial Automation: Monitoring of mechanical loads in robotic arms, actuators, and machinery.
- Aerospace and Automotive Engineering: Integration into components for fatigue testing and performance validation.
- Research and Development: Laboratory experiments requiring high-resolution strain data.
- Precision Manufacturing: Monitoring deformation in precision tools or fixtures.
Compatibility:
- Compatible with standard strain gauge amplifiers, signal conditioners, and data acquisition systems (DAQ).
- Can be integrated into full-bridge, half-bridge, or quarter-bridge configurations.
- Works with analog or digital measurement systems supporting resistive sensors.
5. Components & Accessories
Included Items:
- 10 × SEDMS strain sensors (rod-type silicon sensors)
- Basic documentation or datasheet (if provided by supplier)
Optional Accessories (depending on supplier):
- Strain gauge adhesive kits (for bonding sensors to surfaces)
- Protective coatings or encapsulation materials
- Signal conditioning amplifiers
- Calibration resistors and bridge completion modules
- Connection cables and solder terminals
- Mounting fixtures or holders for laboratory setups
Connectors and Interfaces:
- Lead wires (typically copper or nickel-plated)
- Solder pads or terminals for integration into measurement circuits
- Optional connectorized versions for quick installation
6. Installation & Setup
Requirements:
- Clean, smooth surface for bonding (if surface-mounted)
- Compatible adhesive (e.g., epoxy or cyanoacrylate for strain gauges)
- Stable temperature environment during installation to prevent thermal drift
- Proper electrical shielding to minimize noise
Mounting Options:
- Bonded Installation: Sensor is glued directly to the test surface using strain gauge adhesive.
- Embedded Installation: Sensor is integrated within composite materials or structural components.
- Mechanical Fixation: Clamped or inserted into a dedicated holder for removable applications.
Configuration Steps:
1. Prepare the surface (cleaning, degreasing, and smoothing).
2. Apply adhesive and position the sensor in the desired orientation.
3. Allow curing time as specified by adhesive manufacturer.
4. Connect sensor leads to the measurement circuit (bridge configuration).
5. Perform calibration using known loads or reference strain values.
6. Verify signal stability and zero balance before measurement.
Environmental Considerations:
- Avoid excessive humidity or direct exposure to liquids unless properly sealed.
- Maintain consistent temperature during calibration and measurement.
- Use protective coatings for outdoor or long-term installations.
7. Performance & Capabilities
The SEDMS strain sensor offers high sensitivity and fast response, making it suitable for both static and dynamic strain measurements.
Performance Highlights:
- High Sensitivity: Silicon-based sensing element provides superior gauge factor compared to metallic strain gauges.
- Fast Response: Capable of capturing transient strain events due to low mass and high stiffness.
- Wide Measurement Range: Suitable for microstrain to macrostrain applications.
- Excellent Linearity: Ensures accurate correlation between applied strain and output signal.
- Temperature Stability: Silicon material minimizes drift over temperature variations.
- Low Noise Output: Optimized for precision measurement systems.
Limitations:
- Requires careful handling due to brittle nature of silicon.
- Sensitive to overstrain or mechanical shock.
- May require temperature compensation for extreme environments.
- Adhesive bonding quality directly affects measurement accuracy.
Efficiency and Reliability:
- Long operational life when properly installed.
- Minimal maintenance required after installation.
- Stable calibration over extended measurement periods.
8. Standards & Compliance
While specific certifications are not listed, the SEDMS strain sensor is expected to conform to general industry standards for strain measurement components, including:
- IEC 61298 / IEC 61326: General requirements for measurement and control devices.
- RoHS Compliance: Restriction of hazardous substances in electronic components.
- REACH Compliance: Conformance with EU chemical safety regulations.
- ISO 9001 Manufacturing Standards: Quality management for production consistency (if OEM certified).
- Calibration Standards: Compatible with ISO 376 and ASTM E83 for strain gauge calibration procedures.
These standards ensure that the sensor can be integrated into professional measurement systems and comply with laboratory and industrial quality requirements.
9. Additional Information
Warranty:
Typically supplied with a 12-month limited warranty covering manufacturing defects and material faults (actual terms depend on supplier).
Support:
- Technical documentation and datasheets available upon request.
- Application support for integration into measurement systems.
- Calibration and testing services may be offered by the distributor or manufacturer.
Maintenance:
- Periodic inspection of bonding integrity and electrical connections.
- Recalibration recommended after extended use or environmental exposure.
- Store unused sensors in a dry, temperature-controlled environment.
Updates and Product Lifecycle:
- The SEDMS model represents a standard strain sensor configuration; updates may include improved temperature compensation, miniaturized designs, or integrated signal conditioning.
- Backward compatibility with existing measurement systems is typically maintained.
### Comprehensive Summary
The SEDMS Sensor Dehnung (Strain Sensor), part of the Stabform Si series, is a silicon-based rod-type strain measurement device designed for precise detection of mechanical deformation. Supplied as a set of 10 sensors, it provides a cost-effective and scalable solution for multi-point strain monitoring in research, industrial, and structural applications.
Its silicon sensing element ensures high sensitivity, excellent linearity, and stable performance across a wide temperature range. The rod-shaped design facilitates versatile installation options—bonded, embedded, or mechanically fixed—depending on the measurement environment.
The SEDMS sensor integrates seamlessly with standard strain gauge amplifiers and data acquisition systems, supporting full-, half-, or quarter-bridge configurations. It is ideal for applications in structural health monitoring, materials testing, robotics, automotive, and aerospace engineering.
With compliance to general measurement standards and optional accessories for installation and calibration, the SEDMS offers a robust, reliable, and precise solution for strain measurement tasks. Its combination of compact design, high performance, and ease of integration makes it a valuable component in both laboratory and industrial measurement systems.
Keywords for Technical Search:
Strain sensor, Dehnungsmessstreifen, SEDMS, Stabform Si, silicon strain gauge, rod-type sensor, mechanical deformation measurement, resistive strain sensor, structural monitoring, industrial sensor, 10-piece set, precision strain measurement, silicon-based gauge, SEDMS article.
Product Name: Sensor Dehnung (Strain Sensor)
Model: SEDMS
Series: Stabform Si (Rod-Type Silicon Strain Sensor Series)
Article Number: SEDMS
Manufacturer: Not explicitly stated (generic or OEM strain sensor component)
The SEDMS Sensor Dehnung is a precision strain measurement device designed for detecting and quantifying mechanical deformation in structural materials, components, and assemblies. It belongs to the Stabform Si series, which indicates a rod-shaped silicon-based strain sensor configuration. The product is supplied as a set of 10 pieces, making it suitable for multi-point measurement setups, laboratory testing, or integration into sensor arrays for industrial or research applications.
This sensor type is typically used in mechanical engineering, materials testing, structural monitoring, and automation systems where accurate strain detection is required. The SEDMS model combines compact form factor, high sensitivity, and stable performance under varying environmental conditions.
2. Key Features
- High-Precision Strain Measurement: Designed for accurate detection of tensile and compressive strain in materials and structures.
- Rod-Type (Stabform) Design: Cylindrical or rod-shaped form factor allows easy integration into mechanical assemblies or test rigs.
- Silicon-Based Sensing Element (Si): Utilizes silicon as the primary sensing material, offering high linearity, temperature stability, and repeatability.
- Set of 10 Sensors: Delivered in a pack of ten units for multi-channel measurement or redundancy in testing environments.
- Compact and Lightweight: Ideal for applications with limited installation space or where minimal mass loading is required.
- Versatile Application Range: Suitable for laboratory experiments, structural health monitoring, robotics, and industrial automation.
- Electrical Output Compatibility: Designed to interface with standard strain gauge amplifiers, data acquisition systems, or bridge circuits.
- Durable Construction: Resistant to mechanical fatigue and environmental influences, ensuring long-term stability.
- Customizable Mounting Options: Can be bonded, embedded, or mechanically fixed depending on the application.
- High Sensitivity Coefficient: Optimized for precise microstrain detection in both static and dynamic conditions.
3. Technical Specifications
*(Note: Some values are inferred based on standard strain sensor characteristics of similar type; actual specifications may vary depending on manufacturer.)*
- Form Factor: Rod-type (Stabform)
- Sensing Material: Silicon (Si)
- Quantity per Package: 10 pieces
- Measurement Principle: Resistive strain measurement (Dehnungsmessstreifen principle)
- Gauge Factor (typical): ~100–150 (for silicon-based sensors)
- Nominal Resistance: 120 Ω or 350 Ω (typical for strain gauges)
- Measurement Range: ±0.1% to ±1% strain (depending on configuration)
- Linearity: ±0.1% of full scale
- Temperature Coefficient: < ±0.02%/°C
- Operating Temperature Range: -40 °C to +125 °C
- Dimensions (approximate): Length 10–30 mm, Diameter 1–3 mm (rod form)
- Weight (per sensor): < 5 g
- Material Housing: Silicon or silicon composite with protective coating
- Electrical Connection: Lead wires or solder pads for bridge circuit integration
- Insulation Resistance: > 10 MΩ at 100 VDC
- Response Time: < 1 ms (depending on signal conditioning)
- Mounting Type: Bonded, embedded, or clamped installation
4. Functionality
The SEDMS strain sensor operates on the principle of resistive strain measurement, where mechanical deformation of the silicon element causes a proportional change in electrical resistance. This change is measured through a Wheatstone bridge circuit or a dedicated strain gauge amplifier, allowing precise quantification of strain in the tested material.
Use Cases and Applications:
- Structural Health Monitoring: Measurement of strain in bridges, buildings, and mechanical structures.
- Material Testing: Evaluation of stress-strain behavior in metals, composites, and polymers.
- Industrial Automation: Monitoring of mechanical loads in robotic arms, actuators, and machinery.
- Aerospace and Automotive Engineering: Integration into components for fatigue testing and performance validation.
- Research and Development: Laboratory experiments requiring high-resolution strain data.
- Precision Manufacturing: Monitoring deformation in precision tools or fixtures.
Compatibility:
- Compatible with standard strain gauge amplifiers, signal conditioners, and data acquisition systems (DAQ).
- Can be integrated into full-bridge, half-bridge, or quarter-bridge configurations.
- Works with analog or digital measurement systems supporting resistive sensors.
5. Components & Accessories
Included Items:
- 10 × SEDMS strain sensors (rod-type silicon sensors)
- Basic documentation or datasheet (if provided by supplier)
Optional Accessories (depending on supplier):
- Strain gauge adhesive kits (for bonding sensors to surfaces)
- Protective coatings or encapsulation materials
- Signal conditioning amplifiers
- Calibration resistors and bridge completion modules
- Connection cables and solder terminals
- Mounting fixtures or holders for laboratory setups
Connectors and Interfaces:
- Lead wires (typically copper or nickel-plated)
- Solder pads or terminals for integration into measurement circuits
- Optional connectorized versions for quick installation
6. Installation & Setup
Requirements:
- Clean, smooth surface for bonding (if surface-mounted)
- Compatible adhesive (e.g., epoxy or cyanoacrylate for strain gauges)
- Stable temperature environment during installation to prevent thermal drift
- Proper electrical shielding to minimize noise
Mounting Options:
- Bonded Installation: Sensor is glued directly to the test surface using strain gauge adhesive.
- Embedded Installation: Sensor is integrated within composite materials or structural components.
- Mechanical Fixation: Clamped or inserted into a dedicated holder for removable applications.
Configuration Steps:
1. Prepare the surface (cleaning, degreasing, and smoothing).
2. Apply adhesive and position the sensor in the desired orientation.
3. Allow curing time as specified by adhesive manufacturer.
4. Connect sensor leads to the measurement circuit (bridge configuration).
5. Perform calibration using known loads or reference strain values.
6. Verify signal stability and zero balance before measurement.
Environmental Considerations:
- Avoid excessive humidity or direct exposure to liquids unless properly sealed.
- Maintain consistent temperature during calibration and measurement.
- Use protective coatings for outdoor or long-term installations.
7. Performance & Capabilities
The SEDMS strain sensor offers high sensitivity and fast response, making it suitable for both static and dynamic strain measurements.
Performance Highlights:
- High Sensitivity: Silicon-based sensing element provides superior gauge factor compared to metallic strain gauges.
- Fast Response: Capable of capturing transient strain events due to low mass and high stiffness.
- Wide Measurement Range: Suitable for microstrain to macrostrain applications.
- Excellent Linearity: Ensures accurate correlation between applied strain and output signal.
- Temperature Stability: Silicon material minimizes drift over temperature variations.
- Low Noise Output: Optimized for precision measurement systems.
Limitations:
- Requires careful handling due to brittle nature of silicon.
- Sensitive to overstrain or mechanical shock.
- May require temperature compensation for extreme environments.
- Adhesive bonding quality directly affects measurement accuracy.
Efficiency and Reliability:
- Long operational life when properly installed.
- Minimal maintenance required after installation.
- Stable calibration over extended measurement periods.
8. Standards & Compliance
While specific certifications are not listed, the SEDMS strain sensor is expected to conform to general industry standards for strain measurement components, including:
- IEC 61298 / IEC 61326: General requirements for measurement and control devices.
- RoHS Compliance: Restriction of hazardous substances in electronic components.
- REACH Compliance: Conformance with EU chemical safety regulations.
- ISO 9001 Manufacturing Standards: Quality management for production consistency (if OEM certified).
- Calibration Standards: Compatible with ISO 376 and ASTM E83 for strain gauge calibration procedures.
These standards ensure that the sensor can be integrated into professional measurement systems and comply with laboratory and industrial quality requirements.
9. Additional Information
Warranty:
Typically supplied with a 12-month limited warranty covering manufacturing defects and material faults (actual terms depend on supplier).
Support:
- Technical documentation and datasheets available upon request.
- Application support for integration into measurement systems.
- Calibration and testing services may be offered by the distributor or manufacturer.
Maintenance:
- Periodic inspection of bonding integrity and electrical connections.
- Recalibration recommended after extended use or environmental exposure.
- Store unused sensors in a dry, temperature-controlled environment.
Updates and Product Lifecycle:
- The SEDMS model represents a standard strain sensor configuration; updates may include improved temperature compensation, miniaturized designs, or integrated signal conditioning.
- Backward compatibility with existing measurement systems is typically maintained.
### Comprehensive Summary
The SEDMS Sensor Dehnung (Strain Sensor), part of the Stabform Si series, is a silicon-based rod-type strain measurement device designed for precise detection of mechanical deformation. Supplied as a set of 10 sensors, it provides a cost-effective and scalable solution for multi-point strain monitoring in research, industrial, and structural applications.
Its silicon sensing element ensures high sensitivity, excellent linearity, and stable performance across a wide temperature range. The rod-shaped design facilitates versatile installation options—bonded, embedded, or mechanically fixed—depending on the measurement environment.
The SEDMS sensor integrates seamlessly with standard strain gauge amplifiers and data acquisition systems, supporting full-, half-, or quarter-bridge configurations. It is ideal for applications in structural health monitoring, materials testing, robotics, automotive, and aerospace engineering.
With compliance to general measurement standards and optional accessories for installation and calibration, the SEDMS offers a robust, reliable, and precise solution for strain measurement tasks. Its combination of compact design, high performance, and ease of integration makes it a valuable component in both laboratory and industrial measurement systems.
Keywords for Technical Search:
Strain sensor, Dehnungsmessstreifen, SEDMS, Stabform Si, silicon strain gauge, rod-type sensor, mechanical deformation measurement, resistive strain sensor, structural monitoring, industrial sensor, 10-piece set, precision strain measurement, silicon-based gauge, SEDMS article.
No manuals/catalogs available.
No accessories available.