Strain Gauge Training System
(MT110)
- Fundamentals of strain gauge measurement.
- Expanding the types of strain gauge and its applications.
- Mechanical deformations under tension, bending, and torsion are calculated.
- Relationship between mechanical strain & electrical resistance in a strain gauge.
- Determining the modulus of elasticity for diverse materials from tensile test measuring data by using tension bar "accessory".
- Tension bar
- Measuring length: 50mm
- Cross-section: 2x10mm2
- Bending bar
- Length: 385mm
- Cross-section: 5x20mm2
- Torsion bar
- Length: 500mm, Ø=10mm
- Weights
- Large: 1x 5N, 2x 10N, 1x 20N, 1x 5N (hanger)
- Strain gauge measuring point: 350Ω
- Measuring amplifier
- Measuring range: ±24mV
- Supply voltage: 10VDC
- Power Supply
- 230V, 50Hz, 1 phase
- Strain gauge training system(MT110)
- Hard copy of user manual
- Multi-channel measuring amplifier (MMS102.1)
- Digital content (BI01)
- Tension bar brass specimen
- Tension bar copper specimen
- Tension bar aluminum specimen
Strain gauges are widely employed to measure forces, moments, and deformations. Strain gauge training system provides a thorough introduction to the principles of strain gauge measuring. It’s a setup of a measuring amplifier and a frame which is provided with specimens.
- Strain gauge training system is equipped with three test specimens for tension, bending, and torsion, each of them is fitted with suitable strain gauge as a measuring point.
- The strain gauges are wired in a full bridge configuration.
- The specimens are loaded progressively, allowing the strain reading to be monitored consecutively.
- The specimens can be rapidly and precisely put into the frame.
- Cover protects the strain gauge measuring range while also making it easily accessible for inspection.
- The measuring amplifier manage the process to display the value of the load.
- The digital display additionally offers a zero- balancing function for preloading.
- All components are clearly put out and safely stored in a case.
- Tension Bar “Accessory” allowing the modulus of elasticity to be determined in experiments.