Strain Guage Trainer With Cantilever

Strain Guage Trainer With Cantilever

Product Details:

  • Power 230V AC, 50Hz
  • Display 3 Digit Digital Voltmeter/LCD/LED Display
  • Voltage 230V AC
  • Usage Educational Laboratory Trainer for Strain Measurement
  • Product Type Strain Gauge Trainer with Cantilever Setup
  • Material Mild Steel (Powder Coated), Aluminium Beam
  • Design Table-Top, Modular Cantilever Assembly
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Strain Guage Trainer With Cantilever Price And Quantity

  • 1 Unit
  • 0-1999 microstrain
  • 0C to 50C
  • Rubber feet anti-slip base
  • Built-in overload protection
  • 300 mm
  • Wheatstone bridge
  • Demonstrates load and deflection relationship, linear strain indication
  • Set of weights, instruction manual, connecting leads
  • Foil type, 120
  • Single-channel
  • Indoor, laboratory use
  • Factory calibrated, user adjustable
  • 5 V DC regulated
  • Dead weights up to 500 gm

Strain Guage Trainer With Cantilever Product Specifications

  • 3 Digit Digital Voltmeter/LCD/LED Display
  • Strain Gauge Sensor
  • Table-Top, Modular Cantilever Assembly
  • 230V AC
  • Strain Gauge Trainer with Cantilever Setup
  • AC Mains
  • 1% FSD
  • 230V AC, 50Hz
  • Mild Steel (Powder Coated), Aluminium Beam
  • Approx. 5 kg
  • Educational Laboratory Trainer for Strain Measurement
  • Not Applicable (Mains powered)
  • 460 x 270 x 110 mm (approx.)
  • 0-1999 microstrain
  • 0C to 50C
  • Rubber feet anti-slip base
  • Built-in overload protection
  • 300 mm
  • Wheatstone bridge
  • Demonstrates load and deflection relationship, linear strain indication
  • Set of weights, instruction manual, connecting leads
  • Foil type, 120
  • Single-channel
  • Indoor, laboratory use
  • Factory calibrated, user adjustable
  • 5 V DC regulated
  • Dead weights up to 500 gm

Strain Guage Trainer With Cantilever Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Strain Guage Trainer With Cantilever

SPECIFICATIONS:

  • Parameter Measured: Strain in terms of grams on a cantilever beam           
  • Measurement System :a]Weight  b] Transducer with electronic instrumentation
  • Transducer: Temperature compensated strain gauge
  • Type: Cu-Ni foil with polyamide carrier base
  • Gauge Resistance: 350 Ohms (Nominal)     
  • Gauge Length: 20 cm
  • Cantilever thickness: 0.16 cm
  • Gauge Width 2.4 cm
  • Gauge Base: 12.5 mm x 4.3 mm
  • Gauge Factor: 2:1 (approx.)
  • Transducer: Strain gauges mounted on a stainless steel Measurement cantilever beam     
  • Configuration: Bridge with two arms as strain gauges (Wheatstone Bridge principle)
  • Range: Upto 500 gram
  • Actual strain: by various weights to be placed in a pan fixed with the beam
  • Excitation Source: DC Regulated source
  • Tare Adjustment: Zero adjustment by a potentiometer
  • Readout: 3.5 digit digital display to indicate strain in kilograms
  • Test Points: Test points are provided at various stages in the circuit to observe waveforms and  voltages.
  • Power Requirements: 230V, 10%AC, 50 Hz,
  • Standard Accessories: detailed Instruction manual

        FEATURES:-

  • Self-contained and easy to operate
  • Sensitive, Linear, stable & accurate
  • Test-points to observe input output of each block
  • Onboard gain adjustment
  • Built In DC power supplies
  • 3-1/12 digits LED display
  • Onboard cantilever arrangement
  • High repeatability and reliability

 



Comprehensive Strain Measurement Training

This trainer enables students and researchers to directly observe and quantify strain caused by loads applied to a cantilever beam. Its foil-type strain gauge and Wheatstone bridge offer clarity in demonstrating the relationship between force, deflection, and resulting strainmaking it a valuable resource for practical education.


Reliable and Adjustable for Accurate Results

Featuring factory calibration with user adjustments, the system ensures repeatable and reliable measurements. The digital voltmeter display enables precise strain readings, while overload protection safeguards both users and equipment during experiments.


Ready-to-Use, Durable, and Safe Design

All essential accessories, including a set of weights, connecting leads, and instructional manual, are provided. The trainer incorporates an anti-slip rubber base and powder-coated mild steel body for stability and durability, making it a robust choice for indoor laboratory environments.

FAQs of Strain Guage Trainer With Cantilever:


Q: How is strain measured using the Strain Gauge Trainer with Cantilever?

A: Strain measurement is accomplished by applying dead weights to the aluminium beam, causing it to deflect. The attached foil-type strain gauge detects the resulting strain, which is processed through a Wheatstone bridge and displayed digitally in microstrain units.

Q: What calibration options are available on this trainer?

A: The trainer comes factory calibrated, but users can adjust the calibration to meet specific experimental requirements, ensuring accurate and repeatable results in laboratory settings.

Q: When should I use the Strain Gauge Trainer with Cantilever in my experiments?

A: This instrument is ideal for educational laboratory exercises where demonstrating the relationships among load, beam deflection, and resultant strain is required, particularly in physics and engineering experiments.

Q: Where should the Strain Gauge Trainer be operated for best performance?

A: It is designed specifically for indoor laboratory use, and should be placed on a stable table-top surface, ensuring the anti-slip rubber feet are secure for safe and precise measurements.

Q: What process is followed to obtain strain readings with this trainer?

A: Begin by connecting the leads and setting up the beam. Gradually apply dead weights up to 500 gm to the cantilever. The strain gauge converts mechanical strain into an electrical signal, displayed on the digital voltmeter, which can be recorded for analysis.

Q: How does this trainer benefit laboratory education?

A: By visually and quantitatively demonstrating the relationship between load application and beam strain, the trainer enhances understanding of material mechanics, experimental methodology, and sensor technology.

Q: Are there any safety features included in the design?

A: Yes, the trainer has built-in overload protection that helps prevent damage from excessive loads, and its anti-slip base ensures stable operation, contributing to user and equipment safety during experiments.

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