Deflection of Truss Apparatus (Pin Jointed) Product Specifications

Automation Grade Manual

Weight Approx. 18-25 kg

Power Source N/A (Manual Operation)

Frequency N/A (Mechanical Operation)

Core Components Truss frame, Pin joints, Load hanger, Dial Gauge, Scale

Measurement Range 0 15 mm deflection (measured by dial gauge)

Temperature Range 10C to 50C (typical lab ambient)

Accuracy Dial Gauge: 0.01 mm

Type Pin Jointed Truss Deflection Apparatus

Usage Civil/Mechanical engineering lab for studying pin-jointed truss behavior

Feature Provision for application of point loads, Adjustable position of loads

Dimension (L*W*H) Approx. 1000 mm 250 mm 400 mm

Capacity Demonstrates truss deflection up to 500 N load

Display Type Scale and Dial Gauge

Equipment Materials Mild Steel members, Chrome-plated steel, Aluminum scale, Acrylic base plate

Model No ME-TD-TRUSS-01

Product Description

Unlock supreme learning experiences with our Featured Deflection of Truss Apparatus (Pin Jointed), designed for civil and mechanical engineering labs. Showcasing a gorgeous Warren or Pratt truss with 7 steel members and 5 pin joints, this astounding apparatus enables precise analysis of truss deflection under point loads up to 500 N. Its top-notch powder-coated finish, robust acrylic base, and chrome-plated components promise durability. Enjoy digital or mechanical dial readings with 0.01 mm accuracy. Compliant with ISO and BIS, it's a crucial tool for instructional excellence, supplied with calibration and complete accessories.

Astounding Truss Deflection Testing-Specific Usage and Advanced Features

Ideal for engineering education, this apparatus simplifies analysis of pin-jointed truss deflections. Its top manual load application system and adjustable load positions help users verify analytical calculations effortlessly. The tool-free assembly, anti-slip acrylic base, and durable powder-coated finish provide maximum convenience and resilience. Commercially, it's a superior choice for laboratories requiring reliable, repeatable, and precise assessment of force distribution across truss structures, benefiting research, student projects, and advanced demonstration needs.

Prompt Delivery, Certification, and Sample Availability-Quotation and Asking Price Details

Sample units of our Deflection of Truss Apparatus (Pin Jointed) are available for evaluative purposes. Delivery times typically range between 2 to 4 weeks following confirmed quotation and order. All equipment is supplied with calibration certificates, and complies with ISO and BIS standards for laboratory instrumentation. Prospective purchasers may request a quotation and inquire about the current asking price. We prioritize secure packaging and prompt logistics to ensure the apparatus reaches your facility in optimal condition.

FAQ's of Deflection of Truss Apparatus (Pin Jointed):

Q: How does the Deflection of Truss Apparatus (Pin Jointed) facilitate educational demonstrations?

A: The apparatus allows students to observe and measure real-time deflection in pin-jointed trusses, enabling hands-on learning of analytical calculations and force distribution, aligning with standard engineering syllabi.

Q: What is the process for assembling the Deflection of Truss Apparatus?

A: Assembly is tool-free and straightforward, allowing effortless setup and disassembly, making it perfect for repeated instructional use and classroom demonstrations.

Q: Where can the apparatus be used commercially?

A: It is best suited for university and technical institute laboratories, R&D centers, and training facilities that require accurate, repeatable truss deflection analysis.

Q: What benefits does the digital/mechanical dial indicator offer?

A: The digital or mechanical dial gauge provides superior accuracy (0.01 mm) in measuring truss deflection, enhancing the credibility and precision of laboratory experiments.

Q: When can I expect delivery after placing an order or requesting a sample?

A: Delivery typically occurs within 2 to 4 weeks after receipt of a confirmed order or quotation approval, depending on availability and logistical considerations.