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Peucellir Linkage Drive Model
Peucellir Linkage Drive Model

Peucellir Linkage Drive Model

Peucellir Linkage Drive Model Specification

  • Voltage
  • Not required
  • Core Components
  • Link bars, pivots, base platform
  • Measurement Range
  • Path of tracing point
  • Automation Grade
  • Manual
  • Model No
  • Peucellier Linkage
  • Accuracy
  • Designed for accurate path tracing
  • Capacity
  • Modeldemonstration purpose
  • Power Source
  • Manual (hand driven)
  • Temperature Range
  • Ambient
  • Type
  • Mechanical Model
  • Display Type
  • Manual demonstration (no digital display)
  • Dimension (L*W*H)
  • Approx. 350 x 150 x 175 mm
  • Instruction Manual
  • Included
  • Packing
  • Box packed for safe transportation
  • Maintenance
  • Minimal, cleaning of joints recommended
  • Mounting Type
  • Tabletop
  • Surface Finish
  • Painted and Polished
  • Application
  • Mechanism and Kinematics education, engineering colleges, polytechnic institutes
  • Color
  • Blue/Red and Metallic Finish
  • Operation
  • Hand Operated
 
 

About Peucellir Linkage Drive Model



The Peucellir Linkage Drive Model stands as a monumental choice for mechanism and kinematics education, especially in renowned engineering colleges and polytechnic institutes across India. This venerable mechanical model, available in a striking Blue/Red metallic finish, is highly recommended for academic demonstration and hands-on understanding. Buy with confidence thanks to the unbeatable accuracy in path tracing and minimal maintenance requirements. With competitive pricing and user-friendly, manual operation, this tabletop device features robust link bars, pivots, and a polished base platform. Box-packed for safe transportation and supplied with an instruction manual, it promises reliability and lasting value.

Application Domains and Usage

The Peucellir Linkage Drive Model finds significant application in engineering colleges, polytechnic institutes, and mechanism laboratories. Its painted and polished tabletop surface is ideal for academic environments, enabling educators and students to observe mechanical linkages and path tracing with hands-on clarity. Used primarily for demonstrating principles of kinematics, its manual operation makes it suitable for demonstration purposes where accuracy, visualization, and interaction are required.


Packaging, Export and Market Valuation

Each model is securely box-packed and dispatched with meticulous attention to transit safety, ensuring optimal market value upon arrival. Main export markets include Indias leading educational institutions, with international opportunities available. The sample policy is customer-centric, aiming for valuation of educational potential and trust. Buyers can request sample units for institutional review before full valuation and order placement, supporting competitive and transparent transactions.


FAQs of Peucellir Linkage Drive Model:


Q: How do I operate the Peucellir Linkage Drive Model?

A: The Peucellir Linkage Drive Model is hand-operated and requires manual input to demonstrate the path tracing of the linkage system. Simply rotate the appropriate pivots and observe the movement for educational purposes.

Q: What is the main application of this device?

A: This mechanical model is specifically designed for mechanism and kinematics demonstrations in engineering colleges, technical institutes, and polytechnic environments. It is ideal for academic instruction and student engagement.

Q: Where can the Peucellir Linkage Drive Model be effectively utilized?

A: The model is most effective in classrooms, laboratories, and workshop settings within engineering and polytechnic institutes, where mechanical principles are studied and demonstrated.

Q: What is the maintenance process for this model?

A: The Peucellir Linkage Drive Model requires minimal maintenance. It is recommended to regularly clean the joints to ensure smooth and accurate operation during demonstrations.

Q: What benefits does manual operation provide?

A: Manual operation allows for tactile learning, giving students the opportunity to interact directly with the mechanism. This approach enhances comprehension and visualization of kinematic principles.

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M/S SINGHLA SCIENTIFIC INDUSTRIES
GST : 06AOXPS4632P1ZW
5309/27, PUNJABI MOHALLA, Punjabi MohallaAmbala Cantt - 133001, Haryana, India
Phone :07971191038
Mr Devender Singhla (Chief Executive)
Mobile :07971191038