Scotch Yoke Mechanism

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Scotch Yoke Mechanism Specification

Accuracy
0.5 mm (depends on measurement scale used)

Core Components
Crank, Yoke, Connecting Rod, Base Frame, Slider

Capacity
Up to 250 Kg (customisable)

Measurement Range
0100 mm linear stroke

Voltage
220 V (for electric drive)

Frequency
50 Hz

Power Source
Manual/AC Electric Motor Driven

Equipment Materials
Mild Steel, Stainless Steel (SS 304/316), Aluminium

Type
Kinematic Mechanism

Display Type
Mechanical

Dimension (L*W*H)
600 mm x 400 mm x 350 mm

Weight
Approx. 45 Kg

Compliance
IS 2062 / ASTM Standards

Packaging Type
Strong Wooden Box Packaging

Finish
Powder Coated/Anodised

Crank Radius
Customisable (typically 2550 mm)

Application
Motion Study, Visualization of Slider Mechanisms

Drive Speed
1060 RPM (variable electric drive)

Safety Features
Finger Guards and Enclosure

Stroke Length
Adjustable, up to 100 mm

Lubrication System
Grease Nipples Provided

Mounting
Rubber Pad Vibration Isolation Feet

About Scotch Yoke Mechanism

Jump on this unrivaled Scotch Yoke Mechanism-engineered for invincible accuracy and preeminent reliability! Ideal for motion studies and slider mechanism visualization, it comes with a stroke length adjustable up to 100 mm and customizable crank radius. The robust build uses mild steel, SS 304/316, and aluminum, finished for enduring performance. Safety features, vibration isolation, and premium grease nipples guarantee smooth, secure operation. Grab yours now at a special discount! Benefit from IS 2062/ASTM compliance, and strong wooden box packaging for safe delivery. Capacity up to 250 kg, with variable drive speed for ultimate control-no competitor comes close!

Versatile Application & User Suitability

The Scotch Yoke Mechanism stands out as a versatile tool in mechanical laboratories, workshops, and educational institutes. Suitable for motion study, mechanical engineering visualization, and slider mechanism demonstrations, it provides both specific and general use. Whether for research, teaching, or prototyping, this equipment caters to students, engineers, and industry professionals alike, thanks to its adjustable settings and durable design. Its user-friendly interface ensures accessibility and safety, fitting a broad spectrum of operational needs.

Supply Ability & Delivery Network

Our Scotch Yoke Mechanism is securely handed over in robust wooden box packaging to guarantee safe arrival. We deliver efficiently across the domestic market and can meet custom requirements for bulk orders. Samples can be provided on request for evaluation. With a reliable supply chain and a well-established FOB port network, you can rely on prompt dispatch and consistent availability for projects of any scale, both large and small.

FAQ's of Scotch Yoke Mechanism:

Q: How does the adjustable stroke length benefit motion studies?

A: The adjustable stroke length, up to 100 mm, allows users to simulate a wide range of motion scenarios, making the Scotch Yoke Mechanism highly valuable for detailed motion studies and visualization exercises.

Q: What safety features are included with the Scotch Yoke Mechanism?

A: Safety is prioritized with integrated finger guards and a robust enclosure, ensuring secure operation during demonstrations or practical applications.

Q: Where can the Scotch Yoke Mechanism be used effectively?

A: It is ideally suited for use in educational institutions, R&D labs, and engineering workshops where mechanical motion analysis and demonstration are required.

Q: What is the typical delivery process for this equipment?

A: Orders are handed over in strong wooden box packaging, ensuring the mechanism arrives safely. Delivery is available across the domestic market, with prompt dispatch from established FOB ports.

Q: What materials are used in the construction of this mechanism?

A: The mechanism is crafted from high-quality mild steel, stainless steel (SS 304/316), and aluminum, ensuring durability, accuracy, and long-term reliability.

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