Science Museum Exhibits · Interactive Exhibits · Shipped Worldwide
Working principle of transmission - speed ratio
Mechanics and Machinery

Working principle of transmission - speed ratio

所属门类:Mechanics and Machinery Custom build available Batch supply available
  • In stock with stable lead times — single units or complete sets
  • Size, appearance and interaction can be adapted to the museum’s theme
  • For science museums, campus science rooms, community science centers and mobile science museums
  • Export packing and overseas on-site installation support
Images and specifications are indicative only; the supply contract and approved drawings govern.

Working principle of transmission - speed ratio - customized science museum exhibitions, campus community science popularization equipment, science exhibition source manufacturer exhibition description and scientific principle introduction:

By using two sets of mechanical interactive devices, the audience can understand the speed adjustment mechanism of manual transmission and the scientific principles of transmission speed, while also experiencing the magic and diversity of mechanical mechanisms. The audience approaches the exhibition items and watches the models. Experience the difference in transmission speed and hand force by adjusting high and low gears and turning the handwheel. Shake the handwheel to drive the large and small gears to rotate simultaneously, and observe the speed of the colored plate to understand the rotation speed of the gears. Intuitively understand the speed adjustment mechanism of manual transmission and the scientific principles of transmission shifting.

Main technical parameters of exhibits:

Size 1.4 × 0.9 × 1.4 1. exhibits Material: ① Booth: 30 square tube frame, 1.2mm cold-rolled plate enclosure, surface painted ② Table: Cambert board, thickness ≥ 10mm ③ Instruction board: Acrylic UV spray painting ④ Maintenance door: 1.2mm cold-rolled plate surface painted ⑤ Wheel: Transparent acrylic+304 stainless steel 2. Main configuration: none 3. Energy requirement: not required

Principle explanation and demonstration video:

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