Double Parallel Pulley
Product Specification Sheet
Double Parallel Pulley
Model Number: MT-1287
The Double Parallel Pulley from Micro Technologies is a durable mechanics laboratory apparatus designed with two pulley wheels arranged parallel to each other for experiments involving force, tension, load distribution and mechanical advantage. The MT-1287 features a sturdy metal supporting frame with attachment hooks for convenient integration into pulley and mechanics experimental setups.
Product Specification
The Double Parallel Pulley from Micro Technologies is designed for laboratory experiments requiring two pulley wheels mounted side by side on a common supporting arrangement. Its compact construction makes it suitable for a variety of force, motion and simple-machine investigations.
The MT-1287 incorporates two parallel pulley wheels supported within a durable metal frame. This arrangement allows suitable cords or strings to pass over the individual pulley grooves, enabling more advanced experimental configurations than a conventional single pulley.
The double-wheel configuration is particularly useful for constructing compound pulley and block-and-tackle arrangements. When combined with additional fixed or movable pulleys, the apparatus can be used to investigate changes in applied effort and mechanical advantage.
Attachment hooks are incorporated into the assembly for convenient suspension from suitable laboratory stands, supports or other pulley units. Loads and mass hangers can then be connected according to the required experimental arrangement.
The apparatus is useful for investigating fundamental mechanical concepts including tension, load distribution, force direction and mechanical advantage. Different pulley configurations can be assembled to compare theoretical mechanical relationships with experimental observations.
The parallel arrangement of the two wheels provides independent running paths for suitable cords, allowing the pulley to be incorporated into more complex mechanics setups.
Its metal construction provides durability for repeated laboratory use, while the compact design makes the apparatus convenient to handle, install and store alongside other mechanics accessories.
Manufactured and supplied by Micro Technologies, the Double Parallel Pulley is suitable for physics laboratories, mechanics laboratories, engineering laboratories, research and demonstration facilities and technical training applications.
Features
- Double parallel pulley configuration
- Two pulley wheels arranged side by side
- Durable metal supporting frame
- Hook-type attachment arrangement
- Suitable for cord and string experiments
- Suitable for compound pulley setups
- Smooth rotational arrangement
- Compact laboratory construction
- Easy suspension and installation
- Suitable for load and tension experiments
- Reusable mechanics apparatus
- Suitable for repeated laboratory use
Benefits
- Allows more complex experiments than a single pulley
- Useful for mechanical advantage investigations
- Helps demonstrate force and tension relationships
- Suitable for load-distribution experiments
- Can be combined with other pulleys
- Useful for block-and-tackle demonstrations
- Durable construction supports repeated use
- Compact design simplifies storage and laboratory setup
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Double Parallel Pulley |
| Model No. | MT-1287 |
| Product Type | Mechanics Laboratory Apparatus |
| Pulley Configuration | Double Parallel |
| Number of Pulley Wheels | Two |
| Wheel Arrangement | Side by Side / Parallel |
| Frame Construction | Metal |
| Attachment | Hook Type |
| Application | Force, Tension & Mechanical Advantage |
| Configuration | Compact Laboratory Type |
Available Model
| Model No. | Product |
|---|---|
| MT-1287 | Double Parallel Pulley |
Applications
- Double pulley experiments
- Mechanical advantage investigations
- Compound pulley demonstrations
- Block-and-tackle experiments
- Force and motion studies
- Tension experiments
- Load-distribution investigations
- Suspended mass experiments
- Simple machine demonstrations
- Physics laboratory experiments
- Mechanics laboratory applications
Available Variants
Double Parallel Pulley, Double Metal Pulley, Parallel Wheel Pulley, Laboratory Double Pulley, Physics Double Pulley, Compound Pulley Apparatus, Mechanics Double Pulley, Hook Type Double Pulley
SKU System
MT-DPP-1287
FAQs
What is the MT-1287 Double Parallel Pulley used for?
The MT-1287 is designed for mechanics experiments involving force, tension, load distribution, pulley combinations and mechanical advantage.
What is the model number of the Double Parallel Pulley?
The Micro Technologies model number is MT-1287.
How many pulley wheels are provided?
The apparatus contains two pulley wheels arranged parallel to each other within a common supporting frame.
Can it be used for mechanical advantage experiments?
Yes. The Double Parallel Pulley can be combined with suitable pulleys, cords and masses to investigate mechanical advantage in compound pulley arrangements.
Can it be used for block-and-tackle experiments?
Yes. It can form part of suitable block-and-tackle arrangements for studying force multiplication and load lifting.
Does the pulley have attachment hooks?
Yes. Hook-type attachments allow the pulley to be conveniently suspended or connected to other laboratory apparatus.
Where can the Double Parallel Pulley be used?
It is suitable for physics laboratories, mechanics laboratories, engineering laboratories and technical demonstration facilities.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-1287
- Double parallel wheel configuration
- Durable metal construction
- Convenient hook attachments
- Suitable for compound pulley experiments
- Compact and reusable laboratory design
- Institutional, OEM and bulk supply available
Call to Action
Choose the Double Parallel Pulley – MT-1287 from Micro Technologies for reliable force, tension, load-distribution and mechanical-advantage experiments. Contact us for competitive pricing, bulk quantities, institutional procurement, OEM supply and customized quotations.
