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Product Specification Sheet
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Model Number: MT-1175
The Electrically Maintained Tuning Fork Apparatus from Micro Technologies is a laboratory acoustics instrument designed to produce and maintain continuous tuning fork vibrations using an electrical excitation arrangement. The MT-1175 provides a stable experimental platform for studying frequency, mechanical vibration, resonance, sound, and related acoustic phenomena where sustained vibration is required.
Product Specification
The Electrically Maintained Tuning Fork Apparatus from Micro Technologies is designed for laboratory experiments requiring sustained mechanical vibration of a tuning fork. Unlike an ordinary tuning fork that gradually loses vibration after being struck, this apparatus incorporates an electrical arrangement that helps maintain oscillation for an extended experimental period.
The MT-1175 consists of a tuning fork mounted horizontally on a stable supporting frame together with an electromagnetic excitation arrangement. The mounted construction maintains the apparatus in a convenient position while allowing the vibrating section to operate during experimental observations.
Electrical excitation provides repeated energy to the vibrating system, helping compensate for the gradual loss of mechanical energy. This produces a more sustained vibration than can normally be obtained by manually striking a conventional tuning fork.
The apparatus is particularly useful for experiments involving frequency, periodic motion, mechanical vibration, resonance, and sound phenomena. Sustained oscillation provides additional time for observations and measurements during laboratory investigations.
The MT-1175 may also be incorporated into compatible experimental arrangements where a relatively steady vibrating source is required. This makes it useful for demonstrations involving vibration patterns, resonance effects, and frequency-related investigations.
Its rigid supporting structure provides a stable bench-top arrangement and allows associated laboratory accessories to be positioned near the vibrating system when required.
Manufactured and supplied by Micro Technologies, the Electrically Maintained Tuning Fork Apparatus is suitable for physics laboratories, acoustics laboratories, research facilities, testing laboratories, and other laboratory environments conducting sound and vibration investigations.
Features
- Electrically maintained tuning fork arrangement
- Electromagnetic excitation system
- Sustained vibration capability
- Stable supporting frame
- Horizontal experimental configuration
- Suitable for frequency investigations
- Designed for mechanical vibration experiments
- Supports resonance studies
- Convenient bench-top arrangement
- Reusable laboratory apparatus
Benefits
- Maintains tuning fork vibration for longer observations
- Reduces the need for repeated manual striking
- Provides a convenient vibration source for experiments
- Useful for frequency and periodic-motion investigations
- Supports resonance and acoustics demonstrations
- Stable frame simplifies experimental positioning
- Suitable for repeated laboratory investigations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Electrically Maintained Tuning Fork Apparatus |
| Model No. | MT-1175 |
| Product Type | Sound & Vibration Apparatus |
| Excitation | Electrical / Electromagnetic |
| Vibration | Sustained |
| Mounting | Rigid Supporting Frame |
| Configuration | Horizontal |
| Experimental Studies | Frequency, Vibration & Resonance |
| Operation | Electrically Maintained |
| Installation | Bench Top |
| Primary Application | Acoustics & Vibration Experiments |
Available Model
| Model No. | Product |
|---|---|
| MT-1175 | Electrically Maintained Tuning Fork Apparatus |
Applications
- Mechanical vibration experiments
- Frequency investigations
- Resonance experiments
- Periodic motion studies
- Sound production experiments
- Sustained oscillation demonstrations
- Acoustic investigations
- Vibration pattern studies
- Physics laboratory experiments
- Sound and wave laboratory applications
Available Variants
Electrically Maintained Tuning Fork, Electric Tuning Fork Apparatus, Electromagnetic Tuning Fork, Electrically Driven Tuning Fork, Continuous Vibration Tuning Fork, Laboratory Electric Tuning Fork, Sound and Vibration Apparatus
SKU System
MT-EMTF-1175
FAQs
What is the MT-1175 Electrically Maintained Tuning Fork used for?
The MT-1175 is designed for experiments involving continuous mechanical vibration, frequency, resonance, periodic motion, and sound phenomena.
What is the model number of this apparatus?
The Micro Technologies model number is MT-1175.
Why is the tuning fork electrically maintained?
Electrical excitation supplies energy to the vibrating system so that oscillations can be maintained for longer periods, allowing extended experimental observation.
How is it different from an ordinary tuning fork?
An ordinary tuning fork is generally struck manually and its vibration gradually decreases. An electrically maintained tuning fork uses an excitation arrangement to sustain its vibration during operation.
Can the MT-1175 be used for resonance experiments?
Yes. It can provide a sustained vibration source for suitable experimental arrangements involving resonance and frequency-related phenomena.
Is the apparatus suitable for vibration experiments?
Yes. The MT-1175 is particularly suitable for studying mechanical vibrations, oscillatory motion, frequency, and associated acoustics phenomena.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Model MT-1175
- Electrically maintained vibration
- Stable laboratory mounting
- Suitable for frequency and resonance studies
- Designed for repeated laboratory use
- Bulk, OEM, institutional, and distributor supply available
Call to Action
Choose the Electrically Maintained Tuning Fork Apparatus – MT-1175 from Micro Technologies for sustained vibration, frequency, resonance, and acoustics experiments. Contact us for competitive pricing, institutional procurement, bulk laboratory orders, OEM requirements, distributor supply, and customized quotations.
