Reaction of Beam Apparatus | FortiTestX – 45
The Reaction of Beam Apparatus FortiTestX-45 is a benchtop structural mechanics unit for experimentally determining support reaction forces in a simply supported beam under varied loading. This reaction of beam apparatus features a 1000 mm steel beam (7 mm wide, 20 mm high, 8.12 N self-weight) with 39 holes at 25 mm spacing for six movable load hangers. Two spring balances (10 kg capacity, 50 g least count) serve as direct-reading supports, and a 1000 mm measuring scale with 1 mm least count records load positions precisely. The setup also supports lever load and moment experiments, with full student and lecturer documentation included.
The Reaction of Beam Apparatus FortiTestX-45 is a benchtop structural mechanics unit for experimentally determining support reaction forces in a simply supported beam under various loading conditions. This reaction of beam apparatus uses two spring balances as supports for direct reaction force readout, with six movable load hangers enabling flexible load positioning along a 1000 mm beam. It validates the principle of equilibrium through direct comparison of measured and calculated support reactions.
Product Overview
The Reaction of Beam Apparatus FortiTestX-45 provides a straightforward experimental platform for studying beam support reactions, lever mechanics, and the principle of equilibrium. The apparatus centres on a 1000 mm long steel beam, 7 mm wide and 20 mm high, with 39 holes spaced at 25 mm intervals for precise load hanger positioning. Two spring balances, each with a 10 kg capacity and 50 g least count, act as the beam supports and provide direct readings of vertical reaction forces at each support. Six load hangers can be placed at any hole position along the beam, allowing a wide range of loading configurations including single point loads, multiple point loads, and asymmetric arrangements. The beam weight is 8.12 N and must be accounted for in calculations. By suspending the beam from the free-standing frame and attaching one end with spring balances, the same setup can be used to investigate loads and moments on a lever. This reaction of beam apparatus includes a 1000 mm measuring scale with 1 mm least count for accurate load position measurement. A technical manual is provided for both students and lecturers, covering theory, experiment protocols, and sample results. The full setup mounts on a benchtop frame with all accessories included.
SECTION 1: PRODUCT NAME
Reaction of Beam Apparatus FortiTestX | FortiTestX-45
SECTION 2: MAIN PRODUCT DESCRIPTION
Short Introduction
The Reaction of Beam Apparatus FortiTestX-45 is a benchtop structural mechanics unit for experimentally determining support reaction forces in a simply supported beam under various loading conditions. This reaction of beam apparatus uses two spring balances as supports for direct reaction force readout, with six movable load hangers enabling flexible load positioning along a 1000 mm beam. It validates the principle of equilibrium through direct comparison of measured and calculated support reactions.
Product Overview
The Reaction of Beam Apparatus FortiTestX-45 provides a straightforward experimental platform for studying beam support reactions, lever mechanics, and the principle of equilibrium. The apparatus centres on a 1000 mm long steel beam, 7 mm wide and 20 mm high, with 39 holes spaced at 25 mm intervals for precise load hanger positioning. Two spring balances, each with a 10 kg capacity and 50 g least count, act as the beam supports and provide direct readings of vertical reaction forces at each support. Six load hangers can be placed at any hole position along the beam, allowing a wide range of loading configurations including single point loads, multiple point loads, and asymmetric arrangements. The beam weight is 8.12 N and must be accounted for in calculations. By suspending the beam from the free-standing frame and attaching one end with spring balances, the same setup can be used to investigate loads and moments on a lever. This reaction of beam apparatus includes a 1000 mm measuring scale with 1 mm least count for accurate load position measurement. A technical manual is provided for both students and lecturers, covering theory, experiment protocols, and sample results. The full setup mounts on a benchtop frame with all accessories included.
Reaction of Beam Apparatus FortiTestX-45, Technical Specifications
| Parameter | Detail |
|---|---|
| Model Reference | FortiTestX-45 |
| Category | Strength of Materials and Structures |
| Beam Length | 1000 mm |
| Beam Width | 7 mm |
| Beam Height | 20 mm |
| Beam Weight | 8.12 N |
| Hole Spacing | 25 mm |
| Number of Holes | 39 |
| Load Hangers | 6, movable |
| Spring Balance Capacity | 10 kg each |
| Spring Balance Least Count | 50 g |
| Spring Balances Included | 2 |
| Measuring Scale Length | 1000 mm |
| Measuring Scale Least Count | 1 mm |
| Mounting | Benchtop frame with all accessories |
Technical Data
Beam
| Parameter | Value |
|---|---|
| Length | 1000 mm |
| Width | 7 mm |
| Height | 20 mm |
| Beam Weight | 8.12 N |
| Hole Spacing | 25 mm |
| Number of Holes | 39 |
Spring Balances
| Parameter | Value |
|---|---|
| Capacity | 10 kg each |
| Least Count | 50 g |
| Quantity | 2 |
Weight Set
| Weight | Quantity |
|---|---|
| 1 N hanger weights | 6 |
| 5 N weights | 18 |
| 2.5 N weights | 6 |
Measuring Scale
| Parameter | Value |
|---|---|
| Length | 1000 mm |
| Least Count | 1 mm |
Key Features
- Beam Dimensions: 1000 mm length, 7 mm width, 20 mm height, beam weight 8.12 N
- Hole Spacing: 39 holes at 25 mm intervals for precise load hanger positioning
- Reaction Measurement: 2 spring balances, 10 kg capacity each, 50 g least count, used as direct-reading supports on this reaction of beam apparatus
- Load Hangers: 6 movable hangers, positionable at any hole along the beam
- Weight Set: 6x 1 N hangers, 18x 5 N weights, 6x 2.5 N weights
- Lever Investigation: beam suspended from free-standing frame with spring balance attachment for moment and load measurement
- Measuring Scale: 1000 mm length, 1 mm least count for accurate load position recording
- Mounting: complete setup on benchtop frame with all accessories included
- Documentation: technical manual provided for both students and lecturers
Experiments
- Experimental determination of reaction forces in the supports of a simply supported beam under various loadings
- Measurement of loads and moments on a lever
- Comparison with calculated results and validation of the principle of equilibrium
Construction and Design
The Reaction of Beam Apparatus FortiTestX-45 is built around a 1000 mm steel beam measuring 7 mm in width and 20 mm in height, with a self-weight of 8.12 N. Thirty-nine holes spaced at 25 mm intervals along the beam accept six movable load hangers, which can be positioned at any point along the span. Two spring balances, each rated at 10 kg with a 50 g least count, serve as the beam supports and provide direct vertical reaction force readings without additional instrumentation. The beam mounts on a benchtop frame; the same frame allows the beam to be suspended for lever experiments by attaching the end to the spring balances. A 1000 mm measuring scale with 1 mm least count is included for recording load positions accurately. This reaction of beam apparatus stores all components in a dedicated storage unit and is supplied with a full technical manual covering student and lecturer guidance, experiment procedures, and sample results.
Scope of Delivery
- 1 experimental module
- 1 storage unit
- 2 spring balances
- 6 sets of weights
- 1 beam
- 1 measuring scale
- 1 instruction manual
Q1: How are support reactions measured on the Reaction of Beam Apparatus FortiTestX-45?
Two spring balances, each with a 10 kg capacity and 50 g least count, act as the beam supports. They provide direct readings of vertical reaction forces at each support without requiring additional instrumentation.
Q2: How many load positions are available on this reaction of beam apparatus?
The beam has 39 holes spaced at 25 mm intervals, accepting six movable load hangers that can be placed at any hole position along the 1000 mm span.
Q3: Can the FortiTestX-45 be used for lever experiments?
Yes. By suspending the beam from the free-standing frame and attaching one end to the spring balances, loads and moments on a lever can be investigated using the same apparatus.
Q4: What is the self-weight of the beam and must it be included in calculations?
The beam self-weight is 8.12 N and must be accounted for when calculating and comparing theoretical support reactions.
Q5: What weights are included in the scope of delivery?
Six sets of weights are included: 6x 1 N hangers, 18x 5 N weights, and 6x 2.5 N weights
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