1. What Is This Structure?

This structure should not simply be understood as:

a 10m Ringlock speaker tower.

The complete geometry is more specific.

There is a large vertical Ringlock scaffold body forming the main structure.

From this main body, an additional Ringlock scaffold section projects outward in the line-array position.

In our normal project and quotation language, we call this projecting section the:

suspended part

For clearer technical English, it can also be described as a:

projecting suspended scaffold section

So the structure can be understood as:

Main Ringlock Scaffold Structure

→ Suspended Scaffold Part

→ Aluminum Truss / Lifting Interface

→ Line Array

The suspended part is therefore an integral functional module of the complete structure.

It is not a second independent speaker tower.

2. Why “Suspended Part” Matters

If this product were described only as a 10m Ringlock tower, one of its most recognizable structural characteristics would disappear.

The line-array suspension position is created by a Ringlock section that extends away from the main scaffold body.

That additional section is specifically configured around the suspended equipment position.

In practical project language:

main structure

suspended part

=

complete line-array support structure

This is more accurate than calling the projecting section a “side hanging frame.”

“Side” only described the angle from which the original site structure was observed. It is not a structural classification.

3. Overall Configuration

The source product identifies the overall system as approximately:

• Width: 2m

• Depth: 4m

• Height: 10m

• Primary System: Steel Ringlock

• Primary Function: Line-array suspension / sound support

• Packing Weight: approximately 950kg

• Packing Volume: approximately 2CBM

The complete structure can be divided into three main functional zones:

This three-part relationship is the central structural logic of the product.

4. Main Ringlock Scaffold Structure

The main scaffold body forms the large vertical part of the system.

Its confirmed BOQ includes:

• 51 × Horizontal Pipe LR2, L: 2m

• 44 × Diagonal Pipe LR3, L: 2.44m

• 30 × Pillar LR1, L: 2m

• 6 × Adjustable Base LR4, H: 0.25m

• 4 × Steel Braces, L: 2m, H: 0.5m

The main Ringlock geometry is therefore built from repeated:

Standards

Horizontal Ledgers

Diagonal Bracing

Ground Support Positions

The use of 2m vertical and horizontal Ringlock modules creates a modular structure that can be built vertically to the required overall configuration.

5. The Suspended Scaffold Part

The original BOQ separately identifies another structural group as:

“suspending Layer truss.”

Rather than replacing the user's real terminology with a newly invented name, DragonStructure should describe this as:

Suspended Scaffold Part

or, when a more formal explanation is useful:

Suspended Ringlock Scaffold Section

The confirmed components are:

• 4 × Horizontal Pipe LR2, L: 2m

• 8 × Diagonal Pipe LR3, L: 2.44m

• 2 × Pillar LR1, L: 2m

This is a comparatively small component group relative to the main scaffold structure, but functionally it is extremely important.

It creates the projecting Ringlock structural zone associated with the line-array suspension position.

6. Main Structure and Suspended Part Are Different Modules

The BOQ gives us a particularly useful way to understand the structure.

This means the complete product was not treated as one undifferentiated Ringlock tower.

The suspension part was deliberately separated as its own structural component group.

That is exactly the type of relationship DragonStructure should explain.

7. How the Suspended Part Relates to the Main Scaffold

Conceptually:

MAIN RINGLOCK SCAFFOLD
        │
        │
        ├──── PROJECTING SUSPENDED PART
        │                │
        │           ALUMINUM TRUSS
        │                │
        │              MOTOR
        │                │
        │            LINE ARRAY
        │
        │
      GROUND

The important point is that the suspended part does not begin as an isolated structure from the ground.

It forms part of the complete Ringlock arrangement and projects from the main structural body into the equipment-support area.

For this reason, I would avoid describing it as:

• a separate speaker tower;

• an independent hanging tower;

• a side tower.

The more accurate wording is:

a projecting suspended Ringlock scaffold part integrated with the main structure.

8. Why This Is Different From a Conventional Line Array Tower

A conventional line-array tower is often read vertically:

ground

↓

tower

↓

top support

↓

speaker

This structure introduces another geometric relationship:

main scaffold

→ projecting suspended part

→ speaker suspension zone

So the dominant distinction is not only vertical height.

It is also the projecting structural relationship between the main scaffold body and the suspended part.

That makes this structure different from the other Ringlock sound towers that are primarily defined by:

• main-tower height;

• widened bases;

• auxiliary towers;

• buttress structures.

Here, the key structural feature is the suspended scaffold part.

9. Six Adjustable Ground Positions

The main BOQ contains:

6 × Adjustable Base LR4, H: 0.25m.

This shows that the ground configuration is not simply a conventional four-base square tower.

These six adjustable bases form the ground interface of the supplied Ringlock configuration.

However, they should not be interpreted as establishing:

• foundation design;

• allowable ground pressure;

• ballast requirement;

• anchoring requirement;

• allowable leveling range under the completed load.

Those remain project-specific verification questions.

10. Ringlock Diagonal Bracing

The main structure contains:

44 × 2.44m Ringlock diagonal pipes

while the suspended part adds another:

8 × 2.44m diagonal pipes.

Together, the confirmed structure therefore contains:

52 Ringlock diagonal members

across the two component groups.

This total is only simple BOQ arithmetic.

It is not an engineering conclusion.

At structural-breakdown level, the practical relationship is:

Standards + Ledgers

→ rectangular Ringlock bays

then:

Diagonal Braces

→ braced Ringlock bays

Both the main scaffold structure and the suspended part use this modular logic.

11. Additional Steel Braces

The main BOQ also includes:

4 × Steel Braces, L: 2m, H: 0.5m.

These are listed separately from the standard LR3 diagonal pipes.

Therefore they should remain a separate component group.

DragonStructure should not merge all diagonal-looking members into one generic “brace” quantity.

This distinction keeps the page faithful to the original quotation/BOQ.

12. Aluminum Truss Integration

The complete package also includes:

1 × CS40 square aluminum truss

with confirmed dimensions:

389 × 389 × 2500mm.

This means the complete structure combines two material/system families:

Main Structural System

Steel Ringlock

Equipment-Suspension Interface

Aluminum Square Truss

The structure is therefore technically a Ringlock + aluminum integration.

However, its primary category should remain:

Sound Support Structure

because the complete structure is designed around line-array suspension.

For readers researching mixed Ringlock/aluminum structures:

https://www.dragonstructure.com/Ringlock-Aluminum-Structure-pl03055276.html

The Dragon Internal Link Library recommends this category when aluminum truss is integrated with Ringlock in project-specific hybrid configurations.

13. Motorized Lifting System

The BOQ includes one motor with the following source specifications:

• Chinese brand

• Source motor load rating: 2000kg

• Chain length: 25m

• Lifting speed: 3.2m/min

• 220V, 3-phase

• Output: 750W

• Insulation Class F

• Quantity: 1 pc

There is also:

1 × flight case for motor

with one motor packed in one case.

This confirms that the structure was configured as a suspension/lifting system, rather than simply a fixed speaker-support position.

14. 2000kg Motor Rating Does Not Mean 2000kg Structural Capacity

This distinction must be kept explicit.

The BOQ gives a 2000kg rating for the motor.

That fact belongs to the motor specification.

It does not establish:

The complete Ringlock structure can safely suspend 2000kg.

The complete allowable suspended equipment weight depends on the entire project-specific structure and interfaces, not only on the motor.

Therefore:

Confirmed

Motor source rating = 2000kg

Not Confirmed

Complete structure allowable suspended load = 2000kg

The latter would require appropriate engineering verification.

This distinction follows DragonStructure's mandatory rule that component information or practical experience must not be turned into unsupported engineering conclusions.

15. Fibre Sling

The BOQ contains:

1 × Fibre Sling, T4.

The source does not provide enough verified information here to reinterpret “T4” as a specific certified working-load statement for the completed structure.

Therefore, the designation should simply remain as supplied.

The practical equipment relationship can be shown as:

Ringlock Main Structure

↓

Suspended Scaffold Part

↓

CS40 Aluminum Truss

↓

Motor + Fibre Sling

↓

Line Array

This is a functional configuration explanation, not a calculated load path.

16. Four Double Clamps

The confirmed BOQ contains:

4 × Double Clamps.

These clamps belong to the truss/interface connection system.

Their presence reinforces the fact that the aluminum truss is integrated into the sound-support arrangement rather than simply supplied as an unrelated accessory.

The exact orientation and connection method should follow the final drawing/configuration.

17. Structural Zoning

This structure is easiest to understand when divided into three functional zones.

Zone A — Main Ringlock Scaffold Structure

The primary vertical body contains:

• 30 standards;

• 51 horizontals;

• 44 diagonals;

• 6 adjustable bases;

• 4 additional steel braces.

Zone B — Suspended Scaffold Part

The projecting Ringlock suspension module contains:

• 2 standards;

• 4 horizontals;

• 8 diagonals.

Zone C — Equipment Suspension Interface

The supplied integration includes:

• CS40 aluminum square truss;

• motor;

• motor flight case;

• fibre sling;

• double clamps.

The complete structure is therefore:

Main Structural Body

Suspended Structural Part

Lifting / Equipment Interface

That is the most useful way to understand the product.

18. Confirmed BOQ

Main Ringlock Scaffold Structure

Suspended Scaffold Part

Truss & Lifting Equipment

Packing Weight: approximately 950kg

Packing Volume: approximately 2CBM.

19. What the BOQ Reveals About the Structure

The BOQ is especially useful because it confirms that this is not one uniform Ringlock frame.

The structure contains two clearly separated Ringlock groups.

Main Structure

30 standards + 51 horizontals + 44 diagonals

Suspended Part

2 standards + 4 horizontals + 8 diagonals

If the confirmed groups are combined for simple inventory understanding, the complete Ringlock package contains:

• 32 × 2m standards

• 55 × 2m horizontal pipes

• 52 × 2.44m diagonal pipes

These are arithmetic totals only.

They are not structural calculations.

More importantly, the BOQ tells us that the suspended part was deliberately treated as a functional module.

That is the main DragonStructure lesson from this product.

20. Assembly Logic

At structural-product level, the modular assembly logic can be understood as:

1. Establish the ground layout of the main Ringlock scaffold structure.

2. Position the six confirmed adjustable bases according to the finalized drawing.

3. Install the initial 2m Ringlock standards.

4. Connect the main 2m horizontal ledgers.

5. Add the corresponding LR3 diagonal pipes.

6. Continue assembling the main Ringlock body vertically through repeated modular bays.

7. Install the four separately listed additional steel braces in their designed positions.

8. Assemble the projecting suspended scaffold part using its separate standards, horizontal pipes and diagonal members.

9. Integrate the 2.5m CS40 aluminum square truss into the confirmed suspension arrangement.

10. Install the motor, fibre sling and associated connection components according to the final equipment configuration.

11. Integrate the actual line-array system only after its dimensions, weight and suspension requirements have been confirmed.

This is practical modular assembly logic.

It is not a complete engineered installation procedure.

The DragonStructure Product rules explicitly require that distinction.

21. The Suspended Part Is Not an Access Platform

The word scaffold can create another misunderstanding.

Because the suspended part is made from Ringlock scaffold components, a reader may assume that it is intended as a personnel working platform.

That is not established by the supplied BOQ.

The confirmed suspended-part component list contains only:

• standards;

• horizontal pipes;

• diagonal pipes.

It does not separately identify:

• working decks;

• stairs;

• ladders;

• trap-door platforms;

• guardrails.

Therefore, the suspended scaffold part should be described according to its confirmed role in the speaker-suspension structure, not automatically as a personnel access area.

If technician access is required, it should be defined separately.

22. Why This Is Different From Other Ringlock Line Array Towers

The difference is not simply:

6m vs 8m vs 10m vs 12m vs 16m.

This structure has a different geometric idea.

Other sound-support structures may be defined by:

• a narrow standalone tower;

• one auxiliary base;

• several auxiliary bases;

• four buttress bases;

• a large widened lower support zone.

This structure is defined by:

a main Ringlock scaffold body plus a projecting suspended scaffold part dedicated to the line-array suspension position.

So its unique structural search question is:

How is a suspended Ringlock scaffold part integrated with a larger 10m Ringlock structure to create a line-array suspension position?

That is sufficiently different from a conventional tower-height product page.

23. Brief Project Origin

This structural configuration came from analysis of an existing concert-site side view.

The side view was useful because it showed the physical relationship between:

• the main scaffold structure;

• the projecting suspended part;

• the upper suspension position;

• the line-array equipment.

That information helped reconstruct the final structural arrangement.

But this Product page should stop there.

The full process—

site image → observation → structural judgment → component interpretation → proposal

—is a Case Study story, not the core of the Product page.

DragonStructure's stable rules explicitly separate Product (“what is it and how is it configured?”) from Case Study (“why was it developed this way?”).

24. Suitable Applications

This structural concept may be relevant for:

• outdoor concerts;

• music festivals;

• line-array suspension beside temporary event structures;

• PA speaker support;

• custom concert sound-support structures;

• situations where the line array needs a projecting suspension position rather than remaining inside the main Ringlock body;

• Ringlock structures integrating aluminum truss and motorized lifting equipment.

The actual suitability of this exact configuration for another project must be verified from the speaker system and site information.

25. Customization Variables

Overall Height

The confirmed product is identified as approximately 10m high.

Changing height changes the Ringlock configuration and should not be treated as simple proportional scaling.

Main Structure Width and Depth

The original page describes approximately 2m width × 4m depth.

A different site layout may require different geometry.

Suspended Part Geometry

Important variables include:

• projection distance;

• vertical position;

• Ringlock module arrangement;

• relationship to the main scaffold;

• line-array position.

Line Array

Provide:

• speaker model;

• cabinet quantity;

• individual cabinet dimensions;

• total array dimensions;

• total suspended weight;

• flying frame details.

Hanging Elevation

Tower height and actual line-array hanging height are different dimensions.

Motor / Hoist

The motor should be selected and verified against the actual equipment requirement.

Aluminum Truss

This configuration uses:

CS40 389 × 389 × 2500mm

but another project may require a different interface.

Access

If technicians require elevated access, that needs to be defined separately.

26. Information Needed for a Similar Structure

For a similar proposal, please provide:

• required overall structure height;

• required line-array hanging elevation;

• speaker manufacturer and model;

• number of cabinets;

• dimensions of each cabinet;

• total array dimensions;

• total suspended equipment weight;

• speaker flying frame information;

• preferred lifting method;

• existing motor/hoist information;

• required suspended-part projection;

• available ground footprint;

• relationship to the stage or existing scaffold structure;

• existing Ringlock components if reuse is planned;

• existing aluminum truss if reuse is planned;

• front-view drawing;

• side-view drawing or photo;

• plan view when available;

• site photos;

• indoor/outdoor use;

• project location;

• relevant ground/site information.

For this type of structure, the side view is especially useful as source information, because it helps explain the relationship between the main scaffold body and the projecting suspended part.

But again, side view is the observation angle—not the name of the structure.

27. Engineering / Verification Boundary

Confirmed Facts

The supplied product page and BOQ confirm:

• approximate overall product description of 2m wide × 4m deep × 10m high;

• primary Ringlock structure;

• main Ringlock component group;

• separate suspended Ringlock component group;

• 51 × 2m main horizontal pipes;

• 44 × 2.44m main diagonal pipes;

• 30 × 2m main standards;

• 6 × 0.25m adjustable bases;

• 4 additional steel braces;

• 4 × 2m suspended-part horizontal pipes;

• 8 × 2.44m suspended-part diagonal pipes;

• 2 × 2m suspended-part standards;

• 1 motor;

• 1 motor flight case;

• 1 T4 fibre sling;

• 1 × CS40 389 × 389 × 2500mm aluminum square truss;

• 4 double clamps;

• packing weight approximately 950kg;

• packing volume approximately 2CBM.

Experience-Based Structural Interpretation

Based on the supplied structure, project history and normal project terminology:

• the separately listed “suspending Layer truss” is better described in this context as the suspended part / suspended scaffold part;

• the suspended part should be understood as a projecting Ringlock scaffold section integrated with the main structure;

• it should not automatically be treated as a second independent tower;

• the structure is primarily a Sound Support Structure even though it integrates an aluminum truss;

• the original site side view was useful for understanding the geometry, but “side” is not part of the structural name.

These are project/experience-based interpretations, not engineering calculations.

Not Established

The supplied information does not establish:

• allowable suspended speaker weight for the complete structure;

• verified 2000kg structural capacity;

• maximum number of cabinets;

• allowable point load;

• allowable CS40 truss load within this integrated structure;

• wind rating;

• allowable operating wind speed;

• ballast requirement;

• anchoring requirement;

• foundation requirement;

• ground-bearing requirement;

• safety factor;

• certification;

• code compliance;

• engineering approval.

The source product's own general prose discusses load and wind considerations, but it does not supply formal project calculations establishing those values for this structure. Therefore DragonStructure must not convert those statements into verified ratings.

28. Related DragonStructure Pages

Sound Support Structure

https://www.dragonstructure.com/Sound-Support-Structure-pl08155276.html

This is the primary internal link because the overall structure is specifically configured around line-array suspension and sound support. The registered Internal Link Library identifies it for PA towers, line-array support and Ringlock sound structures.

Ringlock Structure

https://www.dragonstructure.com/Ringlock-Structure-pl04775276.html

This is the broader structural-system route for readers researching temporary Ringlock structures.

Ringlock + Aluminum Structure

https://www.dragonstructure.com/Ringlock-Aluminum-Structure-pl03055276.html

This secondary link is relevant because the main Ringlock scaffold structure integrates a CS40 aluminum truss at the line-array suspension interface.

29. Original DragonTruss Product

Original Product Name:
Custom Concert Outdoor Ringlock Suspending System for Line Array 10m

Original Product URL:
https://www.dragontruss.com/Custom-Concert-Outdoor-Ringlock-Suspending-System-for-Line-Array-10m-pd549356468.html

The original DragonTruss page presents the commercial product, approximately 2m × 4m × 10m overall configuration, packing information and detailed component BOQ.

The two pages should answer different questions.

DragonTruss

What customized 10m Ringlock line-array suspending system can DragonStage manufacture and supply?

DragonStructure

How is a 10m line-array suspension structure divided into a main Ringlock scaffold body, a projecting suspended scaffold part and a motorized aluminum-truss suspension interface?

This keeps the DragonStructure page focused on STRUCTURE BREAKDOWN, as required by the Product Prompt.

FAQ

What is the “suspended part” in this Ringlock structure?

The suspended part is the projecting Ringlock scaffold section associated with the line-array suspension position. In the source BOQ it appears as a separately listed “suspending Layer truss” component group.

Is the suspended part a separate speaker tower?

No. It is better understood as an integrated projecting scaffold section of the complete Ringlock structure, rather than a second independent tower.

Why not call it a side hanging frame?

Because “side” only described the viewing angle from which the original site structure was analyzed. It is not the structural identity of the component. In practical project language, suspended part or suspended scaffold part is more accurate.

What components form the suspended scaffold part?

The confirmed BOQ lists:

• 4 × 2m horizontal pipes;

• 8 × 2.44m diagonal pipes;

• 2 × 2m standards.

Does this structure include an aluminum truss?

Yes. The BOQ includes one CS40 square truss measuring 389 × 389 × 2500mm.

Does the package include a motor?

Yes. It includes one motor and one flight case for the motor. The source motor specification lists a 2000kg load rating, 25m chain and 3.2m/min lifting speed.

Does the 2000kg motor mean the Ringlock structure can suspend 2000kg?

No. The 2000kg figure belongs to the motor specification. It is not a verified allowable load for the complete Ringlock structure.

Is this a pure steel Ringlock structure?

The main scaffold body and suspended part are Ringlock, but the line-array suspension interface also includes a CS40 aluminum truss, so the complete system contains a Ringlock + aluminum integration.

Can a site side-view photo be used to develop a similar proposal?

It can be a useful starting point for understanding geometry, especially the relationship between the main scaffold and the suspended part. But a photograph does not replace confirmed dimensions, equipment weight, drawings, site information or required engineering verification.

Structure Classification

Short Description

A 10m-high Ringlock line-array suspension structure consisting of a main steel Ringlock scaffold body and a dedicated projecting suspended scaffold part. The suspended section uses its own Ringlock standards, horizontal members and diagonal bracing to create the line-array suspension position, while a CS40 aluminum square truss, motor, fibre sling and double clamps form the confirmed lifting and equipment interface. The structure was originally interpreted from a concert-site side view, but the “side” describes only the observation angle—the projecting Ringlock module itself is treated as the suspended part or suspended scaffold section.