ADSS Cable Tension Clamp for Secure Dead-End Anchoring
DIMI ADSS cable tension clamps-also specified as ADSS anchor clamps or ADSS dead-end clamps in aerial fiber projects-grip, terminate and anchor ADSS fiber optic cable where full line tension must be transferred to a pole or tower. They are used at route ends, section points and angle structures to prevent cable movement while protecting the cable jacket from damaging stress concentration.
Our ADSS fiber optic cable hardware range covers both preformed tension sets and mechanical wedge/bolted clamp structures. Preformed rods distribute tensile force over a longer cable contact length, while wedge and bolted structures provide a compact mechanical anchoring solution. DIMI also supplies the shackles, links, thimbles, turnbuckles and pole/tower brackets required to build a complete ADSS dead-end assembly, simplifying project sourcing and hardware compatibility.
ADSS Tension Clamp Options for Different Cable and Line Requirements
Choose from multiple cable-diameter ranges, tension structures, material combinations and connection hardware within the DIMI ADSS cable tension clamp series.
Cable Diameter Options
8–12 / 10–14 / 13–18 mm
DIMI also matches additional diameter ranges to project cable specifications.
Clamp Structures
Preformed + Mechanical
Preformed tension sets and wedge/bolted ADSS anchoring clamps.
Outdoor Materials
Metal + UV Polymer
Hot-dip galvanized steel, aluminum alloy, stainless steel and UV-resistant polymer components.
Hardware Supply
Complete Fitting Options
Shackles, links, thimbles, turnbuckles and pole/tower brackets.
| Product Item | DIMI ADSS Tension Clamp Range | Buyer Value |
|---|---|---|
| Clamp Structure | Preformed tension sets with armor rods; mechanical wedge/bolted tension clamps | Covers different gripping, installation and line-design requirements |
| Cable Diameter | Typical options include 8–12 mm, 10–14 mm and 13–18 mm; additional ranges available for project matching | Matches the clamp contact area to the ADSS cable outer diameter |
| Rated Tensile Load | Multiple rated tensile-load options for different span lengths and line designs | Lets engineers match clamp holding capacity to the cable and route requirement |
| Materials | Hot-dip galvanized steel, aluminum alloy, stainless steel components and UV-resistant polymers | Supports long-term outdoor use in telecom and power-communication networks |
| Connection Hardware | Shackles, links, thimbles, turnbuckles and pole/tower brackets | Enables complete dead-end hardware matching from one supplier |
| OEM/ODM | Logo marking, labeling and customized packaging for operators and distributors | Supports branded, repeat-order and channel-distribution programs |
What DIMI ADSS Cable Tension Clamps Deliver in the Field
Secure Dead-End Grip
DIMI ADSS tension clamps hold the cable firmly at termination, section and angle points, transferring axial tensile force to the supporting pole or tower and reducing the risk of cable slippage under line tension.
Protects the Cable Jacket
Optimized contact surfaces and preformed or mechanical gripping structures distribute clamping force over the cable contact area, helping protect the outer sheath and the optical fibers from localized mechanical stress.
High Tensile Holding Capacity
Preformed rods and wedge/bolted structures provide strong mechanical holding force. DIMI offers different rated tensile-load options so the clamp series can cover different span lengths and overhead line designs.
Built for Outdoor Networks
Hot-dip galvanized steel, aluminum alloy, stainless steel and UV-resistant polymer components provide durable outdoor performance for aerial telecom and power-communication installations.
Complete Hardware Matching
DIMI supplies compatible shackles, links, thimbles, turnbuckles and pole/tower brackets with the clamp, helping contractors build a complete anchoring assembly without sourcing connection hardware from multiple suppliers.
OEM/ODM Project Supply
Operators, contractors and distributors can source matched ADSS clamp configurations with logo marking, labeling, customized packaging and related aerial hardware for project, wholesale and repeat-order requirements.
Structure & Working Principle
DIMI supplies both preformed tension sets and mechanical wedge/bolted ADSS tension clamps. Both structures anchor the cable at load-bearing points, but they transfer tension in different ways, giving project engineers more flexibility when matching cable diameter, span, rated tensile load and installation hardware.
- Preformed Tension Sets
Preformed rods and armor rods wrap along the ADSS cable to spread tensile force over a longer contact area, protecting the sheath while delivering strong holding force for demanding line sections.
- Wedge / Bolted Tension Clamps
A compact clamp body locks the cable through matched mechanical gripping components, providing secure anchoring and practical field installation at dead-end and angle positions.
- Matching Line Hardware
Shackles, links, thimbles, turnbuckles and pole/tower brackets are available with the clamp so the complete tension assembly connects correctly to the supporting structure.
Where DIMI ADSS Cable Tension Clamps Are Used
Designed for the load-bearing points of aerial ADSS routes in telecom, utility and power-communication networks.
Line Ends & Dead-End Poles
Terminates the ADSS cable at the end of a route or span and transfers full axial tension into the pole or tower hardware.
Angle Poles & Towers
Anchors the cable where the aerial route changes direction and the line tension must be carried by the supporting structure.
Section & Branch Points
Creates a secure mechanical termination at section points, branching poles, substations and other locations where the route is divided or re-anchored.
Telecom & Power Communication
Supports aerial ADSS deployment on poles and towers as part of a complete fiber optic cable hardware system.
Match the ADSS Cable Tension Clamp to Your Cable and Route
Send Cable Diameter
Provide the ADSS cable outer diameter and cable model. DIMI uses the OD to match the correct clamp contact range.
Send Tensile Requirement
Provide the required line tension, cable RTS/MAT data or cable datasheet. We match the clamp load class to the mechanical requirement.
Send Span & Pole Position
Tell us the span length and whether the clamp is used at a line end, section point, angle pole or tower.
Select Clamp Structure
DIMI matches a preformed tension set or wedge/bolted clamp from our ADSS tension clamp range to the route requirement.
Match Connection Hardware
We pair the clamp with the required shackle, link, thimble, turnbuckle or pole/tower bracket for a complete anchoring assembly.
Confirm Order Details
Add quantity, destination, packaging, labeling and technical-document requirements to receive a complete B2B quotation.
Send Your Cable OD, Span & Load Requirement
DIMI will match the ADSS cable tension clamp configuration, connection hardware and commercial quotation for your project.
ADSS Tension Clamp vs. ADSS Suspension Clamp
DIMI ADSS cable tension clamps anchor and terminate the cable at load-bearing points. An ADSS suspension clamp supports the same cable at intermediate or light-angle poles while maintaining the designed sag. Using each clamp in its correct route position protects cable geometry and keeps the mechanical load path under control.
| Comparison | ADSS Cable Tension Clamp | ADSS Suspension Clamp |
|---|---|---|
| Main Function | Anchors / terminates the cable and carries axial tensile load | Supports the cable while maintaining route sag |
| Typical Position | Line ends, section points, dead ends and angle structures | Straight-line and light-angle intermediate supports |
| Grip Requirement | Strong axial holding force to prevent cable slippage | Controlled support with lower longitudinal restraint |
| Selection Focus | Cable OD, rated tensile load, span and connection hardware | Cable OD, support load, line angle, sag and sheath protection |
ADSS Cable Tension Clamp Installation
DIMI ADSS tension clamps use a clear field workflow: match the cable, prepare the attachment hardware, install the gripping components, connect the clamp and inspect the finished anchoring point.
Check Cable & Clamp Size
Match the ADSS cable OD to the marked clamp range before installation. The cable must sit correctly in the designed gripping area.
01
Prepare Pole or Tower Hardware
Install the required bracket, hook, shackle or other attachment fitting at the designed tension point.
02
Position the ADSS Cable
Keep the cable aligned with the route, maintain the designed bend radius and avoid twisting or crushing the outer jacket.
03
Install the Tension Structure
Apply the preformed rods around the cable or seat the cable into the wedge/bolted clamp body following the supplied product configuration.
04
Connect the Hardware Set
Connect the bail, shackle, thimble, link or turnbuckle to the pole/tower hardware and bring the line to the designed tension.
05
Inspect the Finished Point
Check cable alignment, grip position, jacket condition, hardware orientation and all mechanical connections before handover.
06
Quality-Controlled ADSS Tension Clamp Production
DIMI applies strict quality control and type testing for ADSS cable hardware used in telecom and utility projects, with technical requirements aligned to relevant IEC, IEEE or project utility specifications.
Mechanical Load Testing
Rated tensile performance and mechanical holding force are checked against the required clamp configuration and project specification.
Grip & Cable Protection
Clamp fit, holding behavior and cable contact are checked to reduce slippage and excessive local pressure on the ADSS jacket.
Material & Dimensional Control
Metal parts, polymer components, coatings and critical dimensions are controlled against the approved product specification.
Outdoor Durability
Material selection supports UV, corrosion and long-term outdoor exposure requirements in aerial telecom and power-communication networks.
Need Drawings or Test Documents for Approval?
Send DIMI your project document list with the RFQ. We include the available drawings, material information and test documents in the selected ADSS tension clamp package.
ADSS Cable Tension Clamp FAQ
Q: What is a DIMI ADSS cable tension clamp used for?
A: DIMI ADSS cable tension clamps terminate and anchor All-Dielectric Self-Supporting fiber optic cable at line ends, section points, dead-end poles and angle structures. The clamp transfers axial cable tension into the supporting pole or tower hardware while maintaining a controlled grip on the cable jacket.
Q: Is an ADSS anchor clamp the same as an ADSS tension clamp?
A: Yes, the terms ADSS anchor clamp, ADSS tension clamp and ADSS dead-end clamp are commonly used for hardware that anchors ADSS cable at load-bearing points. DIMI uses the product structure, cable-diameter range and tensile requirement to distinguish the correct clamp configuration for each project.
Q: What cable diameters are available?
A: DIMI offers multiple ADSS tension clamp diameter ranges, including common options such as 8–12 mm, 10–14 mm and 13–18 mm. Send the cable model or outer diameter with your RFQ and we will match the suitable clamp range for the project.
Q: What types of ADSS tension clamps does DIMI supply?
A: Our range includes preformed tension sets with armor rods and mechanical wedge/bolted ADSS tension clamps. The two structures use different gripping methods, allowing DIMI to cover different cable, span, line-load and installation requirements.
Q: How does the clamp protect the ADSS cable jacket?
A: The clamp uses matched gripping surfaces, wedges or preformed rods to spread holding force across the cable contact area. Correct diameter matching and installation reduce concentrated pressure, helping protect the outer sheath and optical fibers while the clamp carries line tension.
Q: What materials are used in DIMI ADSS tension clamps?
A: DIMI uses outdoor hardware materials including hot-dip galvanized steel, aluminum alloy, stainless steel components and UV-resistant polymers across the ADSS tension clamp range. The exact material combination follows the selected clamp structure and project specification.
Q: What hardware does DIMI supply with the tension clamp?
A: DIMI supplies matching shackles, links, thimbles, turnbuckles and pole/tower brackets for ADSS dead-end assemblies. This lets project buyers source the clamp and its connection hardware together instead of matching fittings from separate suppliers.
Q: What is the difference between an ADSS tension clamp and a suspension clamp?
A: An ADSS tension clamp anchors the cable and carries axial tensile force at line ends, section points and angle structures. An ADSS suspension clamp supports the cable at intermediate or light-angle poles while maintaining the designed sag. Both are used in a complete aerial ADSS route, but they perform different mechanical functions.
Q: What information do I send for ADSS tension clamp selection?
A: Send the ADSS cable model, cable OD, span, required load or RTS/MAT data, installation position and connection-hardware information. Add quantity, destination, packaging and documentation requirements so DIMI can prepare the clamp recommendation and commercial quotation together.
Q: Does DIMI support OEM/ODM orders?
A: Yes. DIMI supports logo marking, product labeling and customized packaging for operators, distributors and OEM/ODM programs. Send the required quantity, branding files, packaging format and target market requirements with your inquiry.
Q: Can DIMI provide technical documents?
A: Yes. Include your required drawing, material information, inspection record or test-document list in the inquiry. DIMI will match the available technical documents to the selected ADSS cable tension clamp and project approval requirements.
Source the Right ADSS Cable Tension Clamp from DIMI
Send us your cable OD, cable model, span, required tensile load and quantity. DIMI will match the clamp structure, diameter range and connection hardware, then prepare a project quotation with your documentation, packaging, OEM/ODM and delivery requirements.
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