High Voltage Transmission Line Tension Clamp

High Voltage Transmission Line Tension Clamps are precision-engineered mechanical fittings used to secure and terminate overhead conductors at dead-end and tension points. These clamps transfer conductor mechanical tension to supporting structures while maintaining reliable retention. Selection depends on conductor type, outside diameter, construction, required mechanical load, connection configuration, material, and project specifications.

Send Inquiry

Product Introduction

Product Classification and Applications

• Category: Overhead Transmission Line Fittings
• Product Type: Tension Clamp / Dead-End Conductor Fitting
• Applications: High-Voltage Overhead Transmission Lines
• Installation Sites: Dead-End Towers, Tension Towers, Angle Towers, and Conductor Termination Points

Configuration Options
• Compression-type tension clamps
• Bolted tension clamps
• Custom-engineered conductor tension fittings
• Tension clamp assemblies complete with specified bolts, nuts, and washers

Standard Conductor Reference Chart

Conductor Code / Name	Conductor Area (AL/St)	Overall Diameter	Rated Tensile Strength (RTS)	Compatible Clamp Type
ACSR Hawk	240 / 40 mm2	21.80 mm	88.1 kN	Compression / Bolted
ACSR Drake	400 / 50 mm2	28.14 mm	140.0 kN	Compression
ACSR Bear	300 / 30 mm2	23.45 mm	110.7 kN	Compression / Bolted
Custom AAAC / AACSR	Project Specific	Specified Range	Tailored to Line Load	Custom Forged / Cast

Technical Specifications

Parameter	Technical Requirement
Compatible Conductor	ACSR, AAAC, AACSR, or project-specified conductor types
Conductor Diameter	Actual outside diameter or defined diameter range
Mechanical Rating	Specified rated ultimate tensile strength or mechanical load
Clamp Design	Compression type, bolted type, or custom connection geometry
Material Options	High-strength aluminum alloy, forged aluminum, cast aluminum, or steel
Hardware Specifications	High-tensile steel bolts, nuts, and washers as required
Surface Protection	Hot-dip galvanizing for steel parts; protective finishing for aluminum
Governing Standards	IEC 61284, ASTM, or utility project specifications
Quality Documentation	Material Test Certificates (MTC), Dimensional Reports, Test Reports, Certificate of Conformity (COC)

Materials & Manufacturing Capabilities

01/

Engineering & Review: 2D/3D drawing verification to confirm conductor compatibility, clearances, and tolerances.

02/

Forming: Cast aluminum for complex shapes; forged aluminum or structural steel for high dynamic mechanical loads.

03/

Precision Machining: CNC milling, drilling, and threading for internal grooves, contact surfaces, and mating interfaces.

04/

Surface Treatment: Hot-dip galvanizing for long-term outdoor corrosion protection on steel parts.

05/

Quality Verification: Full batch inspection covering chemical composition, dimensional accuracy, and mechanical performance.

Mechanical Performance and Quality Control

Retention Integrity: Engineered groove geometry prevents slippage under high dynamic loading.

Corrosion Resistance: Galvanized and treated surfaces ensure long service life in harsh environments.

Testing Standards: Mechanical testing follows IEC 61284 guidelines for overhead line fittings.

Traceability: Heat numbers, production logs, and inspection reports provide complete product history.

Technical Documentation Package

To support smooth EPC delivery and utility approval, each shipment can include:
• Approved 2D/3D Assembly Drawings
• Material Test Certificates (MTC)
• Dimensional Inspection Reports
• Mechanical Load & Tensile Test Records
• Certificate of Conformity (COC)

FAQ

Q: How do I select the correct high voltage tension clamp?

A: Confirm the conductor type, outside diameter, construction, and required mechanical load. Next, specify the clamp configuration, material, and connection method. Submitting a conductor datasheet or engineering drawing ensures accurate technical selection.

Q: What information is required to receive a formal quotation?

A: Provide the conductor details, required quantity, mechanical load requirements, clamp type, material specification, applicable standards, and any relevant 2D/3D drawings or fitting schedules.

Q: Can tension clamps be manufactured according to custom drawings?

A: Yes. Custom production is available using customer-provided 2D drawings, 3D CAD models, or physical samples. All critical dimensions, material grades, and tolerances are verified prior to manufacturing.

Q: What materials are used for transmission line tension clamps?

A: Clamp bodies are produced from aluminum alloys, forged aluminum, cast aluminum, or high-strength steel depending on mechanical demands. Supporting hardware utilizes hot-dip galvanized steel for long-term corrosion resistance.

Q: What quality documentation is provided with bulk orders?

A: Shipments can be accompanied by a comprehensive documentation package, including product drawings, Material Test Certificates (MTC), dimensional inspection reports, tensile test records, and Certificates of Conformity (COC).

Hot Tags: high voltage transmission line tension clamp, China high voltage transmission line tension clamp manufacturers, suppliers, factory

← Previous: Substation Busbar Support Fitting

Next: No Information →

Send Inquiry