Product Overview

The G417 Grooved Closed Spelter Socket is a wire rope termination component designed for use with wire rope slings, crane wire rope assemblies and industrial rigging systems.

Its closed-type configuration provides an enclosed connection interface, while the grooved socket body is designed to accommodate the prepared wire rope during the socketing process.

The G417 is available in multiple sizes to match different wire rope diameters and connection requirements. It can be supplied with suitable surface treatments such as galvanized finishes for applications requiring additional corrosion protection.

For B2B buyers, the socket can be specified according to wire rope diameter, socket dimensions, connection dimensions, material, surface treatment and testing requirements.

Important: The capacity of a finished wire rope sling depends on the wire rope, socket, termination method, connection hardware and complete assembly design. The G417 socket itself should not be treated as a universal WLL rating.

Product Features

1. G417 Closed Spelter Socket Design

The G417 uses a closed-type spelter socket configuration for wire rope termination.

The enclosed connection structure is suitable for applications where the wire rope needs to be connected to compatible lifting or structural hardware through a closed socket interface.

2. Grooved Socket Body

The grooved internal area is designed to accommodate the wire rope during the socketing process.

Correct rope positioning and an approved socketing procedure are essential for the performance of the completed wire rope sling.

3. Steel Construction

The socket body is manufactured from steel suitable for industrial wire rope termination applications.

Material specifications can be confirmed according to the required product standard, application and testing requirements.

4. Suitable for Wire Rope Slings

G417 sockets can be incorporated into properly engineered wire rope sling assemblies.

Applications can include:

• Crane wire rope slings
• Industrial lifting equipment
• Heavy machinery
• Construction equipment
• Structural wire rope systems
• General rigging assemblies

5. Multiple Sizes

Different G417 sizes are available to match different wire rope diameters.

Important ordering parameters include:

• Wire rope diameter
• Socket body size
• Connection dimensions
• Pin/connection opening
• Overall length
• Surface treatment
• Required load rating

6. Corrosion-Resistant Surface Options

The socket can be supplied with galvanized or other specified surface treatments.

Galvanized finishes can provide additional protection for outdoor, construction and general industrial environments.

Technical Specifications

G417 Spelter Socket Structure

Socket Body

The main steel body provides the structural housing for the wire rope termination and connection area.

Grooved Internal Section

The grooved section accommodates the prepared wire rope during the socketing operation.

Closed Connection

The closed connection interface provides a fixed connection structure for compatible pins or mating components.

Socketing Cavity

The prepared wire rope is positioned inside the socket, followed by the application of an approved spelter or resin material according to the specified termination procedure.

Product Advantages

Applications

Wire Rope Sling

The G417 can be incorporated into wire rope sling assemblies where a socketed termination is required.

The complete sling should be designed according to the required load, rope specification, connection hardware and applicable lifting requirements.

Crane Lifting Systems

G417 sockets may be used in properly engineered crane wire rope assemblies.

The final assembly should be inspected and rated according to the relevant equipment and lifting requirements.

Industrial Rigging

Typical applications include:

• Heavy equipment lifting
• Machinery handling
• Industrial rigging
• Steel structure installation
• Construction equipment
• Material handling systems

Structural Wire Rope Applications

The closed socket configuration can also be used in selected structural wire rope systems where the connection arrangement requires an enclosed termination.

How G417 Spelter Socket Works

A spelter socket forms a wire rope termination by securing the prepared end of the wire rope inside the socket body.

A typical process is:

Wire Rope Preparation → Strand Splaying → Socket Insertion → Rope Positioning → Spelter/Resin Filling → Curing → Inspection

The exact socketing method should be based on the wire rope construction, socket design and approved socketing material.

For critical lifting applications, socketing should be performed by trained personnel using an approved procedure.

G417 Wire Rope Sling Termination Process

Step 1: Confirm Wire Rope Specifications

Before assembly, confirm:

• Wire rope diameter
• Wire rope construction
• Rope grade
• Core type
• Intended application
• Required capacity

Step 2: Select the G417 Socket

Select a socket that is compatible with the actual wire rope diameter and required connection dimensions.

Step 3: Prepare the Wire Rope

Prepare and splay the wire rope end according to the approved socketing procedure.

Step 4: Position the Rope

Insert the prepared rope into the G417 socket and ensure correct alignment.

Step 5: Apply Spelter or Resin

Fill the socket using the approved socketing material and specified process.

Step 6: Cure the Termination

Allow the socketing material to cure fully before the assembly is placed into service.

Step 7: Inspect the Finished Sling

Inspect:

• Socket body
• Rope alignment
• Socketing material
• Connection area
• Wire rope condition
• Visible deformation
• Cracks or corrosion

How to Choose the Correct G417 Socket

1. Match Wire Rope Diameter

The G417 socket should be selected according to the actual wire rope diameter.

A socket that does not match the rope specification may result in an unsuitable termination.

2. Check Wire Rope Construction

The rope construction should be confirmed before ordering.

For example:

• 6×19 wire rope
• 6×37 wire rope
• Compacted wire rope
• Galvanized wire rope
• Rotation-resistant wire rope

The compatibility of the rope construction with the socketing procedure should be verified.

3. Check Connection Dimensions

Confirm the dimensions of the mating component.

Important parameters include:

• Connection opening
• Pin diameter
• Connection width
• Socket length
• Overall dimensions

4. Check Load Requirements

For lifting applications, the complete wire rope sling assembly must be evaluated.

Consider:

• Wire rope strength
• Socket capacity
• Termination efficiency
• Connection hardware
• Sling configuration
• Load direction
• Dynamic loading
• Applicable safety factor

G417 Closed Socket vs G416 Open Socket

The choice between G417 and G416 should be based on the required connection structure rather than simply the socket size.

Manufacturing Process

A typical G417 manufacturing process includes:

Steel Material → Forming → Machining → Grooving → Connection Processing → Surface Treatment → Inspection → Packaging

1. Material Preparation

Steel material is prepared according to the required specification.

2. Forming

The socket body is manufactured according to the G417 design.

3. Machining

Critical dimensions and connection surfaces are machined to the required specifications.

4. Groove Processing

The internal grooved area is processed according to the socket design.

5. Surface Treatment

Galvanizing or other specified finishes can be applied according to the customer's requirements.

6. Quality Inspection

Inspection may include:

• Dimensional inspection
• Visual inspection
• Material verification
• Surface treatment inspection
• Connection dimension inspection
• Proof or load testing where applicable

Safety Considerations

The G417 socket is only one component of a complete wire rope sling.

For safe application:

• Select the correct socket size.
• Confirm the wire rope diameter and construction.
• Follow the approved socketing procedure.
• Use suitable spelter or resin material.
• Allow complete curing before loading.
• Inspect the finished termination.
• Check the wire rope for broken wires, wear and corrosion.
• Check the socket for cracks or deformation.
• Inspect pins and connection hardware.
• Do not exceed the rated capacity of the complete assembly.
• Avoid shock loading.
• Avoid unintended side loading.
• Follow applicable lifting and rigging requirements.

For critical lifting applications, the finished wire rope sling should have appropriate inspection and identification documentation.

OEM & Customization

The G417 grooved closed spelter socket can be supplied for wire rope sling manufacturers, crane equipment suppliers, rigging distributors and industrial buyers.

Customization Options

Product:

• Socket size
• Wire rope diameter
• Connection dimensions
• Material specification
• Surface treatment

Surface:

• Plain steel
• Galvanized
• Other specified finish

Packaging:

• Individual packaging
• Polybag
• Export carton
• Pallet
• Customized labels

Customers can provide a drawing, sample, wire rope specification or required connection dimensions for product matching.

FAQ

Q1: What is a G417 spelter socket?

A G417 spelter socket is a closed-type wire rope termination component used to connect wire rope with compatible lifting, rigging or structural hardware.

Q2: What does “grooved closed” mean?

“Grooved” refers to the socket geometry used to accommodate the wire rope during termination, while “closed” describes the enclosed connection configuration.

Q3: Can G417 be used for wire rope slings?

Yes. G417 can be incorporated into properly engineered wire rope sling assemblies when the socket, rope and termination method are correctly matched.

Q4: What wire rope sizes are available?

Multiple sizes can be supplied. The correct size depends on the actual wire rope diameter and construction.

Q5: Can G417 be galvanized?

Yes. Galvanized surface treatment can be supplied according to the required specification.

Q6: Does the G417 socket itself have a WLL?

The rated capacity of a complete wire rope sling depends on the socket, wire rope, termination method, connection hardware and assembly design. The socket model alone should not be assumed to have a universal WLL.

Q7: Can you provide customized G417 sockets?

Yes. Size, material, surface treatment, packaging and other project-specific requirements can be discussed for OEM and bulk orders.