T-Drill

T-DRILL PLUS 115 SST Collaring System

A portable attachment system for larger stainless-steel branch outlets. Review the base machine, tooling and capacity chart with Logamweld Malaysia.

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T-DRILL PLUS 115 SST Collaring System
T-DrillPLUS 115

Product Overview

PLUS 115 SST is a capacity-expanding attachment system for compatible T-DRILL collaring equipment. The supplied brochure describes stainless-steel branching with larger formed outlets and a process that includes pilot-hole milling, collaring and trimming.

For an enquiry in Malaysia, identify both the required branch and the base machine. The attachment should be discussed as part of a complete compatible system, including forming heads and clamps, rather than selected only from the 115 model name.

Key Specifications

Equipment role
Capacity-expanding portable collaring attachment system
Material
Stainless-steel pipe branching
Branch range in supplied brochure
48.3–114.3 mm; chart and tooling conditions apply
Run-tube chart in supplied brochure
60.3–219.1 mm; permitted combinations vary
Preparation
Pilot-hole milling, collaring and trimming
Compatibility
Confirm the exact base machine, forming heads and clamps

Review larger branches within the portable system

The manufacturer presents PLUS 115 SST for process-piping, construction, renovation and maintenance requirements. It extends the branch-outlet capability of the compatible base equipment. This can be relevant when a project includes outlet sizes above the range of a smaller portable setup.

  • List every required run-pipe and branch combination.
  • Show whether the work is at a fixed workstation or an installation site.
  • Identify the finished joint and the intended welding route.

Pilot-hole shape and collar preparation

The brochure describes an adjustable mechanism for preparing the elliptical pilot hole, collar-height adjustment and adjustable collaring heads. Milling, collaring and trimming make up the documented preparation sequence.

The branch can then be joined using the specified welding process. If orbital welding is part of the project, include that requirement in the enquiry so the collar preparation and downstream equipment can be considered as separate, coordinated parts of the workflow.

Use the matrix for the actual stainless-steel pipe

The chart pairs run-tube size and branch diameter with a wall-thickness limit. The 114.3 mm maximum branch figure does not mean that outlet can be formed on every smaller run pipe shown in the brochure. Start with the dimensions on your drawing and check the permitted combination.

If the project uses nominal pipe sizes or schedules, also provide the actual OD and wall thickness. This avoids selecting a tool or clamp from a nominal designation alone.

Identify the base machine before ordering

The supplied document refers to the T-54 SST machine, while equipment and document names can include other related variants. Send the full machine designation and, for existing equipment, the identification details needed to confirm the proposed attachment.

Ask for the quotation to identify the base machine, PLUS attachment, collaring heads, milling and trimming tools, and clamping arrangement. This makes the requested scope clearer than an attachment-only price enquiry without the supporting equipment.

Prepare a PLUS 115 SST enquiry locally

Send the pipe drawing, material grade, run/branch dimensions and existing base-machine details to Logamweld. Add the Malaysian work location, working access and project timeline.

Choose your preferred channel to discuss the requirement with the Shah Alam team. Ask for confirmation of compatibility, the applicable capacity chart, the proposed tooling package and any additional assistance you want included in the quotation.

Questions before you choose PLUS 115

Is PLUS 115 SST a standalone collaring machine?

It is presented as a capacity-expanding attachment system used with compatible base equipment. The complete machine and tooling arrangement needs to be identified in the quotation.

Can the 114.3 mm branch maximum be applied to every run-pipe size?

Use the actual run-pipe, branch and wall-thickness combination in the chart. The maximum branch dimension alone is not sufficient to confirm an application.