Mounting template PRESS-GAS, 1/2"

Product detailed description

Mounting templates are essential components in gas system installations where precise alignment and secure fixing of transitions are required. These templates ensure correct positioning of fittings during installation in residential and commercial buildings. Gas systems often involve transitions between different pipe diameters or connection types, requiring reliable tools for accurate assembly. This template is specifically adapted for use with IVAR.PT 5613-GAS transitions, ensuring compatibility and structural integrity in press-fitting systems.

Installers working with gas systems typically deal with tight tolerances and high-pressure environments, making the use of dedicated mounting tools crucial. The template ensures that the transition is correctly aligned with the surrounding piping and wall structure, preventing misalignment that could lead to leaks or pressure loss. Its design allows for fast and repeatable installation, which is particularly valuable in large-scale projects involving multiple identical fittings.

Technical parameters

Material	Templates
Weight	0.043 kg
Code	610012GAS
Brand	IVAR

The technical parameters define the template’s compatibility with specific transition models and connection sizes. The stated dimensions (1/2 inch F x 20, 3/4 inch F x 20 and 3/4 inch F x 26) indicate the range of fittings that can be secured using this tool. The material choice (galvanised steel and chrome-plated sheet metal) ensures durability and resistance to corrosion, which is critical in environments where exposure to moisture or chemicals may occur.

Installation and connection

To install the template, position it over the transition and align with the wall or pipe surface. Secure the template using appropriate fastening methods to prevent movement during installation. Check that the transition is fully seated and aligned with the template before proceeding with final tightening. Common installation errors include incorrect alignment of the template or failure to secure it firmly, both of which can lead to misaligned transitions or compromised sealing.

Compatibility and accessories

This template is specifically designed for use with IVAR.PT 5613-GAS transitions and their associated cover roses. It is compatible with internal thread sizes of 1/2 inch F x 20, 3/4 inch F x 20 and 3/4 inch F x 26. No additional accessories are required for standard installation, although specific tools may be needed for press-fitting the transition onto the pipe.

Technical background for designers

The template operates by providing a rigid reference point for the transition during installation. Galvanised steel offers high tensile strength and resistance to environmental factors, while the chrome-plated cover rose provides a smooth, corrosion-resistant finish. The template integrates into the overall system by ensuring that the transition is fixed in the correct orientation relative to the pipe and wall. Long-term performance depends on proper installation and the quality of the press-fit connection.

Service and operation

Regular visual inspections should be carried out to ensure the template remains securely attached and that the transition shows no signs of wear or misalignment. There are no scheduled service intervals specified for this component. Any damage to the template or transition should be addressed immediately to maintain system integrity.

Frequently asked questions

Can the template be used with other transition models?
No, it is specifically designed for IVAR.PT 5613-GAS transitions with the specified internal thread sizes.

Is the template reusable after installation?
It is intended for single-use during the fitting process and is not designed for repeated removal and reinstallation.

Does the template affect the sealing of the transition?
No, it does not interfere with the press-fit sealing mechanism and is removed after the transition is fully secured.

What should be checked before final tightening?
Ensure the template is aligned with the transition and wall surface, and that the transition is fully seated and not twisted.