Overview

The document presents technical information about the T110 Series pneumatic and water couplings manufactured by Tekno-Met. These couplings are designed for industrial water and pneumatic applications, emphasizing corrosion resistance, minimal pressure loss, and high flow rates.

Technical Specifications

• Materials: Standard versions use brass (nickel-plated) for coupling bodies, plugs, sleeves, and nipples. Balls and springs are made of stainless steel (types 303 and 316L available). Seals are typically Nitrile (N), with options for FPM (V) and EPDM.
• Temperature Range: Nitrile seals: -20°C to +100°C; FPM seals: -20°C to +180°C; EPDM seals: -40°C to +150°C.
• Working Pressure: Maximum 15 bar (217 PSI).
• Flow Characteristics: Graphs indicate pressure drop versus flow rate for air and water, showing low pressure loss at high flow rates.

Product Features

• Corrosion resistant construction suitable for industrial water applications.
• High flow rate capability with minimal pressure drop.
• Interchangeability with DYROS 100 and NITO 1/2" (5350) series.

Product Range and Options

The T110 Series includes various coupling types and sizes, with detailed ordering numbers for each variant. Key product types include:

• Couplings without valves.
• Female and male thread plugs (BSP and metric threads).
• Standard hose tail sockets and plugs.
• Check valves for washing machines (one-way valves).
• Reductions (adapters) for different thread sizes.
• Couplings designed for temperature regulation applications.

Materials options include steel, 316L stainless steel, and 303 stainless steel, with seal options such as FPM (V).

Dimensions and Ordering Information

The document provides detailed dimensional data (diameters, lengths, thread sizes) for each coupling variant, facilitating precise selection for specific applications. Ordering numbers correspond to size and type, including BSP and metric thread standards.

Summary of Critical Parameters

• Maximum working pressure: 15 bar (217 PSI).
• Temperature ranges vary by seal material, up to +180°C for FPM.
• Material construction ensures corrosion resistance and durability.
• Wide range of sizes and connection types to suit various industrial needs.

Best Practices and Recommendations

• Select seal material based on operating temperature and fluid compatibility.
• Ensure compatibility with existing systems by referencing interchangeability notes.
• Use appropriate coupling type (with or without valve) depending on application requirements.
• Consider corrosion resistance and pressure drop characteristics when designing fluid systems.