John Guest 12MM Ring Main Stem Elbow

Product Description

Power Transmission & Flow Control, Pneumatics & Hydraulics, Pneumatic Connectors & Fittings, Ring Main Fittings

Stem Elbow Provides a Swivel type connector. Push-fit System - Compressed Air Range of push-in fittings and pipe provide the ideal connection from compressor to air-line service components through to complete ring main and take off points. A compressed air system can be installed quickly and easily, reducing the need for specialist staff providing reduced production down time. All the connections can be made with a simple push-in action, no need to prepare threaded pipe or solvent. The system will be ready for use immediately and complex systems much more rapidly than traditional methods. Because of the ease of use, this system can be disconnected, altered and extended. Suitable for use with a wide range of plastic and soft metal pipes including UPVC, ABS, Polyethylene, nylon, mild steel and copper. It is recommended that all installations are checked prior to use to determine that a seal has been made. The maximum torque figures quoted are dependent on the mating thread conforming to the relevant British or International thread standard. Designed to simplify pipe connections in restricted spaces, the Stem Elbow gives an instant swivel fitting so a pipe can be orientated in any direction. Can be used with an elbow to make 'U' turn connection. Please note a collet cover cannot be used on a Speedfit end assembled with the stem of a 22mm Stem Elbow. Can be used with a Tee. Working Temperature Range Minimum Working Temperature -20C Maximum Working Temperature +70C Working Pressure Temperature: +23C. Pressure: 10bar. Temperature: +70C. Pressure: 7bar. Tolerances Size: 12mm to 28mm OD. Tolerance: +0.05 to -0.10mm OD. Maximum Torque Values Size: 3/8. Plastic threads: 3.0Nm. Metal threads: N/A. Size: 1/2. Plastic threads: 3.0Nm. Metal threads: 4.0Nm. Size: 3/4. Plastic threads: 4.0Nm. Metal threads: 5.0Nm. Size: 1. Plastic threads: N/A. Metal threads: N/A.