Order 13MHHV200 by Dixon Valve Single Pin Heavy Duty Clamp - US Mega Store

2" Sch 5S/10S Single Pin HD Clamp 304SS

Dixon 13MHHV Single Pin Heavy Duty Pipe Clamps are constructed from 304 stainless steel and intended for use with Schedule 5 and Schedule 10 pipe ferrules. These cross hole wing nut style clamps allow for quick and easy tightening without the need for tools.<br><br>Dixon offers a complete line of replacement components and accessories to compliment their clamps. While these clamps are designed for heavy duty applications, over time the wear and tear of repeated change outs will start to take a toll. So, whether it's a lost wing nut, bent rivet pin, or cross threaded bolt, we have you covered! You can even upgrade these clamps with a Spring Loaded Nut or Torque-Rite Nut for added security in high vibration or PTFE creep environments.<br><br><b>Safety Note:</b> Service pressure ratings are based on the following parameters: matching elastomer gaskets and weld ferrules properly aligned and assembled with the clamps tightened to required torques. Tests are done hydrostatically with no water hammer or shock loads. Please note the pressure ratings of the described unions may be above the recommended pipe line operating pressures.

<p><strong>Dixon, 13MHHV200, 2" Stainless Pipe Size Single Pin Heavy Duty Clamp</p><p>Use</strong></p><ul><li>Wing nut tightened to 25 in. lbs. torque</li><li>Please note in sizes 1/2" through 12" pipe is known by its nominal inside diameter, which differs from its actual inside diameter. To distinguish pipe sizes from actual measured diameters as used for tube, the terms iron pipe size (IPS) or nominal pipe size (NPS) are usually used. For all pipe sizes, the outside diameter (OD) remains constant; the variations in wall thickness affect the inside diameter (ID).</li></ul><p><strong>Safety notes</strong></p><ul><li>Service pressure ratings are based on the following parameters: matching elastomer gaskets and weld ferrules properly aligned and assembled with the clamps tightened to required torques. Tests are done hydostatically with no water hammer or shock loads.</li></ul>