MAGNETIC TYPE NOZZLE HOLDER [Model NH-SH1] CATALOG

Increased holding power!!


NH-SH1
 [Application]
This holder is used to supply cutting fluid or air to machine tools. This can also be used to remove chips and particles produced during electric discharge machining by injecting cutting liquid.

[Features]
  • The powerful magnet enables the holder to be mounted in any position easily.
  • The nozzle tip can be positioned in any posture and at any angle.
  • The holder is equipped with a valve to enable adjustment of the flow rate.
  • The employment of a copper pipe flexible part has increased the holding power twice as large as the conventional model (NH-M1). The posture of the flexible part can be maintained even when releasing high pressure air.
  • The flow rate can be adjusted at the nozzle tip.
  • The flexible part can be mounted on a conventional magnet by using a screw conversion joint.



[mm(in)]
Model Holding Power Nominal Size Inlet Dia. Hose Length No. of Outlets Mass
NH-SH1 245N(25kgf) φ70(2.75)×31(1.22) φ9(0.35) 412(16.2) 1 pc 1kg/2.2lb
※Upper limit of pressure c Metallic flexible hose : 0.6 MPa max. (Upper limit of flow rate: 3 liters/min. max.) However, depending on releasing angles, the posture of the hose may be changed by a jetting pressure even when the air/liquid pressure is below the upper limit. In such a case, turn the valve to reduce the flow rate.
※The holding power is based on a test piece of SS400, 10 mm thick, ground surface.
※The magnet section of NH-SH1 is common with NH-M1 and NH-P1 and therefore, the upper section is interchangeable for mounting. However, for installation of NH-SH1 flexible hose on NH-P1 and M1, a screw conversion joint needs to be procured separately.
※NH-SH1 flexible part dia.: φ9 mm
※Copper pipe is used for the NH-SH1 flexible part and therefore this model must not be used in liquids containing components that corrode copper.
※The NH-SH1 flexible part cannot be used in applications where it is bent more than 90 degrees or flexed repeatedly in the same point as such operations will damage the copper pipe.