(with no condensation)1000 VAC for 1 minute between terminals and housing50 M7 or more (500 VDC measured via megohmmeter) between terminals and housingCE marking, UL (CSA), RoHSPPS, FKM, CPVCNon-grease25A270 g355 g
10 to 100 L/min, Integrated type, DIGITAL FLOW SWITCH, INSTRUMENTATION, IFW/PFW FLOW SWITCH, G, IFW/PFW 3/4INCH, 1.12067 lb
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
Mist separator , Can be used in a more compact modular design , Bowl can be attached and detached with one hand , Turn proof structure at pressurized state for bowl removal , Standard drain cock for one-touch drain exhaust. , Cost effective and clean looking design. , Rc, G(PF) or NPT threads, MIST SEPARATOR, MODULAR, AIRLINE EQUIPMENT, AFM MASS PRO, DC, AFM 1/4INCH MODULAR (NPT), 1.32277
0.5 MPa (Note 1)Opening/Closing stroke (mm)Mass (g)External gripInternal gripMHS4-63D63Air0.1 to 0.6?
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.
MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.