Solenoid valve Yoshitake DP-100,100F DP-100-C, 100F-C

The solenoid valve is opened and closed by moving a steel element called a plunger under the influence of solenoid electromagnetic forces and is used to control the flow of fluid in pipelines (open-close control).

• Ultra-advanced technology ensures high precision in work.
• Three times more durable than standard models.
• Anti-Stick Mechanism (ASM) provides up to three times deposit resistance.
• Stainless steel body and main parts provide higher
• corrosion resistance, which ensures the purity of the liquid.
• The combo internal assembly allows for easy cartridge replacement of an installed product.

Models DP-100, DP-100-C

Models DP-100F, DP-100F-C

Nominal sizing diagram (for steam)

How to use a chart

When selecting the nominal size of the solenoid valve with inlet pressure (P1), outlet pressure (P2) and steam flow (W) (saturated steam) 0.5 MPa, 0.3 MPa and 800 kg / h, respectively, first find the point intersection (a) of lines P1 = 0.5 MPa and P2 = 0.3 MPa. From this point, draw a line down to the intersection with the line corresponding to the flow rate W = 800 kg / h - the point of intersection (b). Since this intersection point (b) lies between the nominal sizes 25A and 32A, choose the larger of the two, 32A.

Nominal sizing diagram (for air)

How to use a chart

When selecting the nominal size of the solenoid valve at inlet pressure (P1), outlet pressure (P2) and air flow (Q) (20 ° C) 0.5 MPa, 0.3 MPa and 800 m3 / h (standard conditions), accordingly, first find the point of intersection (a) of the lines P1 = 0.5 MPa and P2 = 0.3 MPa. Draw a vertical line downward from this point (a) to the point of intersection (b) with the line Q = 800 m3 / h (standard conditions). Since this intersection point (b) lies between the nominal sizes 20A and 25A, choose the larger of the two, 25A.

Nominal sizing diagram (for water)

How to use a chart

When selecting the nominal size of the solenoid valve with inlet pressure (P1), outlet pressure (P2) and flow (V) 0.5 MPa, 0.3 MPa and 300 l / min, respectively, first find the intersection point (a) of the lines differential pressure (∆P = 0.5 - 0.3 = 0.2 MPa) and V = 300 l / min. Since this intersection point (a) lies between dimensions 25A and 32A, choose the larger of the two, 32A.