Solenoid Valve Specifications and Dimensions: 2MS120-500 and 2MSO120-500 Series

Specifications Model 2MS120- 3/8 2MS150- 1/2 2MS200- 3/4 2MS250- 1 2MS320- 1 1/4 2MS400- 1 1/2 2MS500- 2 2MSO120- 3/8 2MSO150- 1/2 2MSO200- 3/4 2MSO250- 1 2MSO320- 1 1/4 2MSO400- 1 1/2 2MOS00- 2 Port Size 3/8" NPT 1/2" NPT 3/4" NPT 1" NPT 1 1/4" NPT 1 1/2" NPT 2" NPT 3/8" NPT 1/2" NPT 3/4" NPT 1" NPT 1 1/4" NPT 1 1/2" NPT 2" NPT Orifice 12mm 15mm 20mm 25mm 32mm 40mm 50mm 12mm 15mm 20mm 25mm 32mm 40mm 50mm Cv 4.5 4.5 7.6 12 22 30 48 4.5 4.5 7.6 12 22 30 48 Valve Type Two-Way, High Temperature Action Pilot Piston De-Energized State Normally Closed (NC) Normally Open (NO) Body Material 304 Stainless Steel Seal Material PTFE (Teflon) Operating Temperature -4°F to 356°F (-20°C to 180°C) Operating Pressure Standard Option 2 to 232PSI 6PSI to 232PSI 6PSI to 174PSI 6PSI to 116PSI Medium Pressure Option (M) AC Coil: DC Coil: 6PSI to 580PSI 6PSI to 725PSI High Pressure Option (H) 87PSI to 1450PSI 87PSI to 1160PSI Electrical Connection Standard Option: *Upgrade Option: DIN 43650A ATEX Explosion Proof Coil *Only Available for High Pressure Option (H) DIN 43650A Coil Power AC Coil: DC Coil: 22-28VA 12-30W Voltage Options 12VDC 24VDC 24VAC 110/120VAC (50/60Hz) 220/240VAC (50/60Hz) Voltage Tolerance ±10% of Specified Voltage Ingress Protection IP65 Insulation Class H Class Coil Duty 100% ED, Continuous Duty Installation No Orientation Requirement Service Steam, Air, Liquid Download Drawings 3D STEP 2MS120- 3/8 2MS150- 1/2 2MS200- 3/4 2MS250- 1 2MS320- 1 1/4 2MS400- 1 1/2 2MS500- 2 2MSO120- 3/8 2MSO150- 1/2 2MSO200- 3/4 2MSO250- 1 2MSO320- 1 1/4 2MSO400- 1 1/2 2MSO500- 2 3D PDF 2MS120- 3/8 2MS150- 1/2 2MS200- 3/4 2MS250- 1 2MS320- 1 1/4 2MS400- 1 1/2 2MS500- 2 2MSO120- 3/8 2MSO150- 1/2 2MSO200- 3/4 2MSO250- 1 2MSO320- 1 1/4 2MSO400- 1 1/2 2MSO500- 2 3D Solidworks 2MS120- 3/8 2MS150- 1/2 2MS200- 3/4 2MS250- 1 2MS320- 1 1/4 2MS400- 1 1/2 2MS500- 2 2MSO120- 3/8 2MSO150- 1/2 2MSO200- 3/4 2MSO250- 1 2MSO320- 1 1/4 2MSO400- 1 1/2 2MSO500- 2 2D AutoCAD 2MS120- 3/8 2MS150- 1/2 2MS200- 3/4 2MS250- 1 2MS320- 1 1/4 2MS400- 1 1/2 2MS500- 2 2MSO120- 3/8 2MSO150- 1/2 2MSO200- 3/4 2MSO250- 1 2MSO320- 1 1/4 2MSO400- 1 1/2 2MSO500- 2

Dimensions 2MS120-500 & 2MSO120-500 Series Solenoid Valve Dimensions Model Port A B C D E 2MS120-3/8 3/8" NPT 137.8 124.3 70.0 62.9 54.3 2MS150-1/2 1/2" NPT 137.8 124.3 70.0 62.9 54.3 2MS200-3/4 3/4" NPT 149.1 132.4 73.8 62.9 58.4 2MS250-1 1" NPT 158.6 138.6 92.3 62.9 69.6 2MS320-1 1/4 1 1/4" NPT 177.9 150.9 116.1 62.9 84.7 2MS400-1 1/2 1 1/2" NPT 182.4 153.4 122.0 62.9 90.5 2MS500-2 2" NPT 198.9 163.9 167.9 62.9 117.6 2MSO120-3/8 3/8" NPT 154.1 140.6 70.0 62.9 54.3 2MSO150-1/2 1/2" NPT 154.1 140.6 70.0 62.9 54.3 2MSO200-3/4 3/4" NPT 164.1 147.4 73.8 62.9 58.4 2MSO250-1 1" NPT 174.9 154.9 92.3 62.9 69.6 2MSO320-1 1/4 1 1/4" NPT 194.2 167.2 116.1 62.9 84.7 2MSO400-1 1/2 1 1/2" NPT 198.3 169.3 122.0 62.9 90.5 2MSO500-2 2" NPT 213.8 178.8 167.9 62.9 117.6 Dimensions for Reference Use Only: Units in mm

2MS Series: 2/2 Pilot Piston Normally Closed Solenoid Valve
The 2MS Series valves are 2 way, normally closed, internal pilot piston solenoid valves. When the coil is energized, it lifts the pilot valve off the top of the piston ring and pressure under the piston ring forces the piston up to open the main valve orifice. When the coil is de-energized, the pilot valve returns to close the pilot orifice and pressure across the piston ring is equalized through a timing orifice in the side of the piston or in the valve body. The piston spring returns the piston to close the main valve orifice.


2MSO Series: 2/2 Pilot Piston Normally Open Solenoid Valve
The 2MSO series valves are 2 way, normally open, internal pilot piston solenoid valves.
To Close: when the valve is energized, it repels the plunger and forces the plunger to close the main orifice. The system pressure builds up on the top of the piston because fluid enters through the bleed orifice, forcing the piston down until it covers the main orifice and stops media flow through the valve.
To Open: When the valve is de-energized, it releases the plunger and the spring pushes the plunger away from the pilot orifice, allowing fluid to flow out and causing the system pressure holding the piston closed to drop. As system pressure on the top of the piston is reduced, full system pressure on the opposite side of the piston acts to lift the piston away from the main orifice, which allows the full media flow through the valve.

ALL standard valves are supplied with Continuous Duty Coils of the proper class of insulation for the service indicated on the valve. It is normal for the coil temperature may become hot after being energized for extended periods. Smoke or burning odor indicates excessive coil temperature and the power should be disconnected to the coil immediately.

SERVICE LIFE: The service life of the solenoid valve depends on the operating conditions such as pressure, temperature, type of medium, and the voltage.



Electrical Coil Connections

• To Connect a DIN Coil:
  
  • Remove the Philips screw from the plastic housting & unplug from the DIN coil.
  • Use the removed screw to push the terminal block out of the plastic DIN housing.
  • Note the "1", "2", and ground "⏚" symbols.
    • For DC DIN Coils, connect "1" to your positive lead and "2" to your negative lead.
    • For AC DIN Coils, connect "1" to your HOT lead, "2" to your NEUTRAL lead, and "⏚" to your ground lead, if required.
• 
  To Connect a Grommet Coil:
  
  
  • For DC Coils, connect the red wire to your positive lead and the black wire to your negative lead.
  • For AC Coils, connect the black wire to your HOT lead and the white wire to your NEUTRAL lead.
  • For Coils provided with Molded Cables, the color of the wire indicates the type of lead:
    • GREEN = Ground Wire
    • BLUE = Positive or HOT Wire
    • BROWN = Negative or Neutral Wire