Series 80 Model 828


2-WAY NORMALLY CLOSED Valve


PeterPaul offers large orifice solenoid valves to address process industry requirements for high flow rate or quick dump and fill capacity. These AC or DC powered valves are suited for gas and liquid applications. Port sizes for pilot lift, two way normally closed 1/2” to 1” NPT, with pressure differentials from 3 to 200 PSI.

  • Large orifice sizes for high flow applications.
  • Body materials as listed.
  • Pilot operated.
  • NPT threaded connections.
  • Same coils and housings as our popular 20 Series.
MAX. OPER.
PRESS. DIFF.
MIN. OPER.
PRESS. DIFF.
ORIFICE SIZECV FACTORVALVE NUMBER
GROMMET HOUSING
CONDUIT HOUSINGPROCESS
CONNECTION
ACDC

20020031/24.0828B12DGM828B12DCM1/2"
200200319.0828D29DGM828D29DCM3/4"
2002003113.0828D23DGM828D23DCM1"

Ordering Information:

Seal Material: Replace ∆ with desired code - L = Nitrile (Buna) S = Low Temp Buna. N = FKM* E = Neoprene A = EPDM

When ordering valves or repair packs add voltage and frequency to complete valve number. for examples: valve (828B12DGM 120/60) repair pack (K828B12DD AC)

No operator available


Operating Conditions

Media
Air, water, and other fluids compatible with Buna seals.(Series 80 pressure ratings may change due to the viscosity of the liquid.)*
Valve Temperature Range
Standard Valves – 0°F (-18°C) to 104°F (40°C) ambient; 0°F (-18°C) to 150°F (65°C) media. Optional Valves – can tolerate much higher or much lower ambient and media temperatures.*
Maximum Operating Pressure Differentials
200 PSI
Leakage
Bubble tight.

Electrical Characteristics

Coil Voltage
12/DC, 24/DC, 48/DC, 125/DC, 120/60-110/50, 240/60, and 24/60.
Nominal Power
AC — 7.7 Watts DC — 9.5 Watts
Coil Construction
Molded Class F, (Opt.) Potted Class F or Class H
Operating Speed
Up to 100 CPM
Duty Cycle
Continuous

Mechanical Characteristics

Internal Components
Stainless Steel. Copper – AC Only.
Elastomers
Nitrile (Buna) (Std.).
Orifice Diameter
See table above.
Housing
Grommet and 1/2" NPT conduit
Life Expectancy
Millions of cycles, depending on application, lubrication, etc.
Repair Packs
See table above.
Options
Spade Terminal Coil, DIN, and Magnetic Latching Coil

Series 80 Internal Pilot Valves Conduit

2WNC Conduit Connection — 1/2" NPT Ports

2WNC CONDUIT CONNECTION
1/2" NPT PORTS
 

2WNC Conduit Connection — 1" NPT Ports

2WNC CONDUIT CONNECTION
1" NPT PORTS
 

Series 80 Internal Pilot Valves DIN

2WNC DIN Coil — 1/2" NPT Ports

2WNC DIN COIL
1/2" NPT PORTS
 

2WNC DIN Coil — 1" NPT Ports

2WNC DIN COIL
1" NPT PORTS
 

Series 80 Internal Pilot Valves Grommet

2WNC Grommet — 1/2" NPT Ports

2WNC GROMMET
1/2" NPT PORTS
 

2WNC Grommet — 1" NPT Ports

2WNC GROMMET
1" NPT PORTS
 

Series 80 Internal Pilot Valves Yoke Leads

2WNC Yoke with Leads — 1/2" NPT Ports

2WNC YOKE-LEADS
1/2" NPT PORTS
 

2WNC Yoke with Leads — 1" NPT Ports

2WNC YOKE-LEADS
1" NPT PORTS
 

Series 80 Internal Pilot Valves Yoke Spades

2WNC Yoke with Spade Terminals — 1/2" NPT Ports

2WNC YOKE-SPADES
1/2" NPT PORTS
 

2WNC Yoke with Spade Terminals — 1" NPT Ports

2WNC YOKE-SPADES
1" NPT PORTS
 

Nomenclature, all valve series except 58

PeterPaul has created this page for you so you can calculate the flow or Cv (flow coefficient) to make the relationship visible between the pressure drop (the difference in pressure between two points of a liquid/gas carrying network) and the flow rate.

The use of this flow coefficient (Cv) calculator offers a standard calculation to compare valve capacities and sizing for a wide range of applications. The type and sizing of a valve or regulator can have a large impact on the performance of the assembly for transferring gas or liquids in the system.

Our sales department is ready to answer questions and to solve your valve needs. Please feel free to call, chat or email us.

Liquid Flow

Calculate Flow in GPM


Calculate Cv


Calculate P1-P2


Gas Flow P2 > 53% of P1 subsonic

Calculate Flow in CFM


Calculate Cv


Approx. Calculate P1


Approx. Calculate P2


Gas Flow P2 < 53% of P1 sonic

Calculate Flow in CFM


Calculate Cv


Calculate P1