Series 58 Model 583 - Exhaust to Atmosphere


3-Way Normally Closed Valve (Exhaust to Atmosphere)


Easily interfaced with circuit boards and miniaturized components. The versatility is for connecting electronic signals to pneumatic outputs. The small size is ideal for stand alone (with #10-32 UNF-2B ports) or multiple valves mounted on one manifold. Air and other common gases — filtration recommended — 30 microns or less.

  • May be used to "pilot" larger valves.
  • Ideal for micro electronic production equipment.
  • Great for medical and chemical analytical applications.
  • Can operate directly from most programmable controllers.
  • High quality engineering.
Valve specifications — Series 58 Model 583 - Exhaust to Atmosphere
MAX. OPER.
PRESS. DIFF.
ORIFICE SIZECV FACTORVALVE NUMBER
DCINLETEXHINLETEXHLEADWIRE
3000.6 mm0.6 mm.010.010583AA19DGM
3000.6 mm0.8 mm.010.020583AF19DGM
2500.8 mm0.8 mm.020.020583FF19DGM
1451.0 mm1.0 mm.030.030583MM19DGM
1001.2 mm1.2 mm.034.034583WW19DGM

* Stainless Steel Bodies

Ordering Information:

When ordering valves or repair packs add voltage and frequency to complete valve number. for examples: valve (582M19DGM 120/60) repair pack (K582M19 AC)

When ordering operators add the letter “O” to the front of the valve number, replace body port number with the letter “D”: example: operator (O582MDDGM 120/60)


Operating Conditions

Media
Air and other common gases — filtration recommended — 30 microns or less.
Valve Temperature Range
Standard Valves – 5°F (-15°C) to 122°F (50°C) ambient; media.
Maximum Operating Pressure Differentials
See table above.
Burst Pressure
1500 PSI
Leakage
Bubble tight for standard valves.
Vacuum
To 5 Microns*

Electrical Characteristics

Coil Voltage
12, 24/DC
Nominal Power
DC — 3.5 Watts
Coil Construction
Molded Class A with leadwires
Typical Response Time on Air
DC — 9 Milliseconds
Operating Speed
Up to 1000 CPM
Duty Cycle
Continuous

Mechanical Characteristics

Body
Polyester Plastic (Std.), Stainless Steel (Opt.)
Internal Components
Stainless Steel
Elastomers
Nitrile (Buna) (Std.). Many other elastomers available.*
Orifice Diameter
See table above.
Porting
#10-32 UNF-2B
Life Expectancy
Millions of cycles, depending on application, lubrication, etc.
Valve Weight
0.13 lbs
Repair Packs
See table above.
Options
Round Stainless Steel, Male Stud Mount, and Manifold Mount*

Series 58 Model 583 (exhaust to atmosphere) Molded Leads

Technical drawing — 3WNC EXHAUST TO ATMOSPHERE MOLDED COIL WITH LEADS PLASTIC BODY WITH 10-32 PORTS
3WNC EXHAUST TO ATMOSPHERE MOLDED COIL WITH LEADS PLASTIC BODY WITH 10-32 PORTS
Technical drawing — 3WNC EXHAUST TO ATMOSPHERE MOLDED LEAD STYLE COIL STAINLESS STEEL BODY WITH 10-32 PORTS
3WNC EXHAUST TO ATMOSPHERE MOLDED LEAD STYLE COIL STAINLESS STEEL BODY WITH 10-32 PORTS
Technical drawing — 3WNC EXHAUST TO ATMOSPHERE MOLDED LEADS COIL MANIFOLD MOUNT PLASTIC BODY
3WNC EXHAUST TO ATMOSPHERE MOLDED LEADS COIL MANIFOLD MOUNT PLASTIC BODY
Technical drawing — 3WNC EXHAUST TO ATMOSPHERE MOLDED LEADS COIL STUD MANIFOLD MOUNT WITH STAINLESS STEEL BODY
3WNC EXHAUST TO ATMOSPHERE MOLDED LEADS COIL STUD MANIFOLD MOUNT WITH STAINLESS STEEL BODY
 

 

Nomenclature, 58 series

Cv Flow Formulae

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
PSI
GPM
Calculate Cv
GPM
PSI
Calculate P1−P2
GPM
PSI

Gas Flow P2 > 53% of P1 (subsonic)

Calculate Flow in CFM
PSIA
PSIA
°R
CFM
Calculate Cv
CFM
PSIA
PSIA
°R
Calculate P1 (approx.)
CFM
PSIA
°R
PSIA
Calculate P2 (approx.)
CFM
PSIA
°R
PSIA

Gas Flow P2 < 53% of P1 (sonic)

Calculate Flow in CFM
PSIA
°R
CFM
Calculate Cv
CFM
PSIA
°R
Calculate P1
CFM
°R
PSIA

DISCLAIMER: Gas flow is only an approximation using Cv.