-40%
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW
Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW

Matheson Tri Gas, 3121-580, 3120 Series, 3500 Max Inlet Press, Regulator // NEW

$ 184.8

Availability: 100 in stock
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • Restocking Fee: No
  • All returns accepted: Returns Accepted
  • Brand: Matheson Tri Gas
  • Refund will be given as: Money Back
  • Condition: New
  • MPN: 3539-A580

    Description

    Matheson Model 3539A Single Stage High Purity Chrome Plated Brass Regulator, CGA-580,
    Delivery
    Pressure
    Range
    0-125 PSIG, SEQ3539A580
    CONDITION: NEW
    ALL PICTURES ARE OF THE ACTUAL ITEM
    From a Pet-free Non-smoking home.
    Matheson Model 3539A Single Stage High Purity Chrome Plated Brass Regulator
    SEQ3539A, CGA-580
    A CGA fitting is the standardized system for the attachment of a compressed gas cylinder to the required regulator or transfer line. The three digit number, CGA (XXX), corresponds to specific gasses which that fitting is tailored for. See CGA Connection Chart.pdf in the downloads section for specific gas types compatible with this Nickel Plated Brass CGA-580 fitting.
    Regulator Specifications
    Maximum Inlet Pressure: 3000 psig (20,700 kPa)
    Maximum Flow Rate: 2400 SCFH (1128 SLPM)(At 2000 psig, N2)
    Flow Capacity (Cv): 0.08
    Operating Temperature: -15°F to 140°F (-26°C to 60°C)
    Porting (Regulator Body): 1/4” NPT Female
    Porting Configuration: 3 High, 3 Low
    Delivery
    Pressure
    Range
    : 0-125 PSIG
    Delivery Pressure Gauge: Vac-0-200 PSIG
    Cylinder Pressure Gauge: 0-4000 PSIG
    This is a Matheson Single Stage Chrome Plated Brass regulator with a 1/4 in compression tube outlet connection and 1/4 in FNPT body porting. It comes equipped with 2-1/2 inch inlet and delivery pressure gauges, an outlet diaphragm valve, metal to metal seals, chrome plated bonnet, and a Teflon seat.
    This Matheson series 3530A, model # 3539A regulator is to be used in applications requiring delivery pressures up to 125 PSIG and can accept a maximum inlet pressure of 3000 PSIG. SUITABLE for a variety of chromatography applications requiring the supply of carrier gas/detector support gas. NOT suitable for any application requiring the supply of corrosive gas (non-corrosive gas applications only).
    Gas Chromatography Detectors which can use the 3539A Regulator:
    Flame Ionization Detector (FID)
    Thermal Conductivity Detector (TCD)
    Nitrogen Phosphorus Detector (NPD)
    Flame Photometric Detector (FPD)
    Photoionization Detector (PID)
    Electrolytic Conductivity Detector (ELCD or Hall Detector)
    Electron Capture Detector (ECD)
    Single-Stage vs. Two-Stage
    Both single-stage and two-stage regulators operate by reducing the pressure of gas supplied by a cylinder to an appropriate output level. The intake and delivery pressure ranges of regulators do not depend on how many stages they have, but by each regulators mechanical characteristics. When considering a single vs. a two-stage regulator there are two things to keep in mind: Droop and Supply Pressure Effect. Droop is the decrease in output pressure caused by an increase in flow rate. Supply Pressure Effect is simply the variation in delivery pressure from the cylinder to the regulator.
    Single Stage regulators will experience less droop with varying flow rates but a large supply pressure effect and need to be monitored and adjusted by an operator or used in applications where supply pressure will remain constant. Two-Stage regulators inherently control for variations in supply pressure while producing a constant output and therefore can be used without an operator present and in applications which require a very specific delivery pressure.