Spirax Sarco 67201, S4A Steam Separator, 6 in, ANSI 300 Flange, 150 psi Operating, 35.8 in W Face to Face, Steel
CBPN:222386
MPN:67201
Price:
$23087.61 / EA
Oversize or overweight
This item cannot ship via small package carrier, such as UPS or FedEx Ground. Delivery options will be available at checkout.
DESCRIPTION
Spirax Sarco Steam Separator, 6 in Flanged Nominal, 150 psi Operating, -20 to 650 deg F Operating, 35.8 in W Face to Face, Media: Steam, Steel, 36.7 in H
Moisture Separators are used to improve the quality of steam or compressed air either within the distribution system or on the supply inlet to equipment. Removal of moisture is by a series of baffles on which the suspended water droplets impinge and fall out by gravity to the drain, which must be piped to a trap.
Spirax Sarco 67201, S4A Steam Separator, 6 in, ANSI 300 Flange, 150 psi Operating, 35.8 in W Face to Face, Steel
CBPN:222386
MPN:67201
Price:
$23087.61 / EA
Oversize or overweight
This item cannot ship via small package carrier, such as UPS or FedEx Ground. Delivery options will be available at checkout.
DESCRIPTION
Spirax Sarco Steam Separator, 6 in Flanged Nominal, 150 psi Operating, -20 to 650 deg F Operating, 35.8 in W Face to Face, Media: Steam, Steel, 36.7 in H
Moisture Separators are used to improve the quality of steam or compressed air either within the distribution system or on the supply inlet to equipment. Removal of moisture is by a series of baffles on which the suspended water droplets impinge and fall out by gravity to the drain, which must be piped to a trap.
Specifications
Brand: Spirax Sarco
Weight: 458 lbs
Nominal Size: 6 in
End Style: ANSI 300 Flange
Pressure Rating: 150 psi Operating
Dimensions: 36.7 in H
Face to Face Width: 35.8 in
Manufacturer Name: Spirax-Sarco Inc
Material: Steel
Media: Steam
Series: S4A
Temperature Rating: -20 to 650 deg F Operating
Standards and Approvals: ANSI 150/300 Connections | ASME Specified for Pressure | ASTM A53 Grade B Body
Item Features
- Separators designed to gather small water droplets from steam and separate them from the pipe flow
- Reduce wet steam
- Maintain heat transfer efficiency
- Reduce erosion and corrosion in your steam system
- Reduce pipework and heating surface scaling
- -20 deg F to 650 deg F Maximum allowable working temperature
