Cooney Brothers

We've upgraded our ERP system, so response times may be longer than usual. Thanks for your patience. Learn more.

Home
Home
Spirax Sarco 4037197

Spirax Sarco 4037197, SC20 Sample Cooler, 1/2 in Cold Water Inlet, Austenitic Stainless Steel

CBPN: 37602

MPN:4037197

Price:
$2817.36 / EA

DESCRIPTION

Spirax Sarco Sample Cooler, 1/2 in Cold Water Inlet, 1/4 NPT Inlet & 6mm OD Tube Outlet Connections, Austenitic Stainless Steel, 450 mm H

The Spirax Sarco SC20 sample cooler is used to cool samples of boiler water or steam. The cooler consists of a stainless steel coil, through which the sample flows, and a stainless steel body, through which cooling water flows in the opposite direction. A pre-drilled mounting bracket is incorporated into both end caps.

Spirax Sarco 4037197, SC20 Sample Cooler, 1/2 in Cold Water Inlet, Austenitic Stainless Steel

CBPN: 37602

MPN:4037197

Price:
$2817.36 / EA
 
Spirax Sarco logo

DESCRIPTION

Spirax Sarco Sample Cooler, 1/2 in Cold Water Inlet, 1/4 NPT Inlet & 6mm OD Tube Outlet Connections, Austenitic Stainless Steel, 450 mm H

The Spirax Sarco SC20 sample cooler is used to cool samples of boiler water or steam. The cooler consists of a stainless steel coil, through which the sample flows, and a stainless steel body, through which cooling water flows in the opposite direction. A pre-drilled mounting bracket is incorporated into both end caps.

Specifications

BrandSpirax Sarco
Weight7 lbs
MaterialAustenitic Stainless Steel
Cooling Water Connection1/2 in FNPT
Sample Tube Inlet Connection1/4 in MNPT
Sample Tube Outlet Connection6mm Tube
Dimensions450 mm H
Manufacturer NameSpirax-Sarco Inc
SeriesSC20
ApplicationFor boiler water, Steam or condensate sampling
Standards and ApprovalsUKAS Quality management

Item Features

  • Maximum design pressure: 145 psig at 212 deg F
  • Maximum design temperature: 212 deg F at 145 psig
  • Maximum cold hydraulic test pressure: 282 psig
  • Austenitic stainless steel coil
  • Stainless steel body and coil to minimize corrosion
  • Counter current flow for efficient cooling