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Boiler Water Sample Cooler SC-316 (SC316), Stainless Steel , 3500 psi
Boiler Water Sample Cooler SC-316 (SC316), Stainless Steel , 3500 psi

Boiler Water Sample Cooler SC-316 (SC316), Stainless Steel , 3500 psi

$ 233.37

Availability: 100 in stock
  • MPN: Does not apply
  • Item must be returned within: 14 Days
  • Return shipping will be paid by: Buyer
  • All returns accepted: Returns Accepted
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Condition: New
  • Brand: Undisclosed

    Description

    DESCRIPTION
    Don't risk spending thousands fixing your equipment. Install this boiler sample cooler, to make sure the water analysis has no interference from cooling water in your old sample cooler.  This Boiler Water Sample Cooler is the best method to obtain a sample of the boiler's water, for analysis. As you probably know, the water coming from the boiler is  very hot, and it needs to cool down so it can be analyzed ( )
    This Boiler Water Sample Cooler is easy to install.
    The inner coil uses 316 stainless steel and is one-piece
    construction.
    Removable coil samples coolers are also available.
    Made in the USA.
    SPECIFICATIONS
    • Rugged all-welded construction
    • Internal baffles to insure maximum heat transfer
    • Heat exchange area - one sq. ft.
    • Design ratings of sample tubing - 3500psi at 750°F
    • Design ratings of shell - 300psi at 250°F
    • All 316 Stainless Steel construction
    PERFORMANCE
    Superheated Steam Samples Approach Temperature
    • Approach temperature is added to the cooling water inlet temperature to obtain
    sample outlet temperature.
    • Numbers given above vary with steam quality and are approximate.
    • Increasing cooling water flow will reduce cooling water outlet temperature.
    • Steam samples are to be throttled on the discharge of the cooler.
    • For superheated samples over 750°F, leaving a portion of the tubing run to the cooler
    from the source uninsulated typically will reduce the temperature sufficiently to the max
    750°F. See the graph showing a general guideline for minimum exposed pipe/tube needed.
    OPERATION
    1. Open the cooling water inlet valve first.
    2. Open the sample inlet valve and gradually open the sample outlet valve
    to regulate the flow to achieve a cooled sample.
    3. Allow the sample to run for a while before collection.
    4. When enough liquid has been collected close the sample inlet first, and
    then the cooling water inlet valve.
    Superheated Steam Sampling
    The chart referenced can be used as a guide on how to dissipate