Water Treatment

Water Treatment

Locomotive Cooling System Protection

Without suitable treatment, locomotive radiator systems can quickly corrode. Loose rust can cause clogs and restricted flow throughout the cooling system, causing overheating. Severe corrosion can cause leaks leading to catastrophic system failure.

 

Snyder’s nitrite-borate liquid water treatment systems are designed to maintain a constant ratio of treatment chemical to water, eliminating the need for calculations or guesswork when topping off cooling systems.

 

Liquid systems avoid potential problems of undissolved solids from powdered concentrates and soluble bags.

 

The liquid is available in gallon jugs for complete draining and refilling, or in 240/330 gallon totes to supply delivery systems. The label on gallon jugs shows the proper amount of concentrate to refill many locomotive types based on their radiatior capacity.

 

Gallon jugs are supplied with a spout for easy spill-free filling.

 

The concentrate contains dye (typically red or blue) to verify the presence of treatment.

Delivery Systems

Water treatment delivery systems use an injection mixer to provide a constant water treatment ratio regardless of water flow rate. The ratio is set at Snyder to provide the proper treatment level.

 

There are three styles of delivery system:

 

  • Cabinets – Enclosed and heated systems for service track applications
  • Shop systems – Streamlined units for shops and controlled environment facilities
  • Portable Carts – 25 gallon concentrate capacity, perfect for smaller facilities or hard-to-reach service areas.

Maintenance Kits

Mixers wear out after approximately one year of use and require field replacement. Snyder supplies pre-calibrated replacement mixer kits with pre-installed half unions to allow simple replacement.

 

PMP SD302.5 K1 kits are for older units with one union and one hose connection.

 

PMP SD302.5 K2 kits are for newer units with two unions.

 

Snyder recommends nitrite titration to verify treatment concentration. We offer nitrite titration kits (SECO-TW-NTK) to verify output and determine when a mixer needs replacement or maintenance.

Learn more about Snyder Water Treatment options here

 

Water Treatment Systems Brochure (WTH-BRC-1006)

How to adjust water treatment mixers  (WT-INFO-1000)

SDS (SDS sheets)

FAQS


Got questions? We’ve got answers.


  • How often should mixers be replaced?

    Under heavy use conditions, Snyder recommends replacing the mixer every year. Lifetime may vary depending on the level of use and environmental conditions.

  • What's the proper treatment ratio?

    Snyder mixers are preset to a 133:1 ratio by volume, which provides nitrite to exceed minimum OEM requirements for nitrite (1200 ppm as NO2). The mixer can be run as low as a 200:1 ratio and still meet OEM nirite requirements. 

  • How do I verify treatment content?

    The kits contain instructions for titration, giving results as NO2. We also have a video for reference (video file). Make sure that the bottle is directly upside down during titration. Holding the bottle at an angle changes the drop size and can give erroneous readings.

  • Can I adjust the mixers?

    Yes, using this procedure  (WT-INFO-1000). Verify the nitrite level of the output after any adjustment, making sure that the new dosing level has had time to reach the nozzle. This could take several minutes with cabinet and shop systems that are installed far away from the delivery location.

  • Why is it important to keep the delivery systems heated?

    Snyder water treatment does not contain an anti-freeze component. If the mixer is allowed to freeze, it will likely crack the plastic housing as well as the supporting plumbing. Portable systems are a good choice when an outdoor area does not allow for installation of a heated cabinet.

  • Can I use conductivity or color to measure the treatment content?

    Snyder does not recommend either method. 


    Conductivity can vary depending on the starting water quality. If you want to control by conductivity for convenience, make a baseline chart that correlates nitrite content and overall conductivity in your area.


    Color is not recommended because the color doesn’t vary much within the proper concentration range, and any rust or other contaminants in the system can throw off the color.

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