Tate Andale self-cleaning strainers are designed with performance being the utmost priority. Offering high straining ratios from traditionally accepted basket designs, these strainers can reduce operating costs due to longer cycle periods when used in the intermittent/automatic backwash mode. The basket design should be the major concern when evaluating self-cleaning strainers. Quite often, artificially high straining ratios are achieved by "unusual methods" such as "accordioned" elements. While these elements may technically possess a higher amount of open area achieved by folding the perforated plate into the shape of an accordion, the resultant valleys will clog with debris twice as fast. Tate Andale basket elements have legitimate open area, whether using highly durable wedgewire or perforated plate. From the cast units to the customizable fabricated units, Tate Andale strainers offer a design that translates directly into longevity and durability. For the strainer of a lifetime, select a Tate Andale Self-Cleaning Strainer.

Typical Applications

• Large amounts of debris
• Uninterrupted flow
• Fully automatic operation
• Continuous removal of debris

Click on the model number to view detailed product information.

KR Self Cleaning Strainer
KB Self Cleaning Strainer
KBF Self Cleaning Strainer
KRF Self Cleaning Strainer
1260 Self Cleaning Strainer

Self-Cleaning Strainers are recommended for systems where completely automatic back-flushing is required, and where flow may not be interrupted. Primarily designed for applications where large or undetermined amounts of debris make the use of a duplex strainer impractical. Tate Andale Self-Cleaning Strainers are ideal for remote or hazardous locations.

Click here to view Tate Andale Standard Automatic Controls for Electronically-Operated Type KR, KB, KBF and 1260 Strainers

Click here to view Tate Andale Standard Automatic Controls for Type KR, KB, KBF and 1260 Strainers Air-Operated

Other Self-Cleaning Models Available:

Constant Clean Fabricated (CCF)
Model AL and AH
Constant Clean (CC)