K-Rain Manufacturing Corp. products

The name says it all: Pro performance and pro features on a smaller scale. That’s why MiniPro® is the professional’s choice for small lawn and landscape areas. With a ½” inlet, the MiniPro is a gear-driven, rotary sprinkler that can replace all standard mini rotors and fixed zone pop-up sprays.  In terms of specifications, the sprinkler can cover a radius of 18' to 33' with a nozzle pressure of 20 to 70 PSI and a flow range of .8 to 3.8 GPM. And the MiniPro has a stainless-steel radius adjustment screw and a nozzle trajectory of 25°. The MiniPro has an arc adjustment of 40° to 360°. Adjusting that pattern is easy because of the top arc set degree indications and the spray direction arrow located on the sprinkler head.  Simply insert a flat blade screwdriver into the arc adjustment slot and adjust as desired. The sprinkler can be adjusted wet or dry -- before installation and after installation with the water on or off.

Designed for smaller landscape areas, the RPS 50 is available with a wide selection of nozzles that bring flexibility to irrigation system design. The RPS 50 is a gear-driven, rotary sprinkler, capable of covering an area of 18' to 33' radius at operating pressure of 20 to 70 PSI with a flow range of .8 to 3.8 GPM. The RPS 50 comes with five (5) numerically coded interchangeable nozzles with each case. The sprinkler nozzle trajectory is 25°. The sprinkler has a stainless-steel radius adjustment screw and has arc adjustment from 40° to 360°.

Real innovation is a catalyst for growth in any field.  Decades ago, K-Rain® developed and patented the original reversing mechanism for continuous reverse and return, which is still in use today.  You’ll find it here in the RPS75 and sprinkled across the industry, too. Here’s a benefit that will save you time on the job: The RPS75 riser assembly fits into a PGP® and PGP Ultra can already in the ground.   How’s that for optimal efficiency? And with a wide selection of standard and low angle nozzles, the RPS™ 75 provides matched precipitation and flexibility in design.