Skip to content

Toro 850-49 Poly Cut-Off Riser 3/4 in x 1/2 in x 6 in

Brand: Toro
Sold out
Original Price $3.02
Current Price $1.13
SKU 850-49

Notify me when back in stock

The Toro 850-49 Poly Cut-Off Riser is a durable polyethylene irrigation riser designed to raise and adapt sprinkler heads in residential and commercial systems. Measuring 3/4 inch inlet x 1/2 inch outlet with a 6 inch overall length, this riser includes built-in 1/2 inch cut-off tabs so you can trim height for precise sprinkler placement. It is suited for standard irrigation threads and common sprinkler fittings.

  • Brand: Toro; SKU: 850-49
  • Material: durable polyethylene (poly) for corrosion resistance
  • Dimensions: 3/4 in inlet x 1/2 in outlet; 6 in length
  • Feature: 1/2 in removable cut-off tabs for adjustable height
  • Use: raises sprinkler heads and adapts to standard irrigation fittings

Poly cut-off risers like this model are commonly used to raise sprinkler nozzles above turf or edging, simplify head replacement, and allow precise alignment. The built-in 1/2 in cut-offs permit step-down or trimming when a lower profile is required. Because this riser uses standard thread sizes, it's compatible with most threaded sprinkler bodies and common sprinkler fittings.

Maintain the riser by inspecting for cracks or damage during routine system checks and replace if signs of wear appear to ensure consistent performance. If you need help confirming compatibility with your sprinkler body, consult product resources or contact customer support for guidance.

Reviews

Frequently Asked Questions

What sizes and threads does this riser use?
The Toro 850-49 is 3/4 in inlet x 1/2 in outlet with a 6 in length and includes 1/2 in cut-off tabs; fits standard irrigation threaded connections.
What material is the 850-49 riser made from?
This riser is molded from durable polyethylene (poly), offering corrosion resistance and suitability for sprinkler systems.
How do the 1/2 inch cut-offs function?
Built-in 1/2 in cut-off tabs let you trim the riser height before final installation to match nozzle elevation or site conditions.