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Irritrol Ultraflow Globe Valve 700 Plastic 2 in. w/ Flow Control FIPT x FIPT

Irritrol Ultraflow Globe Valve 700 Plastic 2 in. w/ Flow Control FIPT x FIPT

700-2
Regular price $283.32
Regular price Sale price $283.32
Sale Sold out
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Compatibility Notice

It is the buyer’s responsibility to confirm product compatibility with their system, application, and any local code requirements prior to purchase. Buyers should verify model numbers, specifications, sizing, and pressure ratings before ordering.
If you are unsure, you may contact us before purchasing and we will help confirm compatibility.

To initiate a return, customers must contact us before sending the item back. Unauthorized returns may be refused.

Return Policy

We accept returns within 14 days from your delivery date.

All returns are subject to a restocking fee. The restocking fee varies by product category and will be deducted from the refund amount.

Items must be unused, uninstalled, and returned in their original packaging. Products that show signs of use, installation, or damage are not eligible for return.

Return shipping costs are the responsibility of the customer unless the item arrives defective or incorrect. Original shipping charges are non-refundable.

To initiate a return, customers must contact us before sending the item back. Unauthorized returns may be refused.

If you’re unsure about fit, compatibility, or application, contact us prior to purchasing.

Description

Trust the 2 Ultraflow Valve Npt Threads With Fc Irritrol to safely stop, start, and control the flow of water. This valve is made from glass-reinforced nylon, stainless steel, and brass for extreme resilience and resilience, even under harsh conditions. It features a nylon-reinforced Buna-N diaphragm, which ensures excellent puncture resistance, stability, and strength for consistent performance. This valve uses a solenoid actuator, so the flow of liquid and gases can be easily controlled. It closes slowly, which decreased the likelihood of sprinkler head and pipe stress caused by fluctuations in pressure.

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