Weathermatic NITRO In-Line Valve 1 in. MPT x Barb | N-100MB-H

Description

Weathermatic NITRO In-Line Valve 1 in. MPT x Barb | N-100MB-H
https://www.sprinklerwarehouse.com/weathermatic-nitro-in-line-valve-1-in-mpt-x-barb-n-100mb-h
Weathermatic NITRO In-Line Valve 1 in. MPT x Barb
Size: 1 in.
Valve Type: In-Line
Connection: MPT x Barb
Features & Benefits
The NEW Weathermatic Nitro Series' Unique "reverse flow" design permits equal pressure distribution on both sides of the diaphragm, regardless of line pressure, providing zero stress to prevent "stretching," a common cause of valve failure. Weathermatic Nitro Series Valves have a reverse flow design for water conservation in the event of failure. Try the NEW Weathermatic Nitro Series Valves today! Wiring requires a single lead from the controller to each solenoid, plus a common neutral to all solenoids; type UF wire, U.L. listed, is recommended for all hookups. Do not use nominal voltage ratings listed above for sizing of valve wires.
Product Details
24VAC/60Hz
24VAC/50Hz
Inrush: 9.48 VA
Inrush: 10.66 VA
Holding: 5.11 VA
Holding: 5.97 VA
Replacement Parts:
Weathermatic 110-603SAK - Replacement Diaphragm for 1" Nitro Series Valves
Weathermatic S20PSAK - 24VAC Replacement Solenoid
100% water tested
150 psi (10,3 bar) rating
Unique "reverse flow" design permits equal pressure distribution on both sides of the diaphragm, regardless of line pressure, providing zero stress to prevent "stretching," a common cause of valve failure
Reverse flow design for water conservation in the event of failure
Diaphragm's self cleaning ports constantly flex, inhibiting sand and silt from blocking valve action
Molded shock cone for smooth operation and reduction of water hammer
Easy-to-use internal manual bleed lever; bleeds valve downstream; has positive stops for open and closed positions
Marine-grade S20P solenoid with stainless steel actuator
Engineering grade PVC body and cover with combination hex, slot and Phillips retaining screws
Non-rising flow control stem throttles valve from full open to closed position on flow control models