SKU 216B-M

Irritrol 200B Series Solenoid Valve with Flow Control Feature (AC Coil)

Name: Irritrol 200B Series Solenoid Valve with Flow Control Feature (AC Coil)
Availability: InStock

WAS $0.00 - $0.00

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$210.36

$210.36 - $221.35

$210.36

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Irritrol 200B Series Solenoid Valve with AC Coil and Flow Control Feature.

These durable, heavy-duty commercial valves offer a selection of key features designed to provide reliable, cost-effective performance under the most challenging conditions.

Heavy-duty corrosion and UV-resistant PVC construction with stainless steel spring and hardware
Rugged, bouble-beaded santoprenen diaphragm
Captive solenoid plunger
Flow control allows flow adjustment and manual shut-off
Accepts omnireg pressure regulator
Flow rate 18.9-454.2l/m
Operating pressure 1.4-10.3bar
5 years warranty.

Specifications

Flow Range
40 mm	80 to 300l/m
50 mm	225 to 450l/m Consult your irrigation designer before using any solenoid valve where flow velocities exceed 2 m/sec
Pressure Range	140–1034kPa Maximum pressure of 800kPa if using latching coil (DCL)
Solenoid	24 VAC
Inrush volt-amp	24VAC – 9.6VAC
Inrush current	0.4amp
Holding volt-amp	24VAC–4. VAC

Downloads

Irritrol 200B Series Solenoid Valve Data sheet (Metric) Download View File

FAQ's

What does a solenoid valve do in an irrigation system?

A solenoid valve acts like a switch for water flow in irrigation. When activated by an irrigation controller, it opens an internal passage, allowing water to flow to a specific zone (sprinklers, drip system) and closes when shut off by the controller, stopping water flow.

What is a solenoid valve diaphragm used for?

In a solenoid valve, the diaphragm is a crucial component that acts as a barrier between the control mechanism (electrical coil) and the fluid being controlled (water, air, etc.). It has two main functions:

Sealing: The diaphragm separates the pressurised fluid from the electrical components of the valve. This prevents water damage to the coil and ensures a safe electrical operation.

Controlling Flow: The diaphragm moves based on the energising or de-energising of the solenoid coil. When energised, the coil creates a magnetic field that pulls the diaphragm open, allowing fluid to flow through the valve. Conversely, when de-energised, the magnetic field collapses, and a spring or fluid pressure pushes the diaphragm back to its closed position, stopping the flow.

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