Electric Ball Valve with Normally Closed Function and Waterproof Design/Brass Three-Way T/L type/3 Way Zone 2 control Valve

The Waterproof Electric Ball Valve features a brass three-way T/L type design with three-wire two-control or one-control options for 220V, 24V, or 12V, providing reliable motorized flow control.

Description:

Structure: Ball

Port Size: 1/2"(DN15), 3/4"(DN20), 1"(DN25), 1-1/4"(DN32),1-1/2"(DN40), 2"(DN50)

Standard or Nonstandard: Standard

Media: Water

Certification: CE

Material: BRASS

Model Number: Electric Three-Way Ball Valve

Medium: Cold water, Hot water or 50% Glycol solution

Body material: Brass

Wiring mode: Three-Wire two-control Three-Wire one-control

Driving voltage: 220VAC, 24VDC, 12VDC

Applicable medium temperature: 0-95℃

Power consumption: 6 W (only when the valve is opened and closed)

Action time: 5-15 S

Nominal Pressure: 1.6 Mpa

Lead length: 30 CM

Connection method: G female thread

About this item

The Waterproof Motorized Ball Valve is comprised of a valve body and an actuator. The actuator is responsible for driving the valve core to rotate 90°. Equipped with a synchronous motor and built-in limit contacts, the actuator ensures that the valve powers off when it reaches the fully open or fully closed position. This valve offers several advantages, including a simple structure, reliable operation, large straight-through flow, energy efficiency, and the ability to replace solenoid valves. It finds wide application in heating systems, central air conditioning, solar water heating systems, water treatment systems, and cold and hot water switch control.

For three-way ball valves, there are two types available: T type and L type. The T type allows for the connection of three orthogonal pipelines while also cutting off the third channel, enabling diversion and confluence. On the other hand, the L type can only connect two mutually orthogonal pipelines and does not maintain connection with the third pipeline, serving the purpose of distribution. Electric ball valves only consume power when actively opening or closing, which can lead to energy savings compared to continuously powered valves or manual valves that rely on human operation.