Stainless Steel Thread Motorized 3 Way Ball Valve

Description of Thread Motorized Three Way Ball Valve

Electric 3 way ball valve with female thread can be L-shaped and T-shaped, L-shaped three-way ball valve for media flow direction switching, can make the two mutually perpendicular channel connection; T-shaped three-way ball valve for media diversion, merging and flow direction switching.T-shape tee can make the three channels connected to each other or two of them connected to the channel.
Electric three-way ball valves generally use two-seat structure, can also be used according to user requirements four-seat structure. Widely used in water supply, petrochemical, metallurgy, mining, textile, energy, paper, food, steel and other pipeline systems to switch the direction of flow of the medium and the medium of the shunt or mixed fluid.

Technical Parameter Of 3 Way Electrically Actuated Ball Valves

Voltage	AC110V, AC220V, AC380V, DC24V, DC220V	Nominal Diameter	DN15~DN100
Output Torque	30Nm~2000Nm	Nominal Pressure	1.6MPa, 2.5MPa
Optional Function	Passive Feedback, Active Feedback, Open Signal, Intelligent Adjustment Type	Valve Shaf Material	Stainless Steel
Range of Action	90°±5°	Body Material	Carton steel, 304/316/316L stainless steel
Movement Time	15s, 30s, 60s	Ball Material	304/316/316L Stainless Steel
Ambient Temperature	-20℃~+80℃	Seat Seal	PTFE, PPL, Metal Seal
Manual Operation	Handle operation included	Medium Temperature	PTFE:≤150℃ PPL:≤300℃ Metal Seal:≤425℃
Limit	Electrical and mechanical double-limit	Structure Type	Female thread
Protection Class	IP67	Applicable Medium	Water, oil, acids, viscous fluids, slurry media, etc.
Input Signal	0-10,1-5VDC/4-20Ma(Intelligent Adjustment Type)	Specificities	Compact structure, small volume, large flow capacity

Features Of 3 Way Motorized Electric Ball Valves

Compact structure, open and close quickly, smooth flow, small fluid resistance.

Good sealing performance: the use of four-sided seat material PTFE elastic deformation to achieve no leakage seal.

A valve for multiple uses: any port can be used as an inlet without leakage, tee can be made into L-type port, can also be made into T-type port.

Easy maintenance: after the system is depressurized, the whole valve body can be inspected and maintained without removing it.

Dimension of Rack and Pinion Pneumatic Valve Actuator

Model	A	B	C	D	E	F	G	H	I	J	K	L	M	N	Z	Φ	Air Connection
YAT032	23	23	46	46	66	46	25	50	–	Φ36	–	M5x8	9	11	110	Φ40	NAMUR G1/4″
YAT040	28.5	36.5	60	60	80	52	30	80	Φ36	Φ50	M5x8	M6x10	11	14	122	Φ40	NAMUR G1/4″
YAT052	30	41.5	65.5	72	92	65	30	80	Φ36	Φ50	M5x8	M6x10	11	14	147	Φ40	NAMUR G1/4″
YAT063	36	47	81	88	108	72	30	80	Φ50	Φ70	M6x10	M8x13	14	18	168	Φ40	NAMUR G1/4″
YAT075	42	53	94	99.5	119.5	81	30	80	Φ50	Φ70	M6x10	M8x13	14	18	184	Φ40	NAMUR G1/4″
YAT083	46	57	98.5	108.7	128.7	92	30	80	Φ50	Φ70	M6x10	M8x13	17	21	204	Φ40	NAMUR G1/4″
YAT092	50	58.5	111	116.5	136.5	98	30	80	Φ50	Φ70	M6x10	M8x13	17	21	262	Φ40	NAMUR G1/4″
YAT105	57.5	64	122.5	133	153	109.5	30	80	Φ70	Φ102	M8x13	M10x16	22	26	268	Φ40	NAMUR G1/4″
YAT125	67.5	74.5	145.5	155	185	127.5	30	130	Φ70	Φ102	M8x13	M10x16	22	26	301	Φ55	NAMUR G1/4″
YAT140	75	77	161	172	202	137.5	30	130	Φ102	Φ125	M10x16	M12x20	27	31	390	Φ55	NAMUR G1/4″
YAT160	87	87	184	197	227	159	30	130	Φ102	Φ125	M10x16	M12x20	27	31	458	Φ55	NAMUR G1/4″
YAT190	103	103	215	230	260	189	30	130	–	Φ140	–	M16x25	36	40	525	Φ80	NAMUR G1/4″
YAT210	113	113	235.5	255	285	210	30	130	–	Φ140	–	M16x25	36	40	532	Φ80	NAMUR G1/4″
YAT240	130	130	264.5	289	319	245	30	130	–	Φ165	–	M20x25	46	50	602	Φ80	NAMUR G1/4″
YAT270	147	147	299	326	356	273	30	130	–	Φ165	–	M20x25	46	50	718	Φ80	NAMUR G1/2″
YAT300	162	174	330	350	380	312	30	130	–	Φ165	–	M20x25	46	50	760	Φ80	NAMUR G1/2″
YAT350	190	195	483	410	440	365	30	130	–	Φ254	M20x25	8xM16x25	46	50	920	Φ80	NAMUR G1/2″
YAT400	260	260	466	466	496	298	30	130	–	Φ254	M20x25	8xM16x25	46	50	940	Φ80	NAMUR G1/2″

Ordering Instructions

Based on a wealth of experience, YUECHI has the knowledge to provide reliable and appropriate automotive solutions for valve applications. General technical attributes for product selection include:

Valve

Select the appropriate valve type according to the fluid medium and working conditions, such as stop valve, ball valve, butterfly valve, regulating valve, etc.

Electric Actuator

There are mainly two types of electric actuators: on-off type and modulating type.

Valve Material

Select the appropriate material according to the properties of the fluid medium and the working temperature, pressure, and other conditions, such as stainless steel, carbon steel, copper alloy, aluminum alloy, etc.

Motor Parameters

Select the appropriate motor parameters according to the size of the valve and working conditions, such as power, speed, voltage, frequency, etc.

Valve Size

Select the appropriate valve size according to the size and flow requirements of the pipeline.

Control System

Select the appropriate control system according to the actual engineering needs, such as the PLC control system, DCS control system, etc.

Durability

Consider the life and maintenance cost of the valve, and choose products with better durability to reduce maintenance costs and downtime.

Ambient Temperature

Ambient temperature is also a factor that needs to be considered. If you can apply high or low ambient temperatures, you may need to choose an electric actuator that can adapt to this extreme environment.