DN25 Smart Mini Electric Actuator Ball Valve Stainless Stee 2 Way Control Water Flow Valve DC5V DC12V

• Customization: Available
• Media: Oil Water Gas Acid
• Material: Stainless Steel
• Model NO.: m01 two wires and reverse polarity
• Connection Form: Thread
• Driving Mode: Electric
• Nominal Pressure: PN1.0-32.0MPa
• Channel: Straight Through Type
• Structure: Flexible Ball Valve
• Type: Flexible Ball Valve
• Function: Control Flow Valve
• Temperature: Normal Temperature
• Application: Industrial Usage, Water Industrial Usage, Household Usage
• Ambient Temperature: 15-50 Celsius
• Working Temperature: 0-90 Celsius
• Working Pressure: 10 Bar Max.
• Open/Close Time: 5 Sec.
• Rated Protection: IP67
• Nominal Voltage: AC230V Working Current 0.5 AMPS
• Certificate: ISO, CE;Atex
• Specifications: Compact Design Light Weight Small Actuator with Fa
• Valve Diameter: DN25
• Actuator Voltage: DC5V DC12V
• Transport Package: Bubble Wrap Plus Carton
• Specification: DC12V 24V AC110 220V 380V
• Trademark: LEADWIN
• Origin: China
• Production Capacity: 3000piece/Day
• Package Size: 10.00cm * 10.00cm * 16.00cm
• Package Gross Weight: 1.200kg
• Lead Time: 15 days (1 - 1000 Pieces) ; To be negotiated ( > 1000 Pieces)

Product Description

 

Mini Electric Ball Valve
Compact design and light weight, small electrical actuator with fail-safe function (NC/NO)

		INSTRUCTION FOR MANUAL OVERRIDE
		It is only permitted to use when power-off
		Lift the hand-wheel,and turn it left or right until the valve is in place
		When the black line on the indicator is horizontal,the valve is on;when vertical,the valve is off
		Press down hand-wheel after using manual override in order to work properly when power-on
CE	IS09001			EC

FEATURES			APPLICATION
Mini dimension suit for small equipment			HVAC
Patented technology-floating seal structure			Water treatment
Long service life:80000 to 100000 cycles			Chemical process
Low working current,suitable for battery driving			Small equipment for automatic Control
Manual override and position indicator			Replacing solenoid valve, particularly when solenoid can't work reliably
Metal gearbox and POM gear
High flow capability
			PARTS	MATERIAL
			Actuator housing	ABS
			Valve body	Brass/SS304
			Valve ball	Brass/SS304
			Stem	Brass/SS304
			Ball seat	PTFE
			Seal	SILASTIC(Q)

TECHNICAL PARAMETERS
Series	Max torque	Operating time	Working voltage	Max power	Enclosure	Max pressure	Medium temperature	Ambient temperature
FH-MO	2.5N,m	<5sec<>	DC3-V	<5w<><5sec<>	IP65	1.0Mpa	0-90ºC	-20ºC
			AC/DC9-24V

<5w<><5sec<><5sec<><5w<>

 

                                               Mini Series 2-WAY MOTORIZED VALVE 

M01 (two wires and reverse polarity)    
Voltage: DC6V/12V   

     1. Connecting SW to OPEN, the valve opens, getting the position, automatically power off, the valve remain fully open position.

     2.Connection SW to CLOSE, the valve closes, getting the  positio/n, automatically power off, the valve remains side passes position (fully closed).
 

M02 (three wires two point control)    
Voltage: DC6V/12V/ 9-35V

1.Connecting SW to OPEN, the valve opens, getting the position, automatically power off, the valve remain fully open position.

2.Connection SW to CLOSE, the valve closes , getting the position, automatically power off, the valve remains side passes position(fully closed).
 

M03 (three wires one control)    
Voltage: DC6V/9-35V  AC/DC9-24V

<sub>1.Connecting SW, the valve opens, getting the position, automatically power off, the valve remain fully open position.

2.Disconnecting SW, the valve close, getting the position, automatically power off, the valve remains side passes position(fully</sub>
 

M04 (two wires and fail-safe/power-off return)
Voltage: DC6V/9-35V  AC/DC9-24V

1.SW connecting, the valve open, getting the position and the power off automatically, the valve remains fully open/close position.

2.SW disconnecting, the valve close, getting the position and power off automatically, the valve remains fully open/close position.
 

M05 (five wires with signal feedback and Internal automatic power off function)       
Voltage: DC6V/12V
 

1.RD connect with positive, the BK connect with negative, the valve open, the actuator automatically power off after in place .
2.BK connect with positive, the RD connect with negative, the valve close, the actuator automatically power off after in place .
3.YW & WT are connect when the valve open fully, GR & WT are connect when the valve closed fully.

 

M06 (six wires with signal feedback and two point control)
Voltage: DC6V/12V

1.RD & GR connect with positive, the BK connect with negative.
2. When RD & SW connected, the valve open, the actuator automatically power off after the valve fully open.
3. When GR & SW connected, the valve closed, the actuator automatically power off after the valve fully closed.
4. YW & WT connect with the valve's fully open signal wiring.
5. BL & WT connect with the valve's fully closed signal wiring.

 

M07 (six wires with signal feedback and one point control)  Voltage: DC6V/12V/ 9-35V

1. RD connect with positive, GR connect with SW and negative wiring, BK connect with negative wiring.
2. SW open, the valve open, and keeping fully open. SW closed, the valve closed, and keeping fully closed.

   3.YW & GY connect with the valve's fully open signal wiring. BL & WT connect with the valve's fully closed signal wiring.

 

M08 (five wires with signal feedback and fail-safe/power-off return function) 
Voltage: DC6V/9-35V  AC/DC9-24V

1.SW connecting, the valve open, getting the position and the power off automatically, the valve remains fully open/close position.

2.SW disconnecting, the valve close, getting the position and power off automatically, the valve remains fully open/close position.

3.YW & GY connect with the valve's fully open signal wiring. BL & WT connect with the valve's fully closed signal wiring.

 

Unique FAQs

_{1.Can valve electric actuators be retrofitted to existing systems?}

<sub>Yes, in many cases, valve electric actuators are designed to be retrofit-friendly. However, it's crucial to consider compatibility, sizing, and potential modifications to ensure a seamless integration into existing systems. Consulting with manufacturers and industry experts can provide guidance on retrofitting options.

2.What role do valve electric actuators play in preventing leaks and spills in industrial processes?
Valve electric actuators, with their precise control capabilities, play a crucial role in preventing leaks and spills. By swiftly and accurately modulating valve positions, these actuators contribute to the overall safety and integrity of industrial processes, reducing the risk of environmental incidents.

3.Are there advancements in remote monitoring and control of valve electric actuators?
Yes, advancements in communication technologies have facilitated remote monitoring and control of valve electric actuators. Smart actuators, equipped with connectivity features, allow operators to monitor and adjust valve positions remotely, enhancing operational flexibility and efficiency.

4.How do valve electric actuators contribute to process optimization in manufacturing plants?
Valve electric actuators contribute to process optimization by providing precise control over fluid flow. This level of control enhances the overall efficiency of manufacturing processes, ensuring consistent quality and minimizing wastage.

5.What measures are in place to ensure the cybersecurity of smart valve electric actuators?
As smart technologies become more prevalent, ensuring the cybersecurity of valve electric actuators is paramount. Manufacturers implement robust security measures, including encryption and authentication protocols, to safeguard against cyber threats and unauthorized access.</sub>