Introducing the Mini Electric Ball Valve, your compact and efficient solution for precise control.lve - engineered to deliver superior performance in a small package.
With a sleek, compact design and lightweight construction, this small electrical actuator comes equipped with a fail-safe function, available in Normally Closed (NC) or Normally Open (NO) options, ensuring reliability and peace of mind.
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INSTRUCTIONFORMANUALOVERRIDE |
| Itisonlypermittedtousewhenpower-off |
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Liftthehand-wheel,andturnitleftorrightuntilthevalveisinplace |
| Whentheblacklineontheindicatorishorizontal,thevalveison;whenvertical,thevalveisoff |
| Pressdownhand-wheelafterusingmanualoverrideinordertoworkproperlywhenpower-on |
| CE |
IS09001 |
|
EC |
| FEATURES |
APPLICATION |
| Mini dimension suit for small equipment |
HVAC |
| Patented technology-floating seal structure |
Watertreatment |
| Long service life:80000 to 100000 cycles |
Chemicalprocess |
| Low working current,suitable for battery driving |
SmallequipmentforautomaticControl |
| Manual override and position indicator |
Replacingsolenoidvalve,
particularlywhensolenoidcan't
workreliably |
| MetalgearboxandPOMgear |
| Highflowcapability |
| |
PARTS |
MATERIAL |
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|
|
Actuator
housing |
ABS |
|
| Valvebody |
Brass/SS304 |
| Valveball |
Brass/SS304 |
| Stem |
Brass/SS304 |
| Ballseat |
PTFE |
| |
|
Seal |
SILASTIC(Q) |
| TECHNICALPARAMETERS |
| 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 |
Experience fast and efficient operation: <5 Watts, <5 Seconds opening and closing time, all with minimal power usage.
Presenting the Mini Series, a remarkable line of cutting-edge valve solutions. Discover the 2-WAY MOTORIZED VALVE for seamless fluid control.
Model M01: (This model features two wires and reverse polarity for straightforward installation.
Voltage: Operates on DC6V/12V, offering versatile and adaptable power options.
1. Connect SW to OPEN, and the valve opens fully. Once the desired position is reached, the unit automatically powers off, maintaining the valve in a fully open state.
2. Connect SW to CLOSE, and the valve smoothly transitions to the closed position. Upon reaching the designated position, power is automatically cut off, and the valve stays in a fully closed state.
Model M02 (three wires with two-point control)
Voltage: DC6V/12V/ 9-35V - optimized for expanded compatibility.
1. Seamlessly connect SW to OPEN, and the valve opens. As it reaches the target position, the actuator automatically powers off, keeping the valve fully open.
2. Connect SW to CLOSE for a secure closure. As the valve reaches full closure, it powers off automatically, ensuring the valve remains in its closed position.
Model M03: (three wires for single control)
Voltage: Compatible with DC6V/9-35V power, accommodating diverse requirements. Available inAC/DC9-24V variants.
1. Connect SW to initiate the opening sequence. The valve opens, reaching the set position and automatically powers off, securing the valve in a fully open state.
2. Disconnect SW to trigger closure. The valve closes, attaining the appropriate position before automatically powering down. The valve remains in its closed position, providing unwavering assurance.
Model M04: (Features two wires with a fail-safe/power-off return mechanism.
Voltage: Operates on DC6V/9-35V or AC/DC9-24V, enabling flexible integration across systems.
1. Connecting SW engages the valve, opening it to its full extent. The actuator powers off automatically once the desired position is achieved, ensuring stable operation with the valve holding its fully open/close position. Maximum reliability with automatic power-off at full position.
2. Disconnecting SW, the valve closes. Upon reaching the closed position, the actuator powers off automatically, ensuring the valve remains in its dedicated position.
ModelM05: (Five wires with signal feedback and an Internal automatic power-off function)
Voltage: Compatible with DC6V/12V, offering a broad range of operational capabilities.
1. Connect RD with the positive terminal and BK with the negative terminal, initiate valve opening. The actuator powers off automatically after achieving the target position, ensuring operational efficiency and reliability.
2. For flawless operation, ensure BK connects with positive, while RD seamlessly integrates with negative. the valve Upon achieving closure, the actuator intelligently powers off after reaching its designated position.
3. YW & WT seamlessly engage when the valve reaches its full open position, GR & WT synchronize perfectly when the valve achieves a fully closed state.
M06 (six wires expertly designed with signal feedback and two-point control)
Voltage: DC6V/12V
1. Connect RD & GR with positive and perfectly align BK with negative for optimal performance.
2. Upon RD & SW connection, the valve opens gracefully, with the actuator powering off automatically when fully open.
3. When GR & SW are connected, the valve gracefully closes, with the actuator powering off automatically once fully closed.
4. YW & WT align with the valve's fully open signal wiring for precise control.
5. BL & WT connect seamlessly with the valve's fully closed signal wiring for ultimate assurance.
M07 (six wires ingeniously featuring signal feedback and one point control) Voltage: DC6V/12V/ 9-35V
- RD connects with positive, while GR connects to SW and negative wiring, ensuring flawless functionality, and BK aligns with negative wiring meticulously.
- SW open, the valve opens, perfectly maintaining a fully open position. SW closed, the valve closes with precision, maintaining a fully closed state.
3. YW & GY skillfully connect with the valve's fully open signal wiring. BL & WT impeccably connect with the valve's fully closed signal wiring for reliable operation.
M08 (five wires with advanced signal feedback and a fail-safe/power-off return function,)
Voltage: DC6V/9-35V AC/DC9-24V
1. With SW interconnected, the valve opens majestically, securing position, and powers off automatically to remain in a fully open/close position.
2. With SW disconnected, the valve closes smoothly, secures position, and powers off automatically, retaining the fully open/close position.
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Unique FAQs
1. Can valve electric actuators be retrofitted to existing systems?
Yes, indeed! In many scenarios, valve electric actuators are ingeniously crafted to be retrofit-friendly. Nevertheless, it is essential to meticulously consider compatibility, the appropriate sizing, and any potential modifications required to ensure a seamless and efficient integration into your existing systems. Engaging with manufacturers and consulting with industry experts can offer invaluable guidance on your retrofitting options, ensuring an optimal fit.
2. What role do valve electric actuators play in preventing leaks and spills in industrial processes?
Valve electric actuators are pivotal, thanks to their extraordinary precise control capabilities, in safeguarding against leaks and spills. By rapidly and accurately modulating valve positions, these cutting-edge actuators significantly enhance the overall safety and integrity of industrial processes. This precision not only reduces the risk of environmental incidents but also ensures the seamless operation of critical systems.
3. Are there advancements in remote monitoring and control of valve electric actuators?
Absolutely! Thanks to the remarkable advancements in communication technologies, remote monitoring and control of valve electric actuators have been revolutionized. Modern smart actuators, enriched with advanced connectivity features, empower operators to monitor and adjust valve positions with remarkable ease from afar. This capability dramatically enhances operational flexibility, efficiency, and response times.
4. How do valve electric actuators contribute to process optimization in manufacturing plants?
Valve electric actuators are instrumental in process optimization, offering unparalleled precision in controlling fluid flow. This exceptional level of control dramatically enhances the efficiency of manufacturing processes, ensuring consistent product quality while significantly reducing wastage. The result is an optimized workflow that maximizes productivity and resource utilization.
5. What measures are in place to ensure the cybersecurity of smart valve electric actuators?
In this era of smart technology proliferation, ensuring the cybersecurity of valve electric actuators is of utmost importance. Manufacturers are at the forefront, implementing robust security measures, including cutting-edge encryption and authentication protocols. These measures are designed to protect against cyber threats and prevent unauthorized access, ensuring that your systems remain secure and resilient.
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