Actuator Accessories

Solenoid Valve:

Controls the airflow in and out of the actuator.
Solenoid Valve
Our pneumatic FRL (filter-regulator-lubricator) units provide clean, regulated air to pneumatic systems. The 5-micron filter removes moisture and particulates, enhancing component life. The pressure regulator with gauge enables consistent pneumatic pressure control from 0-125 PSI.

The transparent, sight-dome lubricator delivers an optimal amount of oil for lubrication and sealing. Modular blocks allow flexible configuration as standalone units or integrated banks. Durable polycarbonate bowls resist corrosion. Options include air line kits, specialty filters, and multiple port sizes. With flow rates from 2-100 SCFM, these FRL units suit small actuators to large machinery.
Features
Compact spools that can be converted from 3/2 to 5/2
NAMUR standard
Standard manual operation
DIN, waterproof and explosion-proof solenoid valves are available
Exhaust gas from spring position to protect actuators from corrosion
Operating temperature range -4 to +140℉ (-20 to +60℃)
All of threaded bolts connecting to ports can be provided in stainless steel, allow for highly corrosive atmospheres

Notes :
The compact design simplifies installation while delivering contaminant-free, lubricated air for optimal pneumatic system performance. Custom assembly and sizing services available.

Positioner:

Controls the valve position based on control signals.
Our pneumatic FRL (filter-regulator-lubricator) units provide clean, regulated air to pneumatic systems. The 5-micron filter removes moisture and particulates, enhancing component life. The pressure regulator with gauge enables consistent pneumatic pressure control from 0-125 PSI.

The transparent, sight-dome lubricator delivers an optimal amount of oil for lubrication and sealing. Modular blocks allow flexible configuration as standalone units or integrated banks. Durable polycarbonate bowls resist corrosion. Options include air line kits, specialty filters, and multiple port sizes. With flow rates from 2-100 SCFM, these FRL units suit small actuators to large machinery.

The compact design simplifies installation while delivering contaminant-free, lubricated air for optimal pneumatic system performance. Custom assembly and sizing services available.
Include & Exclude Services
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Notes :
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Limit Switch: Indicates when the valve reaches a specific position.
Limit Switch
The pneumatic limit switch is a signal device that has the solid, weatherproof enclosure, which can provide external visual indication and the electrical feedback from micro switch. The pneumatic limit switch box includes a visual position indicator, a quick-set cam, a terminal strip, and an easy-to-mount bracket.

We are committed to provide best valuable products and good services to our customers around the world.

FRL(filter-regulator-lubricator):

FRL is a key component in a pneumatic system, standing for Filter, Regulator, and Lubricator.
Our pneumatic FRL (filter-regulator-lubricator) units provide clean, regulated air to pneumatic systems. The 5-micron filter removes moisture and particulates, enhancing component life. The pressure regulator with gauge enables consistent pneumatic pressure control from 0-125 PSI.

The transparent, sight-dome lubricator delivers an optimal amount of oil for lubrication and sealing. Modular blocks allow flexible configuration as standalone units or integrated banks. Durable polycarbonate bowls resist corrosion. Options include air line kits, specialty filters, and multiple port sizes. With flow rates from 2-100 SCFM, these FRL units suit small actuators to large machinery.

The compact design simplifies installation while delivering contaminant-free, lubricated air for optimal pneumatic system performance. Custom assembly and sizing services available.

Manual Override: Allows manual operation of the valve in case of control system failure.
The handwheel actuator consists of a handwheel, transmission device, and connection device. The handwheel actuator is connected to the push rod (or diaphragm plate) of the actuator through a screw transmission device. During normal operation, the handwheel is retracted and locked with a fastening nut, which can serve as a limit device for the highest valve position. When manual operation is required, loosen the fastening nut, rotate the handwheel to connect it with the push rod of the automatic actuator, thereby moving the push rod to change the valve opening.
Performance characteristics
1. Small size, light weight, reasonable design, and novel style.
2. Product serialization, matching output torque with various valves in pneumatic devices.
3. The inner hole of the turbine connection has two keyways spaced 90 * apart, allowing users to choose the relative position of the device with the valve according to their needs.
4. Lift the limit pull ring and rotate the eccentric device 90 ° to automatically limit the position, achieving pneumatic operation. Conversely, achieve manual operation.
5. When the product leaves the factory, it is equipped with special lubricating grease. After assembly with the valve, the overall sealing, dust and water protection levels are IP65, IP67, and IP68, which are optional.

Performance Testing
Our state-of-the-art facilities allow rigorous testing to validate function, endurance and environmental protection.

Quality Assurance
100% testing and inspection ensures superior performance of every actuator.

Actuator Design
We leverage the latest engineering techniques to build actuators with precision, efficiency and reliability in mind. Our expertise covers electrical, pneumatic models.

Selection of pneumatic actuators:
Under normal operating conditions. a safety factor of 20% - 30% is considered for double acting actuators
Example:
Valve torque= 100Nm
Safety torque- 100(1+ 30%) = 130Nm
Air source pressure=5Bar
Compared with the double-acting torque table, the specification of the optional Double-acting actuator is DA105.
Torque unit: Nm

Installation and Maintenance
The installation and maintenance of a Actuator are relatively straightforward. Here are some basic steps:
Installation: During the installation process, it's important to ensure the actuator is correctly aligned and secured in the right position. The actuator should be properly interfaced with the driven device (such as a valve or other mechanical component) to ensure accurate and efficient operation.
Maintenance: Maintenance of the actuator typically involves regular inspections and replacement of worn parts. This might include replacing seals, cleaning and lubricating moving parts, and checking and adjusting the control system. In most cases, just carrying out these maintenance steps periodically can ensure long-term reliable operation of the actuator.
Industry Applications/Functional Uses
Actuators have a wide range of uses in many different industries and applications. Here are some of the main application areas:
Manufacturing: On automated production lines, these actuators can be used to control a variety of mechanical equipment such as valves, drums, conveyors, etc.
Energy Sector: In the oil, gas, and electricity industries, these actuators can be used to control various types of valves, ensuring efficient distribution and use of energy.
Chemical Industry: In chemical processes, these actuators can be used to precisely control conditions for various chemical reactions, such as temperature, pressure, and flow rate.
Water Treatment: In water treatment facilities, these actuators can be used to control various equipment like pumps, valves, and filters, ensuring effective water treatment.
Food and Beverage Industry: In the production process of food and beverages, these actuators can be used to control various equipment like mixers, ovens, and packaging machines, ensuring efficiency and quality in the production process.
These are just some of the main application areas for Actuators. Thanks to their simple design and operating principle, these actuators can adapt to a variety of different applications and environments.