Your Professional Actuator Supplier
XINXIANG KAIRUI REFRIGERATION EQUIPMENT CO., LTD,is a professional manufacturing company integrating scientific research, design,production sales and service that serve the global. Our factory mainly produce all kinds of refrigeration filter and can be used for Carrier YORK, TRANE McQuay Bitzer Refcomp brand refrigeration units such as the supporting filter spot sales (part). We also sell chiller spare parts for these brands.
Professional Team
Our team of proficient experts is dedicated to building long-term partnerships with clients by delivering impeccable and reliable services.
Custom Service
We provide tailored solutions for the customization of various filter types to meet specific customer requirements.
Reasonable Price
We are committed to offering superior service and high-quality products at competitive and cost-effective prices.
Advanced Equipment
We have adopted world-leading technology and equipment from Europe and the United States, and have implemented robust quality control procedures and advanced production lines.
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Carrier Motor ActuatorThe Carrier motor actuator HF26BB024 is specially tailored for Carrier 19XL centrifuge, as its key guide vane motor, occupies a pivotal position in the entire centrifuge operation system. It
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YORK MOTOR 024G00098-001**YORK 024G00098-001** is condenser fan motor for YORK air-cooled chillers, cross part number **024-34980-203**.It adopts TEAO totally enclosed air over design, with built-in thermal overload
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YORK MOTOR FAN 024-27322-207**YORK 024-27322-207 (Model YDK55-6C-3)** is single-phase condenser fan motor for YORK air-cooled chillers.Rated speed: 900 RPM, with built-in automatic thermal overload protection. It drives the
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YORK MOTOR FAN 024-36873-207**YORK 024-36873-207** is the updated OEM three-phase condenser fan motor for YORK air-cooled chillers, superseding old part 024-36873-107.Specifications: 2 HP, 460V / 60Hz, 1150 RPM, 3.4A, 56Y
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YORK MOTOR FAN 024-36873-107**YORK 024-36873-107** is an original OEM three-phase condenser fan motor for YORK air-cooled chillers.Spec: 2 HP, 460V, 60Hz, 1150 RPM, 3.4A, 7/8 keyed shaft, ball bearing, automatic thermal
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York 024W27322-807 3-Phase Fan MotorGenuine YORK 3-phase fan motor, P/N 024W27322-807, 3.4 HP, 380/400V, 1140 RPM, frame 56Y. OEM replacement motor for YORK chiller fan applications. Johnson Controls packaging.
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York 024-27322-207 3-Phase Fan MotorGenuine YORK 3-phase fan motor, P/N 024-27322-207, 460/400V dual voltage, 2/1.5 HP, 1150/950 RPM, frame 56Y. OEM YORK motor for chiller fan applications. Johnson Controls original packaging.
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JBK3-100VA Control Transformer 380V/220V To 24VControl transformer, model JBK3-100VA, 100VA capacity, multi-tap input 380V/220V/231V, output 24V. CE certified dry-type transformer for HVAC control circuit power supply. New unit with 2026 date
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Johnson Controls VA-7010-8503-C Valve ActuatorGenuine Johnson Controls VA-7010 series line voltage valve actuator, model VA-7010-8503-C, 230VAC 50/60Hz, designed for VG4000 zone valves. Original OEM actuator unit with installation instructions
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Schneider LC1D12F7C TeSys D AC ContactorGenuine Schneider Electric TeSys D contactor, model LC1D12F7C, 110V coil, 12A rated current. Original Schneider factory box. For HVAC and refrigeration compressor motor control circuits.
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YORK Compressor MOTOR ACTUATOR 025-38177-000# York 025-38177-000 Electric Modulating ActuatorThe York 025-38177-000 is an OEM 24V rotary electric actuator for YORK centrifugal chillers and commercial HVAC systems, used to modulate dampers,
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YORK Compressor MOTOR ACTUATOR 025-17175-002# York 025-17175-002 Guide Vane Motor ActuatorThe York 025-17175-002 is an inlet guide vane actuator for YORK YK centrifugal chillers (Q3-Q6, style F/G/H compressors). It precisely drives the inlet
Specification
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Nominal Input Voltage |
12V/24V |
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Nominal Operation Torque |
0.4-0.6N.m |
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Output Rotation Range |
0-330° |
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Nominal Stall Torque |
2.0-2.4N.m |
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Stall Current |
≤500 mA |
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PCBA |
YES |
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Position Feedback |
YES |
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Water Resistance |
IP43/IP54 |
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Control Type |
Dumb/Smart |
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Number Wires |
2/3/5 |
Types of Actuator
The actuators produced by our company mainly include the following types:
Liquid Level Actuator
A liquid level actuator is a device that initiates a specific action when a liquid reaches a predetermined level. It's often used in conjunction with liquid level sensors to automate tasks like sampling, controlling flow, or triggering alarms.
Motor Actuator
An actuator motor is a type of motor that converts electrical, pneumatic, or hydraulic energy into mechanical motion to operate a mechanism or system. It's essentially a "mover" that uses a motor to produce force, torque, or displacement in a controlled way.

Advantages of Actuator
Precise Control
They offer very unique manage and positioning, remarkable for unique duties.
Flexible Stopping
You can stop them at any factor in their direction, supplying you with extra control over your movements.
Adjustable Speed
It's smooth to set how rapid they begin and forestall, assisting to suit the wishes of your utility.
Continuous Feedback
They provide non-stop feedback, which permits for better monitoring and changes.
Cost-Effective Operation
They typically price less to operate than different sorts together with pneumatic or hydraulic actuators.
Versatile and Adaptable
This actuator can be used in a whole lot of machines and programs.
Various Movements
You can customise their movement to healthy precise desires.
Low Maintenance
They require minimal upkeep, which saves time and decreases downtime.
Cleanroom Ready
Some models are designed for use in cleanrooms, making them appropriate for sterile environments.
Applications of Actuator

Automotive Industry
Actuators play a critical role in the automotive industry, contributing to the functionality, safety, and performance of modern vehicles. They are used in various systems and components, enabling precise control and movement in response to driver inputs and environmental conditions.
Aerospace Industry
Actuators play a crucial role in the aerospace industry, where they are used in various systems and components to ensure precise control, reliability, and safety. From aircraft flight control systems to spacecraft propulsion, actuators are essential for the proper functioning of aerospace vehicles and equipment.


Medical Industry
Actuators in the medical industry are pivotal, ensuring precision, safety, and adaptability in various medical devices and procedures. Their role is indispensable in both diagnostic and therapeutic applications, making them a cornerstone of modern medical technology.
Industrial Automation
Actuators are the backbone of industrial automation, driving efficiency, precision, and scalability in manufacturing and processing environments. Their role is crucial in ensuring that industrial processes are streamlined, consistent, and adaptable to changing demands.

Actuator Installation Steps
Before starting the installation process, make sure you have all the tools and components required for the specific actuator you are installing. Some common tools may include:
- Screwdrivers
- Wrenches
- Drill
- Mounting brackets
- Wiring connectors
- Power supply

Step 2: Mount the Actuator

For smooth operation, correctly mounting the actuator is crucial. Whether it’s a motorized linear actuator or a linear actuator electric motor, follow these steps:
Determine the Mounting Position: Choose an area where the actuator can operate without obstructions.
Install Mounting Brackets: Secure the mounting brackets to ensure the actuator is fixed in place.
Attach the Actuator: Fit the actuator into the mounting brackets. For larger projects like installing a motorized valve actuator or stepper motor linear actuators, make sure to use proper fasteners to hold everything securely.
Once the actuator is mounted, connect it to the power supply. The wiring process varies depending on the type of actuator:
1. For 12v actuator motors or linear actuators, connect the positive and negative leads to the corresponding terminals.
2. If you’re installing a throttle actuator control motor, consult the wiring diagram to ensure proper connections to the throttle system.
3. Use proper shielding and protection for wiring to prevent electrical damage, especially with high-power actuators like a motorized valve actuator.

Step 4: Test the Actuator Movement

Once the actuator is mounted and wired, it’s essential to test the functionality:
Check Initial Position: Make sure the actuator starts from a neutral position.
Activate the Actuator: Depending on whether you’re working with a blower motor actuator or a motorized linear actuator, apply power and confirm the actuator moves as expected.
Adjust if Necessary: Some actuators, like the stepper motor linear actuator, may require adjustments in alignment or motor speed.
For actuators involved in more precise tasks, such as window actuator motors or blend motor actuators, calibration might be necessary:
Throttle Actuator Control Motor: Ensure smooth throttle response by adjusting the control motor’s range and performance.
Door Lock Actuator Motor: If installing a power door lock actuator motor, check that it properly engages and disengages the locking mechanism.

Step 6: Final Checks and Securing Components

After testing and calibrating the actuator, secure all wiring and mechanical components:
Inspect Connections: Ensure that all electrical and mechanical connections are secure and properly fastened.
Install Protective Covers: Protect the actuator and wiring with covers or enclosures, especially in industrial environments.
Ordering Process

Packaging and Shipping
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Packaging |
Carton with pearl bag and cushion inside,pallet and wooden crate available for mass order. |
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Shipping |
UPS, DHL, FeDex, Sea and air freight, etc |
Our Factory




FAQ
As one of the leading actuator manufacturers and suppliers in China, we warmly welcome you to buy high quality actuator for sale here from our factory. Good service and competitive price are available.
