products
PRODUCTS DETAILS
Home > Products >
HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports

HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports

MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 1-2 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 2000 PCS/Week, Stock Available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HJ0640-06M5
Name:
Hydraulic/Pneumatic Rotary Joints
NO.of Circuits:
6 Circuits
Connection Thread Size:
M5(4,6MM)
Pressure:
-100Kpa~1Mpa
Transmitting Media:
Compressed Air
Roating Speed:
0~200RPM
Highlight:

HVAC Systems Rotary Union Pneumatic

,

Rotary Hydraulic Joint 6 Circuits

,

Rotary Union Pneumatic 6 Circuits

Product Description

Hydraulic Rotary joints Pneumatic Rotary Joints 6 Circuits M5 ports

 

Product Description:

 

Features:

 

  • Six Circuits: These hydraulic/pneumatic rotary joints are equipped with six circuits, allowing for the simultaneous transfer of multiple fluids or gases. Each circuit operates independently, enabling efficient and flexible flow control for different media or applications.

 

  • M5 Ports: With M5 ports, these rotary joints provide compatibility with standard M5 fittings and connectors. The M5 port size is commonly used in pneumatic systems, making integration into existing setups convenient and straightforward.

 

  • Smooth and Low-Friction Rotation: These rotary joints are designed for smooth and low-friction rotation, minimizing energy loss and ensuring the efficient operation of rotating components. This feature enhances overall system performance and reduces wear on moving parts.

 

Typical Application:

 

  • HVAC Systems: Pneumatic/Hydraulic Slip Rings are employed in HVAC (Heating, Ventilation, and Air Conditioning) systems to transmit pneumatic or hydraulic signals for controlling damper actuators, valve operations, and airflow regulation.

 

  • Construction Equipment: These slip rings find application in construction equipment such as cranes and excavators, enabling the transmission of pneumatic or hydraulic signals for precise control of lifting, digging, and movement functions.

 

  • Marine Propulsion Systems: Pneumatic/Hydraulic Slip Rings are used in marine propulsion systems to transmit pneumatic or hydraulic signals for controlling propeller pitch, rudder movements, and other vessel maneuvering operations.

 

Specifications:

 

Pneumatic Parameter
NO.of Circuits 6 Circuits
Connection Thread Size M5(4,6MM)
Pressure -100Kpa~1Mpa
Transmitting Media Compressed Air
Roating Speed 0~200RPM
Working Temperature -30℃~+70℃

 

 

Drawing for HJ0640-06M5:

 

 

HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports 0

                                           HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports 1

 

 

FAQ:

 

Can hydraulic/pneumatic rotary joints handle corrosive fluids or gases?

 

Yes, certain hydraulic/pneumatic rotary joints are designed to handle corrosive fluids or gases. These joints are constructed using corrosion-resistant materials, such as stainless steel or specialized coatings, and they incorporate seals compatible with the specific corrosive media.

 

Are there options for electrical signal or power transmission?

 

Yes, some hydraulic/pneumatic rotary joints can accommodate electrical signal or power transmission alongside fluid or gas transfer. These joints are equipped with separate electrical circuits or slip rings to enable the transfer of signals or electrical power between stationary and rotating components.

 

What are the considerations for installing hydraulic/pneumatic rotary joints?

 

When installing hydraulic/pneumatic rotary joints, it is essential to ensure proper alignment, secure mounting, and appropriate torque settings. Adequate clearance should be provided to prevent interference with adjacent components. Following the manufacturer's installation guidelines and torque specifications is crucial for optimal performance and longevity.

 

 

products
PRODUCTS DETAILS
HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports
MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 1-2 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 2000 PCS/Week, Stock Available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HJ0640-06M5
Name:
Hydraulic/Pneumatic Rotary Joints
NO.of Circuits:
6 Circuits
Connection Thread Size:
M5(4,6MM)
Pressure:
-100Kpa~1Mpa
Transmitting Media:
Compressed Air
Roating Speed:
0~200RPM
Minimum Order Quantity:
1
Price:
Negotiate
Packaging Details:
Carton
Delivery Time:
1-2 Weeks, Stock Available
Payment Terms:
T/T
Supply Ability:
2000 PCS/Week, Stock Available
Highlight

HVAC Systems Rotary Union Pneumatic

,

Rotary Hydraulic Joint 6 Circuits

,

Rotary Union Pneumatic 6 Circuits

Product Description

Hydraulic Rotary joints Pneumatic Rotary Joints 6 Circuits M5 ports

 

Product Description:

 

Features:

 

  • Six Circuits: These hydraulic/pneumatic rotary joints are equipped with six circuits, allowing for the simultaneous transfer of multiple fluids or gases. Each circuit operates independently, enabling efficient and flexible flow control for different media or applications.

 

  • M5 Ports: With M5 ports, these rotary joints provide compatibility with standard M5 fittings and connectors. The M5 port size is commonly used in pneumatic systems, making integration into existing setups convenient and straightforward.

 

  • Smooth and Low-Friction Rotation: These rotary joints are designed for smooth and low-friction rotation, minimizing energy loss and ensuring the efficient operation of rotating components. This feature enhances overall system performance and reduces wear on moving parts.

 

Typical Application:

 

  • HVAC Systems: Pneumatic/Hydraulic Slip Rings are employed in HVAC (Heating, Ventilation, and Air Conditioning) systems to transmit pneumatic or hydraulic signals for controlling damper actuators, valve operations, and airflow regulation.

 

  • Construction Equipment: These slip rings find application in construction equipment such as cranes and excavators, enabling the transmission of pneumatic or hydraulic signals for precise control of lifting, digging, and movement functions.

 

  • Marine Propulsion Systems: Pneumatic/Hydraulic Slip Rings are used in marine propulsion systems to transmit pneumatic or hydraulic signals for controlling propeller pitch, rudder movements, and other vessel maneuvering operations.

 

Specifications:

 

Pneumatic Parameter
NO.of Circuits 6 Circuits
Connection Thread Size M5(4,6MM)
Pressure -100Kpa~1Mpa
Transmitting Media Compressed Air
Roating Speed 0~200RPM
Working Temperature -30℃~+70℃

 

 

Drawing for HJ0640-06M5:

 

 

HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports 0

                                           HVAC Systems Rotary Union Pneumatic Rotary Hydraulic Joint 6 Circuits M5 Ports 1

 

 

FAQ:

 

Can hydraulic/pneumatic rotary joints handle corrosive fluids or gases?

 

Yes, certain hydraulic/pneumatic rotary joints are designed to handle corrosive fluids or gases. These joints are constructed using corrosion-resistant materials, such as stainless steel or specialized coatings, and they incorporate seals compatible with the specific corrosive media.

 

Are there options for electrical signal or power transmission?

 

Yes, some hydraulic/pneumatic rotary joints can accommodate electrical signal or power transmission alongside fluid or gas transfer. These joints are equipped with separate electrical circuits or slip rings to enable the transfer of signals or electrical power between stationary and rotating components.

 

What are the considerations for installing hydraulic/pneumatic rotary joints?

 

When installing hydraulic/pneumatic rotary joints, it is essential to ensure proper alignment, secure mounting, and appropriate torque settings. Adequate clearance should be provided to prevent interference with adjacent components. Following the manufacturer's installation guidelines and torque specifications is crucial for optimal performance and longevity.