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HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length

HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length

MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 1-2 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 10000 PCS/Week, Stock Available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HC1704-B01
Name:
Capsule Slip Rings
Circuits &Current:
4 / 2.5 A
Lead Wire Size:
Φ0.8-AWG26#Teflon Insulated
Lead Length:
17mm
Voltage:
110V AC / DC
Dielectric Strength:
≥300VDC@50Hz
Highlight:

Capsule Slip Rings 4 Circuits

,

Capsule Slip Rings 2.5A

,

HVAC Systems Capsule Slip Rings

Product Description

Capsule Slip Rings 4 circuits 2.5A

 

Product Description:

 

Features:

  • Four Circuits: With four circuits, this slip ring provides the capacity to transmit multiple signals or power circuits simultaneously.
  • 2.5A Current Rating: The slip ring is designed to handle a maximum current of 2.5A per circuit, allowing for the transmission of moderate power requirements.
  • Low Contact Resistance: Utilizing high-quality contact materials, the slip ring exhibits low contact resistance, resulting in minimal power loss during signal transmission.

 

Typical Application:

  • Train and Railway Systems: Capsule Slip Rings are utilized in train and railway systems for applications such as signal transmission, power supply, or communication between stationary and rotating parts, ensuring smooth and reliable operation.
  • HVAC Systems: Capsule Slip Rings are used in HVAC (heating, ventilation, and air conditioning) systems, enabling the rotation of components such as air handling units or dampers while maintaining signal transmission for control and monitoring.
  • Remote Sensing Systems: Capsule Slip Rings find applications in remote sensing systems, such as weather monitoring or environmental sensing equipment, enabling continuous rotation and signal transmission for data acquisition and communication.

Specifications:

Electrical Parameter
Circuits &Current 4 / 2.5 A
Lead Wire Size Φ0.8-AWG26#Teflon Insulated
Lead Length 17mm
Voltage 110V AC / DC
Dielectric Strength ≥300VDC@50Hz
Insulation Resistance 200㏁ / 200VDC
Transmitting media Signal Or Power

 

 

 

 

 

 

 

 

 

 

Mechanical Parameter
Lead Wire Size Stator:200mm
Rotor:200mm
Warranty Period One year/ 5 million Turns
Contact Material Gold-On-gold
Housing Materia Engineering Plastics
Working
Temperature
-30'C~+80℃
Working Humidity ≤70%RH
Working Speed 0-300RPM
Protection(IP Grade) IP40

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Drwing for HC1704-B01:

 

 

HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length 0

           

                                                HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length 1

 

FAQ:

 

Can Capsule Slip Rings be used for wireless power transfer?

Capsule Slip Rings are not typically used for wireless power transfer. They are designed specifically for wired electrical transmission between rotating and stationary components. Wireless power transfer usually involves different technologies such as inductive coupling or resonant systems.

 

What is the difference between Capsule Slip Rings and through-bore slip rings?

Capsule Slip Rings and through-bore slip rings are similar in function but differ in their physical design. Capsule Slip Rings have a protective cap that encloses the rotating and stationary assemblies, while through-bore slip rings have a hollow center bore that allows fluid or other components to pass through the center.

 

Can Capsule Slip Rings be used for fiber optic signal transmission?

Capsule Slip Rings are primarily designed for electrical signal transmission and power transfer. They are not typically used for transmitting fiber optic signals, as fiber optic communication requires specialized components such as fiber optic rotary joints to maintain the integrity of the optical signals during rotation.

 

products
PRODUCTS DETAILS
HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length
MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 1-2 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 10000 PCS/Week, Stock Available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HC1704-B01
Name:
Capsule Slip Rings
Circuits &Current:
4 / 2.5 A
Lead Wire Size:
Φ0.8-AWG26#Teflon Insulated
Lead Length:
17mm
Voltage:
110V AC / DC
Dielectric Strength:
≥300VDC@50Hz
Minimum Order Quantity:
1
Price:
Negotiate
Packaging Details:
Carton
Delivery Time:
1-2 Weeks, Stock Available
Payment Terms:
T/T
Supply Ability:
10000 PCS/Week, Stock Available
Highlight

Capsule Slip Rings 4 Circuits

,

Capsule Slip Rings 2.5A

,

HVAC Systems Capsule Slip Rings

Product Description

Capsule Slip Rings 4 circuits 2.5A

 

Product Description:

 

Features:

  • Four Circuits: With four circuits, this slip ring provides the capacity to transmit multiple signals or power circuits simultaneously.
  • 2.5A Current Rating: The slip ring is designed to handle a maximum current of 2.5A per circuit, allowing for the transmission of moderate power requirements.
  • Low Contact Resistance: Utilizing high-quality contact materials, the slip ring exhibits low contact resistance, resulting in minimal power loss during signal transmission.

 

Typical Application:

  • Train and Railway Systems: Capsule Slip Rings are utilized in train and railway systems for applications such as signal transmission, power supply, or communication between stationary and rotating parts, ensuring smooth and reliable operation.
  • HVAC Systems: Capsule Slip Rings are used in HVAC (heating, ventilation, and air conditioning) systems, enabling the rotation of components such as air handling units or dampers while maintaining signal transmission for control and monitoring.
  • Remote Sensing Systems: Capsule Slip Rings find applications in remote sensing systems, such as weather monitoring or environmental sensing equipment, enabling continuous rotation and signal transmission for data acquisition and communication.

Specifications:

Electrical Parameter
Circuits &Current 4 / 2.5 A
Lead Wire Size Φ0.8-AWG26#Teflon Insulated
Lead Length 17mm
Voltage 110V AC / DC
Dielectric Strength ≥300VDC@50Hz
Insulation Resistance 200㏁ / 200VDC
Transmitting media Signal Or Power

 

 

 

 

 

 

 

 

 

 

Mechanical Parameter
Lead Wire Size Stator:200mm
Rotor:200mm
Warranty Period One year/ 5 million Turns
Contact Material Gold-On-gold
Housing Materia Engineering Plastics
Working
Temperature
-30'C~+80℃
Working Humidity ≤70%RH
Working Speed 0-300RPM
Protection(IP Grade) IP40

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Drwing for HC1704-B01:

 

 

HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length 0

           

                                                HVAC Systems Capsule Slip Rings 4 Circuits 2.5A 17mm Lead Length 1

 

FAQ:

 

Can Capsule Slip Rings be used for wireless power transfer?

Capsule Slip Rings are not typically used for wireless power transfer. They are designed specifically for wired electrical transmission between rotating and stationary components. Wireless power transfer usually involves different technologies such as inductive coupling or resonant systems.

 

What is the difference between Capsule Slip Rings and through-bore slip rings?

Capsule Slip Rings and through-bore slip rings are similar in function but differ in their physical design. Capsule Slip Rings have a protective cap that encloses the rotating and stationary assemblies, while through-bore slip rings have a hollow center bore that allows fluid or other components to pass through the center.

 

Can Capsule Slip Rings be used for fiber optic signal transmission?

Capsule Slip Rings are primarily designed for electrical signal transmission and power transfer. They are not typically used for transmitting fiber optic signals, as fiber optic communication requires specialized components such as fiber optic rotary joints to maintain the integrity of the optical signals during rotation.