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Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design

Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design

MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 4-6 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 5000 PCS/ Month stock available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HP25-P0210
Name:
Pancake Slip Rings
Lead Length:
Standard 300mm(can Be Customized)
Working Temperature:
-30℃~80℃
Working Humidity:
0~85%RH
Housing Material:
Aluminum Alloy
Protection(IP Grade):
IP51
Highlight:

Ultra Thin Pancake Slip Rings

,

Pancake Slip Rings 2 Circuits

,

CCTV Slipring Design

Product Description

Pancake Slip Rings 2 circuits 10A

 

Product Description:

 

Features:

 

  • 2 circuits, capable of transmitting various signal types
  • Ultra-thin design, space-saving
  • High rotating speed, stable signal transmission
  • Excellent performance, reliable and durable
  • Customizable options to meet different needs
  • Suitable for various industrial applications, widely used in medical, aerospace, automation, etc. industries.
  • Capable of handling current up to 10A
  • Can be used in high-power applications
  • Multiple options available for customization
  • Ideal for use in heavy-duty industrial environments.

 

Typical Application:

 

  • Medical Equipment: Pancake slip rings are used in various medical equipment, including CT scanners, MRI machines, and robotic surgical systems. They enable the transmission of power, video signals, and data between stationary and rotating parts, facilitating seamless operation and accurate diagnostic imaging.

 

  • CCTV Systems: Pancake slip rings are utilized in closed-circuit television (CCTV) systems. They enable the continuous rotation of pan-tilt-zoom (PTZ) cameras, providing seamless surveillance coverage without cable limitations. This allows for comprehensive monitoring and improved security.

 

  • Indexing Tables: Pancake slip rings are employed in indexing tables commonly used in machining operations. They enable the transmission of power and control signals to rotating indexing plates, facilitating accurate positioning and synchronization during precision machining processes.

 

Specifications:

 

Mechanical Parameter
Working temperature -30℃~80℃
Working Humidity 0~85%RH
Housing Material Aluminum Alloy
Protection(IP Grade) IP51

 

Electrical & Electronics
spec power signal
voltage range 0~440VAC/VDC 0~240VAC/VDC
Insulation Resistance ≥1000M /500VDC ≥1000M /500VDC
Lead Wire Size AWG17# Silverplated teflon AWG22# Silverplated teflon
Lead Length Standard 300mm(can be customized)
Dielectric Strength

500VAC@50Hz,60s

Dynamic Contact Resistance ≤0.01Ω
Circuits & Current 2 /10A
Dimension(OD) 92mm

 

 

Drawing for HP25-P0210:

 

Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design 0

 

                                  Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design 1

 

 

 

FAQ:

 

What types of signals can be transmitted through pancake slip rings?

 

Pancake slip rings can transmit a wide range of signals, including:

Power (AC or DC)

Analog signals (such as audio or video)

Digital signals (such as Ethernet or USB)

Control signals (such as CAN bus or RS485)

High-frequency signals (such as RF or microwave)

 

What is the maximum current and voltage rating of pancake slip rings?

 

The maximum current and voltage rating of pancake slip rings can vary depending on the specific model and design. Common current ratings range from a few amps to hundreds of amps, while voltage ratings can range from low voltage (e.g., a few volts) to high voltage (e.g., several kilovolts).

 

Can pancake slip rings transmit high-frequency signals?

 

Yes, pancake slip rings can transmit high-frequency signals. However, the frequency range and signal integrity may depend on the specific design, materials used, and the presence of any signal conditioning or filtering mechanisms.

products
PRODUCTS DETAILS
Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design
MOQ: 1
Price: Negotiate
Standard Packaging: Carton
Delivery Period: 4-6 Weeks, Stock Available
Payment Method: T/T
Supply Capacity: 5000 PCS/ Month stock available
Detail Information
Place of Origin
Shenzhen , China
Brand Name
Hiscience
Certification
ISO
Model Number
HP25-P0210
Name:
Pancake Slip Rings
Lead Length:
Standard 300mm(can Be Customized)
Working Temperature:
-30℃~80℃
Working Humidity:
0~85%RH
Housing Material:
Aluminum Alloy
Protection(IP Grade):
IP51
Minimum Order Quantity:
1
Price:
Negotiate
Packaging Details:
Carton
Delivery Time:
4-6 Weeks, Stock Available
Payment Terms:
T/T
Supply Ability:
5000 PCS/ Month stock available
Highlight

Ultra Thin Pancake Slip Rings

,

Pancake Slip Rings 2 Circuits

,

CCTV Slipring Design

Product Description

Pancake Slip Rings 2 circuits 10A

 

Product Description:

 

Features:

 

  • 2 circuits, capable of transmitting various signal types
  • Ultra-thin design, space-saving
  • High rotating speed, stable signal transmission
  • Excellent performance, reliable and durable
  • Customizable options to meet different needs
  • Suitable for various industrial applications, widely used in medical, aerospace, automation, etc. industries.
  • Capable of handling current up to 10A
  • Can be used in high-power applications
  • Multiple options available for customization
  • Ideal for use in heavy-duty industrial environments.

 

Typical Application:

 

  • Medical Equipment: Pancake slip rings are used in various medical equipment, including CT scanners, MRI machines, and robotic surgical systems. They enable the transmission of power, video signals, and data between stationary and rotating parts, facilitating seamless operation and accurate diagnostic imaging.

 

  • CCTV Systems: Pancake slip rings are utilized in closed-circuit television (CCTV) systems. They enable the continuous rotation of pan-tilt-zoom (PTZ) cameras, providing seamless surveillance coverage without cable limitations. This allows for comprehensive monitoring and improved security.

 

  • Indexing Tables: Pancake slip rings are employed in indexing tables commonly used in machining operations. They enable the transmission of power and control signals to rotating indexing plates, facilitating accurate positioning and synchronization during precision machining processes.

 

Specifications:

 

Mechanical Parameter
Working temperature -30℃~80℃
Working Humidity 0~85%RH
Housing Material Aluminum Alloy
Protection(IP Grade) IP51

 

Electrical & Electronics
spec power signal
voltage range 0~440VAC/VDC 0~240VAC/VDC
Insulation Resistance ≥1000M /500VDC ≥1000M /500VDC
Lead Wire Size AWG17# Silverplated teflon AWG22# Silverplated teflon
Lead Length Standard 300mm(can be customized)
Dielectric Strength

500VAC@50Hz,60s

Dynamic Contact Resistance ≤0.01Ω
Circuits & Current 2 /10A
Dimension(OD) 92mm

 

 

Drawing for HP25-P0210:

 

Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design 0

 

                                  Ultra Thin Pancake Slip Rings 2 Circuits 10A CCTV Slipring Design 1

 

 

 

FAQ:

 

What types of signals can be transmitted through pancake slip rings?

 

Pancake slip rings can transmit a wide range of signals, including:

Power (AC or DC)

Analog signals (such as audio or video)

Digital signals (such as Ethernet or USB)

Control signals (such as CAN bus or RS485)

High-frequency signals (such as RF or microwave)

 

What is the maximum current and voltage rating of pancake slip rings?

 

The maximum current and voltage rating of pancake slip rings can vary depending on the specific model and design. Common current ratings range from a few amps to hundreds of amps, while voltage ratings can range from low voltage (e.g., a few volts) to high voltage (e.g., several kilovolts).

 

Can pancake slip rings transmit high-frequency signals?

 

Yes, pancake slip rings can transmit high-frequency signals. However, the frequency range and signal integrity may depend on the specific design, materials used, and the presence of any signal conditioning or filtering mechanisms.