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180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot
  • 180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot

180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot

Place of Origin Shanghai, China
Brand Name Dingzun Cable
Certification CE CCC
Model Number DZ107
Product Details
Conductor:
Tinned Copper Stranded Wire Accd. To IEC60228 Class 2
Construction:
3G0.75 3cores 0.75mm2
Insulation:
Flexible Silicone
Jacket:
Silicone
Temperature:
180℃
Voltage:
300/500V
Current:
25A
Application:
Robot
Packing:
1000feet/roll
Product Description
1. General Overview
 
The FLEXIBLE silicone cable 3G0.75 is a specialized cable tailored for robotic applications. It combines multiple features to meet the complex requirements of robotic systems, ensuring reliable performance and long - term durability.
180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot 0
2. Electrical Specifications
 
Section Area: With a section area of 0.75mm², this cable optimizes the balance between size and electrical conductivity. It enables efficient transmission of electrical signals and power, crucial for the smooth operation of robotic components.
Rated Voltage: Rated at 300/500V, the cable can handle the electrical demands typically found in robotic set - ups, providing a stable power supply for various robotic functions.
 
3. Conductor Details
 
Material: The conductor is made of tinned copper. Tinned copper offers excellent electrical conductivity, along with enhanced corrosion resistance. This is vital in robotic environments where exposure to different elements may occur.
Construction: The multi - stranded construction of the conductor contributes to the cable's flexibility. It allows the cable to bend and twist as the robot moves, without causing damage to the internal conducting elements.
 
4. Insulation and Jacket
 
Material: Both the insulation and the jacket are crafted from silicone. Silicone is a highly suitable material for this application due to its excellent electrical insulating properties. Additionally, it can withstand high temperatures, which is a key advantage in robotic systems where heat generation is common.
Temperature Resistance: Rated for a temperature of 180℃, the silicone insulation and jacket ensure the cable can operate effectively even in high - heat environments within the robot.
180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot 1
5. Core Configuration
 
The cable features 3 cores. This core configuration allows the cable to support multiple electrical functions simultaneously, such as power transmission, signal communication, etc., which are essential for the proper functioning of complex robotic systems.
 
6. Physical Dimensions
 
Outer Diameter (O.D.): With an outer diameter of 6.9mm, the cable has a size that is compatible with various robotic components and installation spaces. It can be easily integrated into different robotic designs without taking up excessive space.
180 degree 3G0.75 SILICONE FLEXIBLE CABLE FOR robot 2
Is this structure and content in line of this flexible cable with your expectations? If you have any specific requirements regarding the length of each section, or any other details, feel free to let us know.

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86-21-69900782
Rm.1708/1709, Building 2, no.31 Jiatong Rd., Nanxiang Town, Jiading District, Shanghai 201802, China
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