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Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable

Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable

Brand Name: Dingzun Cable
Model Number: DZ201
MOQ: 305M
Price: 1M/0.45~4USD
Packaging Details: Carton Packing / Drum Packing
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
Shanghai, China
Certification:
CE CCC
Conductor:
Tinned Copper Stranded Wire Accd. To IEC60228 Class 2
Construction:
7cores 0.20mm2
Insulation:
Flexible Silicone
Jacket:
TPU Compound Thermoplastic Polyurethane
Application:
Sensor - Related Applications
Packing:
305meters/roll
Supply Ability:
1000M/1DAYS
Highlight:

Multi Core TPU Jacket Sensor Cable

,

Flexible TPU Jacket Sensor Cable

Product Description
Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable
The Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable is a high-performance cable designed to meet the demanding requirements of various sensor-related applications.
Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable 0
Construction Details
Section Area: 0.2mm² - optimized for efficient signal transmission while maintaining compact size
Conductor: Tinned copper for excellent conductivity and corrosion resistance
Construction: Multi-stranded design for high flexibility and durability
Insulation: Silicone for extreme softness, flexibility, and reliable electrical insulation
Number of Cores: 7 cores to support multiple signal channels simultaneously
Jacket: TPU (Thermoplastic Polyurethane) for toughness and abrasion resistance
Outer Diameter: 6.9mm - balanced for compact installation and adequate protection
Electrical and Thermal Ratings
Rated Voltage: 24V - suitable for low-voltage sensor applications
Rated Temperature: 75℃ - operates effectively in varying temperature conditions
Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable 1
The Flexible 7 Silicone Multi Core TPU Jacket Sensor Cable combines the flexibility of silicone insulation with the durability of a TPU jacket, making it an ideal choice for sensor applications that require both reliable performance and long-term usability.