Electronic Multi Cores Cable | 4x22AWG 600V -20°C To +105°C
ELECTRONIC MULTI CORES CABLE: RELIABLE PERFORMANCE FOR ELECTRONIC EQUIPMENT
Our Electronic Multi Cores Cable delivers dependable signal and power transmission for a wide range of electronic devices and instrumentation. This robust cable features 4x22AWG conductors with 19-strand 34AWG tinned copper construction, protected by 105℃ resistant PVC insulation, comprehensive tinned copper wire braiding with 90% coverage, and a flame-retardant 105℃ resistant PVC outer sheath. Rated for 600V operations across a temperature range of -20°C to +105°C, this cable is engineered for electronic equipment, instrumentation, control systems, and industrial electronics where reliability, EMI protection, and thermal performance are essential.
KEY FEATURES & TECHNICAL ADVANTAGES
✔ Enhanced Temperature Performance - 105℃ resistant PVC compounds maintain integrity across the -20°C to +105°C range
✔ Superior EMI Protection - 90% tinned copper wire braiding provides excellent defense against electromagnetic interference
✔ Flame-Retardant Safety - FR-PVC sheath minimizes fire spread in electronic installations
✔ Optimized Flexibility - 19-strand 34AWG construction ensures excellent bendability for complex routing
✔ Reliable Performance - 600V rating ensures stable operation in various electronic applications
SPECIFICATIONS & CONSTRUCTION
| Parameter | Specification |
|---|---|
| Configuration | 4x22AWG |
| Conductor | TC (Tinned Copper, 19 strands of 34AWG) |
| Insulation | PVC (105℃ resistant compound) |
| Shielding | SCR (Tinned Copper Wire Braiding, 90% coverage) |
| Sheath | Flame-Retardant PVC (105℃ resistant compound) |
| Voltage Rating | 600V |
| Temperature Rating | -20°C to +105°C |
| Primary Application | Electronic equipment and instrumentation wiring |
WHY CHOOSE OUR ELECTRONIC MULTI CORES CABLE?
We specialize in manufacturing cables for electronic applications where precise performance and reliability are critical. Our electronic multi cores cable combines the thermal stability of 105℃ PVC compounds with the effective EMI protection of 90% tinned copper braiding, creating an ideal solution for electronic equipment operating in varied thermal conditions. The 19-strand 34AWG conductor construction provides the perfect balance between flexibility and current carrying capacity for electronic wiring applications. With extensive experience in electronics and instrumentation cabling, we deliver solutions that meet the exacting requirements of modern electronic device manufacturers.
TYPICAL APPLICATIONS
• Electronic Equipment - Internal wiring for electronic devices, appliances, and consumer electronics
• Instrumentation Systems - Test and measurement equipment, laboratory instruments, and control devices
• Industrial Controls - Control panel wiring, sensor connections, and automation system electronics
• Medical Electronics - Diagnostic equipment, monitoring devices, and medical instrumentation
• Communication Equipment - Internal wiring for communication devices and network equipment
- Request Sample & Compliance Data - Test our electronic cable in your application
-
Download Technical Specifications - Get complete electrical performance data
-
Contact Our Engineering Team - Discuss your electronic wiring requirements
-
Get Competitive Quotation - OEM/ODM solutions available
FAQ
Q1: What is the advantage of 19-strand 34AWG conductor construction?
A: This construction provides excellent flexibility while maintaining adequate current carrying capacity, making it ideal for electronic applications where space is limited and cables need to be routed through tight spaces or around components.
Q2: How effective is 90% braiding coverage for EMI protection?
A: 90% braiding coverage provides very good shielding effectiveness (typically 80-90dB attenuation), offering substantial protection against electromagnetic interference in most electronic and industrial environments.
Q3: Why use 105℃ resistant PVC instead of standard PVC?
A: 105℃ resistant PVC maintains mechanical and electrical properties at higher temperatures, preventing insulation softening or degradation in applications where components generate heat or where ambient temperatures may exceed standard PVC ratings.
Q4: Can this cable be used in high-flex applications?
A: While flexible for installation, this cable is optimized for fixed or occasional flexing. For continuous high-flex applications in electronic equipment, we recommend our specialized high-flex electronic cable series.
Q5: What customization options are available?
A: We offer various customizations including different conductor counts, alternative color coding, modified shielding configurations, specialized jacket materials, and custom length packaging to meet specific electronic application requirements.