Product Standards
The R&D, manufacturing, and testing processes strictly implement the following technical specifications to ensure high reliability under variable frequency operating conditions:
Enterprise Technical Standard: Manufactured in accordance with Q/320282 GAD016.
Material Structure and Performance Advantages
Diversified Model Selection: Includes BPYJVP-type single-core and multi-core power supply cables to meet wiring requirements for various power levels and installation environments.
Precision Screening Design: The cable structure incorporates a high-performance screening layer. Its transfer impedance at 100MHz is no greater than 100Ω/km. This precision screening structure is core to eliminating EMI and safeguarding signal integrity.
Optimal Conductor Configuration: The main core cross-sections range from 1.5mm² to 400mm². Neutral or grounding cores are scientifically proportioned (0.75mm² to 150mm²) according to technical specifications to achieve optimal conductivity and grounding protection.
Operating Characteristics & Performance Advantages
Temperature and Voltage Resistance:
The maximum continuous operating temperature of the conductor is 90°C.
The maximum conductor temperature during a short circuit (maximum duration 5s) can reach 250°C.
Flexible Installation Conditions:
The recommended ambient temperature for cable installation is not lower than 0°C. If the temperature is above 0°C, construction can proceed directly without preheating.
The minimum allowable bending radius is not less than 15 times the cable's outer diameter, ensuring sufficient redundancy for wiring in complex frequency conversion cabinets and industrial sites.
System Safety: For 3.6/6kV specifications, the partial discharge test (at 1.73$U_0$) shows a discharge volume of no more than 10pC, effectively eliminating insulation hazards under high-voltage conditions.
Core Application Areas
This series is precision-designed and widely utilized in automation and power systems with specialized electrical performance requirements:
Frequency Control Systems: Suitable for power supply or electrical connection links between frequency transformers of 10kV and below (including 6kV) and their supporting motors.
High-Precision Industrial Environments: Specifically ideal for automated production lines, substations, and large pump stations that are sensitive to electromagnetic environments and require strict control of motor noise and suppression of high-frequency interference.