BPGGP, BPYJVPP2 Series Inverter Power Cables
I: Product Features and Applications
This product is suitable for use as a power supply cable or electrical connection in variable-frequency control systems with AC rated voltages of 0.6/1kV and below. It features strong voltage surge resistance and can withstand the pulse voltages associated with frequency conversion. The cable also boasts excellent shielding, effectively eliminating electromagnetic interference and reducing noise from variable-frequency motors, ensuring stable system operation. It is widely used in the metallurgical, power, and petrochemical industries.
II: Product Standard
Q/ZSTZH006
Flame retardancy and fire resistance testing in accordance with GB12666-90
III: Usage Characteristics
1. AC Rated Voltage: U0/U 0.6/1kV
Maximum Operating Temperature: Silicone rubber insulation: 180°C
Fluoro-46 insulation: 200°C and 260°C
PVC insulation: 70°C
XLPE insulation: 90°C
Minimum Ambient Temperature: The ambient temperature during cable installation should be no lower than -40°C; for PVC-sheathed cables, no lower than 0°C. 2. The cable installation temperature should be no less than -25°C.
3. Allowable cable bending radius: The minimum allowable bending radius is 10 times the cable's outer diameter.
IV. Basic Models and Names
BPGGP: Silicone rubber insulated and sheathed copper wire braided shielded high-temperature, variable-frequency power cable.
BPGGP2: Silicone rubber insulated and sheathed copper tape wrapped shielded high-temperature, variable-frequency power cable.
BPGGPP2: Silicone rubber insulated and sheathed copper wire braided copper tape wrapped shielded high-temperature, variable-frequency power cable.
BPGGP3: Silicone rubber insulated and sheathed aluminum-polyester composite film wrapped shielded high-temperature, variable-frequency power cable.
BPGVFP: Silicone rubber insulated, nitrile sheathed copper wire braided shielded high-temperature, variable-frequency power cable.
BPGVFP2: Silicone rubber insulated, nitrile sheathed copper tape wrapped shielded high-temperature, variable-frequency power cable.
BPGVFPP2: Silicone rubber insulated, nitrile sheathed copper wire braided copper tape wrapped shielded high-temperature, variable-frequency power cable. BPGVFP3 silicone rubber insulated, nitrile sheathed, aluminum-polyester composite film wrapped shielded, high-temperature resistant, variable-frequency power cable.
BPFFP fluorine-46 insulated and sheathed, copper wire braided shielded, high-temperature resistant, variable-frequency power cable.
BPFFP2 fluorine-46 insulated and sheathed, copper tape wrapped shielded, high-temperature resistant, variable-frequency power cable.
BPFFPP2 fluorine-46 insulated and sheathed, copper wire braided, copper tape wrapped shielded, high-temperature resistant, variable-frequency power cable.
BPFFP3 fluorine-46 insulated and sheathed, aluminum-polyester composite film wrapped shielded, high-temperature resistant, variable-frequency power cable.
BPVVP PVC insulated and sheathed, copper wire braided shielded, variable-frequency power cable.
BPVVP2 PVC insulated and sheathed, copper tape wrapped shielded, variable-frequency power cable.
BPVVPP2 PVC insulated and sheathed, copper wire braided, copper tape wrapped shielded, variable-frequency power cable.
BPVVP3 PVC insulated and sheathed, aluminum-polyester composite film wrapped shielded, variable-frequency power cable. BPYJVP: Cross-linked polyethylene insulated, PVC sheathed, copper wire braided shielded, variable-frequency power cable.
BPYJVP2: Cross-linked polyethylene insulated, PVC sheathed, copper tape wrapped shielded, variable-frequency power cable.
BPYJVPP2: Cross-linked polyethylene insulated, PVC sheathed, copper wire braided, copper tape wrapped shielded, variable-frequency power cable.
BPYJVP3: Cross-linked polyethylene insulated, PVC sheathed, aluminum-polyester composite film wrapped shielded, variable-frequency power cable.
Note: The copper wire in the conductor core can be tinned. Flame-retardant cables are prefixed with ZR, and flexible cables with R.
V: Main Technical Specifications
1. DC resistance of finished cable conductor (in accordance with GB3956)
2. Insulation resistance (20°C) of finished cable: Fluoroplastic and silicone rubber insulation should be no less than 100 MΩ*km. PVC insulation should be no less than 50 MΩ*km.
3. Finished cable must withstand an AC 50Hz, 3.5kV/5min voltage test without breakdown. 4. Shielding Transmission Impedance
The cable's transmission impedance at 100 MHz should be equal to or less than 100 Ω/m.
The ideal shielding suppression coefficient of the cable should be equal to or less than 0.7.
