Inovance SV660P Series, Руководство по оборудованию

Страница: 88 / 156

Wiring
‑87‑
Table 3–15 Specifications of motor output cables
MS1H3 29C–75C (Applicable to Motors with Rated Output of 2.9 kW to 7.5 kW)
Cable type Regular cable
Flexible cable
Oil‑resistant shielded
flexible cable
Cable model
S6‑L‑M/B***‑X.X S6‑L‑M/B***‑X.X‑T S6‑L‑M/B***‑X.X‑TS
Cable
specifications
UL2586 (rated
temperature: 105℃)
4Ex12AWG, 2Cx18AWG UL2586 (rated
temperature: 105℃)
4Ex12AWG, 2Cx18AWG UL2586 (rated
temperature: 105℃)
4Ex12AWG, 2Cx18AWG
Power cable: 12AWG
(3.31 mm
2
) Insulation
diameter: 4.1 mm
Power cable: 12AWG
(3.31 mm
2
) Insulation
diameter: 4.2 mm
Power cable: 12AWG
(3.31 mm
2
) Insulation
diameter: 4.2 mm
Brake cable: 18AWG
(0.823 mm
2
) Insulation
diameter: 2.0 mm
Brake cable: 18AWG
(0.823 mm
2
) Insulation
diameter: 2.15 mm
Brake cable: 18AWG
(0.823 mm
2
) Insulation
diameter: 2.15 mm
Sheath diameter
12.2±0.4 mm (main
circuit) 12.5±0.4 mm (main
circuit) 13.2±0.4 mm (main
circuit)
Internal
structure and
conductor
colors
Fill in "X.X" in the model number with designated cable length.
Cable selection
To comply with the EMC standards, use shielded cables. Shielded cables are divided
into three‑conductor shielded cables and four‑conductor shielded cables, as shown in
the following figure.
If the conductivity of the three‑conductor cable shield is insufficient, add an extra PE
cable or use a four‑conductor shielded cable, with one conductor of which being PE
cable. The cable shield must be made of co‑axial copper braids with a weaving
density larger than 90% to enhance the shielding and conductivity performance and
suppress radio frequency interference.