CIAT AQUACIAT POWER LD 1100R, Инструкция по эксплуатации

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Table of minimum and maximum cable sections (per phase) for connection to the units
AQUACIAT POWER™ LD
Max. connectable section
(1)
Calculation of favourable case:
No. 13 Perforated horizontal raceway or
no. 17 self-supporting cable - PR (90°C) - 45°C
Calculation of unfavourable case:
No. 41 Closed conduit - PR (90°C) - 45°C
Tightening
torque
Connection
hole
Recommended
max. lug width
Section (2)
Max. length for
a voltage drop
< 5%
Cable type (3) Section (2)
Max. length for
a voltage drop
< 5%
Cable type (3)
Nm mm
qty x mm²
(per phase)
m -
qty x mm²
(per phase)
m -
Standard unit
0602R
15 M8 25 1x50 180 90°C 2x25 190 90°C or 70°C
0650R
15 M8 25 1x50 180 90°C 2x35 210 90°C or 70°C
0750R 15 M8 25 1x70 190 90°C 2x35 210 90°C or 70°C
0900R 15 M8 25 1x70 190 90°C 2x50 240 90°C or 70°C
1100R 15 M8 25 2x35 170 90°C 2x70 260 90°C or 70°C
1200R
50 M10 32 2x50 190 90°C 2x70 260 90°C or 70°C
1350R 50 M10 32 2x50 190 90°C 2x70 260 90°C or 70°C
1400R 50 M10 32 2x70 200 90°C 2x95 270 90°C or 70°C
1600R 50 M10 32 2x70 200 90°C 2x95 270 90°C or 70°C
1750R 50 M10 32 2x70 200 90°C 2x120 290 90°C or 70°C
1800R 50 M10 32 2x95 210 90°C 2x120 290 90°C or 70°C
2000R 50 M10 32 2x95 210 90°C 2x150 300 90°C or 70°C
2200R 50 M10 32 2x120 220 90°C 2x185 310 90°C or 70°C
2400R 50 M10 32 2x150 220 90°C 2x240 320 90°C or 70°C
2650R 50 M10 32 2x150 230 90°C 2x240 320 90°C or 70°C
2800R 50 M10 32 2x185 240 90°C 4x120 300 90°C or 70°C
2950R 50 M10 32 2x185 240 90°C 4x150 310 90°C or 70°C
3200R 50 M10 32 2x240 240 90°C 4x150 310 90°C or 70°C
3500R 50 M10 32 2x240 240 90°C 4x185 300 90°C or 70°C
AQUACIAT POWER™ ILD
Max. connectable section
(1)
Calculation of favourable case:
No. 13 Perforated horizontal raceway or
no. 17 self-supporting cable - PR (90°C) - 45°C
Calculation of unfavourable case:
No. 41 Closed conduit - PR (90°C) - 45°C
Tightening
torque
Connection
hole
Recommended
max. lug width
Section (2)
Max. length for
a voltage drop
< 5%
Cable type (3) Section (2)
Max. length for
a voltage drop
< 5%
Cable type (3)
Nm mm
qty x mm²
(per phase)
m -
qty x mm²
(per phase)
m -
Standard unit
0602R
15 M8 25 1x50 180 90°C 2x25 190 90°C or 70°C
0700R 15 M8 25 1x50 180 90°C 2x35 210 90°C or 70°C
0800R 15 M8 25 1x70 190 90°C 2x35 210 90°C or 70°C
0900R 15 M8 25 1x70 190 90°C 2x50 240 90°C or 70°C
1000R 15 M8 25 2x35 170 90°C 2x70 260 90°C or 70°C
1150R
50 M10 32 2x50 190 90°C 2x70 260 90°C or 70°C
1250R 50 M10 32 2x50 190 90°C 2x70 260 90°C or 70°C
1400R 50 M10 32 2x70 200 90°C 2x95 270 90°C or 70°C
1500R 50 M10 32 2x70 200 90°C 2x95 270 90°C or 70°C
1600R
50 M10 32 2x70 200 90°C 2x120 290 90°C or 70°C
1750R 50 M10 32 2x95 210 90°C 2x120 290 90°C or 70°C
2000R 50 M10 32 2x95 210 90°C 2x150 300 90°C or 70°C
(1) Connection capacities actually available for each machine. These are defined according to the connection terminal size, the electrical box access opening dimensions,
and the available space inside the electrical box.
(2) Selection simulation result considering the hypotheses indicated.
(3) If the maximum calculated selection is for a 90°C cable type, this means that a selection based on a 70°C cable type can exceed the connection capacity actually
available. Special attention must be given to selection.
The protection against direct contact at the electrical connection point is compatible with the addition of fanout cables. The installer must determine whether these are
necessary based on the cable sizing calculation.
Note: The currents considered are given for a machine fitted with a hydraulic module operating at the maximum current.
6 - ELECTRICAL CONNECTION
AQUACIAT
POWER
™ LD/ILD EN-24