Interconnections; Mis (Master Interconnect System); Cable Channeling - GE Innova IGS 6 Preinstallation Manual

Electrical Requirements
100 m
120 m
NOTICE
Recommended feeder cable section in mm² : for PHASES, NEUTRAL & GROUND PDB in-
put terminals accept 35² to 95². Bigger cables needs a size reduction before PDB entry.
NOTE
Increasing transformer power will decrease its voltage loss and feeder cables section. To be cal-
culated site by site.

5.3 Interconnections

5.3.1 MIS (Master Interconnect System)

Innova system interconnect cables are described in MIS (Master Interconnect System) documents. These
documents specify all interconnections between components within the system.
Reference: For specific Vascular system interconnect maps and connection details, refer to the following:
• InnovaTM IGS 620, InnovaTM IGS 630 MIS Maps
• InnovaTM IGS 620, InnovaTM IGS 630 MIS Charts.
General Guidelines
Innova System introduces a new system interconnect with a star distribution for all cables from the
technical area. Cable group 1 for Exam room and cable group 2 for Control room. The cable group shall
be put in place during the same action. The cables are routed in the same duct.
The HV cables could be pulled separately.

5.3.2 Cable Channeling

General
High voltage and power cables must be separated from other cables. Use a separate trough in the duct
system, or use a separate conduit. Minimize cable length between the line disconnect and the System
Cabinet power unit to reduce voltage regulation problems and wiring costs.
For information about the cables supplied with your system, please refer to
160.
Raceways or cables trays containing electric conductors shall not contain any pipe, tube or equal for
steam, water, air, gas, drainage or any service other than electrical
156
80 m 120 185
185 240
240 300
TM
Innova IGS 6
300 95 150
see
note 150 240
see
note 185 300
300 95 120
see
note 120 185
see
note 185 240
5.4.1 Physical Runs on page
5750182-1EN 3
240
see
note
see
note