Nidec ID300 - Connections: Cable Management; Cable Routing and IP55 Glands

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ID300/302 Integrated Motor Drive | Connections
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4.3 Cable Runs
• The ID300/302 is supplied with IP55 protection. Only the use of correctly installed IP55 or higher
protection cable glands ensure that this protection index is maintained.
• To preserve the product’s original IP55 protection, it is essential to tighten the cable gland seal
correctly (so that the cable gland cannot be unscrewed by hand).
• Use a wire bend where the cables enter the cable glands so that water cannot enter the terminal
box.
Replacetheplugsttedontheholeswithcableglandsandtheirsealsasspeciedinthetablebelow.
Note: Keep the plug if the cable entry is not used. It is advisable to use shielded cables for analog
signals to avoid any EMC disturbances.
4.4 Cable Sizes and Fuses
• ItistheresponsibilityoftheusertoconnecttheID300/302andtprotectivedevicesin
accordance with applicable National Electrical Code and local electrical codes and regulations
in the country of use. This is particularly important regarding the size of the cables, the type and
rating of fuses, the earth or ground connection, powering down, acknowledging trips, isolation,
and protection against over currents.
• The following table is provided for informational use only. Under no circumstances should the
information be used in place of the current National Electrical Code and local standards.
The fuses types must be either IEC type gG or UL class CC, J or T. The circuit breakers must be UL
listed class DIVQ/ DIVQ7.
CAUTION
!
WARNING
!
Source to Connect Gland Type Dimensions
Main Supply Input Standard or EMC M25 or M20
Digital I/O Standard or EMC M16 or M20
Analog I/O EMC M16 or M20
Mains
Supply
Max Input
Current (A)
ID300K Ref Fuse Ratings Cable Size
CEI UL mm
2
AWG
230V
1ph
4.5 12017 6 6
1 16
5.3 12024 6 6
8.1 12030 10 10
9.1 22035 16 15 1.5 12
12 22052 16 15 2.5 10
14.3 22057 20 20 2.5 / 4 10