Everest XCR - Product manual |
Installation
INGENIA | 2020-10-01 00:04:38
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11. Installation
11.1. Unboxing
When unboxing the drive please ensure the following:
Remove it from the bag carefully.
Check that there is no visible physical damage. If any, report it immediately to the carrier.
Check the part number of the drive on the side label.
11.2. Installation Safety Requirements
The drive has live circuits that can be touched and entail
a risk of electric shock
(
Protective Class 0
), as well as
a
risk of thermal injury
. It must be mounted on a closed electrical operating area to which access is restricted to
skilled or instructed personnel. This enclosure, cabinet, protection, or case should have a minimum Index of
Protection of IP3X. To ensure electrical safety it is also important that the environment is clean from conductive
pollution or condensation when the drive is powered (Pollution degree 2).
WARNING HOT SURFACES!
The drive and motor can become hot and cause severe burns.
If any of the user-accessible surfaces exceeds 70ºC, a hot-surface signal must be added. This
is the responsibility of the installer.
DANGER, ELECTRIC SHOCK!
Power and motor pins have live voltages which can exceed 50 V which can cause electric
shock!
Perform installation procedures without voltage. Ensure the drive is mounted on a closed
electrical operating area which protects against direct contact.
The drive may be operated without enclosure and protection against electric shock when it is supplied at Extra Low
Voltage (ELV),
≤
50 V.
11.3. Mounting the Drive to a Heatsink or Cooling Plate
The drive has 4x M2.5 threaded holes with a max. thread depth of
6.4 mm
for assembling the Everest XCR to a
cooling plate or heatsink. See
section for further details. Assembling the drive correctly is essential to:
Provide a conduction heat dissipation path. Please see the Thermal and Power Specifications section in the
chapter to determine your heat dissipation needs.
Ensure electrical conduction between the drive and Protective Earth, chassis, or the motor enclosure. This is
strongly recommended for EMC and electrical safety.
Secure the drive in place to prevent any damage.
11.3.1. Back Installation
The preferred way to assemble the drive is from the back using a thermal interface tape and 4 x M2.5 screws.
Thermal tapes and materials offer a clean and repetitive way to improve the heat transfer from the drive to the heat
