Parker PID00A-40 Series, Operation Manual, Page: 9 / 44

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Electronics for Closed Loop Control
Series PID00A-40X Operation Manual
PID00A_10 5715-616 UK.indd CM 14.11.14
Parker Hannifin Corporation
Hydraulics Group
4.3. Operational limits
The electronics may be operated within the de-
termined limits only. Please refer to the “techni-
cal data” section.
Follow the environmental conditions! Unal-
lowable temperatures, shock load, moisture
exposure, radiation exposure, illegal elec-
tromagnetic emissions may result in system
malfunction and may lead to failure! Follow the
operating limits listed in the “specifications”
table!
4.4. Electrical connection
The electrical connection of the module electron-
ics is via the front accessible screw terminal blocks.
This easy-to-install connection allows fast
module replacement and a visible separation
of the electrical connection. An additional fold-
ing “unlocking lever“ allows simple removing
of the terminal blocks and serves at once as
shock hazard protection and marking strip.
Dimensions assembly rail
4. Mounting / Installation
4.1. Scope of supply
Please check immediately after receiving the elec-
tronics, if the content is matching with the specified
scope of supply. The delivery includes:
• module electronics
• operation manual
Please check the delivery immediately after
receiving the shipment for apparent damages
due to shipping. Report shipment losses at
once to the carrier, the insurance company
and the supplier!
4.2. 4.2. Mounting
• Compare electronics type (located on the name
plate) with part list resp. circuit diagram.
• The module may be mounted in any direction.
• The module has to be mounted within a shield-
ed environment (i.e. control cabinet).
• For mounting an assembly rail acc. EN 50022
is required.
Work flow for module installation
Mounting:
5. Apply the module with the assembly rail guide
at the lower edge of the rail.
6. Engage the module upward.
Removing:
5. Lift the metal socket lock with a suitable screw-
driver (approx. 4x1 mm blade) against the spring
force.
6. Demount the module at the top edge of the
assembly rail.