Karel DS200, Техническое справочное и монтажное руководство

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If 5 or 6 racks are needed, then two three-rack cabinets are supposed to be
employed.
While calculating capacities, possible capacity expansion requests that might come from the
customer in the future should be extrapolated, too, and the configuration should be
determined accordingly.
XI.1.G.2.HOW TO CALCULATE THE DISTRIBUTION FRAME
COMPONENTS
One can proceed to calculating the number of the distribution frame parts that would be
needed, after the exchange configuration has been determined.
To do this, the parameters that have been obtained as the outcome while determining the
exchange configuration are used again.
In this regard:
Number of connection modules, which are to be employed in the exchange side internal
distribution frame should be calculated like that:
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Two disconnection module for each of the EX200(0/16R), EX200(0/16C),
EX200(0/16KoU), EX200(0/8S0), EX200(4E&M/0), EX200(8E&M/0) and
EX200(4PLC/0) cards,
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One disconnection module for each of the EX200(8+/0), EX200(0/8KoU),
EX200(0/8LB) cards,
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One disconnection module for each of the EX200(1E1/0), EX200(16VoIP),
EX200(8VoIP), EX200(4VoIP) cards must be included in the calculation.
* No protection unit can be mounted on the disconnection module.
In case a two-stage external distribution frame is to be set up, the following must be
considered:
Number of the connection modules = Number of the disconnection modules x 2
Number of the protection magazines = Number of the disconnection modules
Number of the Fuse-10 protection modules = Number of the disconnection modules
XI.1.G.3. HOW TO CALCULATE THE POWER
CONSUMPTION
While configuring the a system with different types of interface cards, the power limitations of
the system must be paid utmost attention. The table below gives the power consumption
values for each card from each power signal of the system as well that of a busy port.
Keeping in mind the limit values provided by the power supplies of the systems, the
configuration must be defined.
The table below shows the max current limits for each power signal:
Power signal DS200 (one rack) (mA) DS200S (mA) DS200M (mA)
-48 VDC 3000 2000 2000
-5 VDC 1000 800 800
+ 5 VDC 4000 3000 3000