SMC Networks raptor User Manual

Raptor
30
MAKING THE FIRST CURRENT INJECTION
Caution – If injection is going to take place through the auxiliary
output, it is essential to leave the pass-through winding in an open
circuit.
After making the connection sequence as
explained in the chapter on “How to connect
the System”, now the load must be
connected.
The minimum required Raptor System adapts
to each load-environment situation when it
injects on its pass-through winding. While the
number of Raptor units used, the number of
pass-through turns, the length and cross-
section of the pass-through cables and the injection range can vary, there is an optimum
combination for a minimum Raptor System. The majority of the application’s controls
open up a window, thereby allowing the controls to be configured by tapping twice on
them.
Important – The most powerful configuration (NOT the optimum
configuration) for a desired current is obtained:
1. By using the greatest possible number of Raptor-SL units.
2. By increasing the number of turns to the maximum, as long as the
maximum selectable current on the Raptor-HH continues to be
greater than or equal to the desired current.
3. By maximising the cable cross-section, thereby attempting to
occupy the largest possible space of the pass-through hole.
4. By minimising the cable length and the intermediate connections
to the load.
5. By braiding the cable both to and from the load.
Important –
The “Current calculator” is a utility included in the
Raptor-HH (also available for a PC), which helps to estimate an
optimum Raptor System for each case.

SMC Networks raptor Specifications

General

Brand	SMC Networks
Model	raptor
Category	Test Equipment
Language	English