PAN-A
4-5
Chap
.4
Applied Oper
ation
1
4.2
Remote sensing
The remote sensing function is intended to reduce the in
fl
uence of
voltage drops affected by the load cable resistance, to keep the output
voltage stable at the load terminal. To perform remote sensing, an
electrolytic capacitor that has good frequency characteristics is
needed at the sensing point (load terminal).
• The maximum output voltage of the 16 V line models is 16.8
V. Thus, meeting the compensation voltage of the remote
sensing (0.6 V for a single line) causes the unit not to secure
the rated voltage. In this case, use load cables having a larger
sectional area to limit the voltage drop (up to the load end) to
0.4 V or less for a single line.
Connecting procedure
• Never attempt to connect wires to the control termi-
nals while the POWER switch turned on. This may
result in electric shock or damage to the internal cir-
cuitry.
1. Turn off the OUTPUT switch.
2. Turn off the POWER switch.
3. As shown in Fig.4-4, connect the +S terminal and the +
(pos.) terminal of the load, and connect the -S terminal and
the - (neg.) terminal of the load.
For the PAN16-50A user, see Fig.4-5.
For the PAN350-3.5A/PAN600-2A user, see Fig.4-6.
• To decrease output ripple voltages resulting from inductive
effects, use a shielded wire or a twisted-pair wire.
Make sure the shielded wire has a withstand voltage of 120 %
or more of the unit's rated output voltage.
• Connect the shield to the + (pos.) terminal.
NOTE
WARNING
NOTE
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