6.3 Details of Function Codes
6-97
Chap. 6
FUNCTION C
ODES
Typical operation sequence of
RE
(1) A run command
FWD
is given to the inverter.
(2) When the inverter gets ready for running, it outputs an
AX2
signal ("Run command
entered").
(3) Upon receipt of the
AX2
, the upper equipment gets ready to operate the peripherals (e.g.,
opening a damper).
(4) Upon completion of preparation of the peripherals, the upper equipment gives an
RE
signal ("Enable run command") to the inverter.
(5) Upon receipt of the
RE
, the inverter starts running.
Protect motor from dew condensation --
DWP
(Function code data = 39)
Turning this terminal command ON supplies a DC current to the motor in a stopped state in
order to generate heat, preventing dew condensation.
Refer to J21.
Enable integrated sequence to switch to commercial power for 50 Hz and 60 Hz
--
ISW50
and
ISW60
(Function code data = 40 and 41)
With the terminal command
ISW50
or
ISW60
assigned, the inverter controls the magnetic
contactor that switches the motor drive source between the commercial power and the
inverter output according to the integrated sequence.
This control is effective when not only
ISW50
or
ISW60
* has been assigned to the input
terminal but also the
SW88
and
SW52-2
signals have been assigned to the output terminals.
(It is not essential to assign the
SW52-1
signal.)
* The
ISW50
or
ISW60
should be selected depending upon the frequency of the commercial
power; the former for 50 Hz and the latter for 60 Hz.
For details about
SW88
and
SW52-2
("Switch motor drive source between commercial
power and inverter output"), refer to E20 to E27.
For details of these commands, refer to the circuit diagrams and timing schemes on the
following pages.
Terminal command assigned
Operation
(Switching from commercial power to inverter)
ISW50
Enable integrated sequence to switch to
commercial power (50 Hz)
Start at 50 Hz.
ISW60
Enable integrated sequence to switch to
commercial power (60 Hz)
Start at 60 Hz.
Do not assign both
ISW50
and
ISW60
at the same time. Doing so cannot guarantee
the result.
Summary of Contents for FRENIC-AQUA series
Page 1: ...MEHT538b...
Page 2: ...User s Manual...
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Page 61: ...2 26 Figure D Figure E NC No connection Do not make wiring NC NC...
Page 63: ...2 28 Figure J Figure K Charging lamp Charging lamp Viewed from A...
Page 83: ...2 48 Unit mm FRN45 to 55AQ1 4...
Page 84: ...2 9 External Dimensions 2 49 Chap 2 SPECIFICATIONS Unit mm FRN75 to 90AQ1 4...
Page 85: ...2 50 Unit mm FRN110AQ1S 4 FRN132AQ1S 4 FRN160AQ1S 4 FRN200AQ1S 4...
Page 87: ...2 52 Unit mm FRN500AQ1S 4 FRN630AQ1S 4 FRN710AQ1S 4...
Page 88: ...2 9 External Dimensions 2 53 Chap 2 SPECIFICATIONS 2 9 2 Keypad Unit mm Panel cutout...
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Page 140: ...4 4 Options 4 33 Chap 4 SELECTING PERIPHERAL EQUIPMENT...
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Page 341: ...6 60 Example of Thermal Overload Detection Characteristics...
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Page 751: ...MEHT537 Phone 81 3 5435 7058 Fax 81 3 5435 7420 Printed in Japan 2012 08 H12b b12 CM00FOLS...