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Indoor func onali es during Duty Rota on
Illustrated below are the unit response on different cases encountered during Duty Rota on as a result combined
ac on from indoor CN-CNT communica on error handling control and remote controller CN-CNT protocol.
A) During Duty Rota on = OFF
Main unit (A)
Wifi
se ng
CN-CNT A
change signal
CN-RMT A
WRC A
B) During Duty Rota on = ON
Main unit (A)
No wifi se ng
change signal
CN-RMT A
WRC A
C) During Duty Rota on = ON, CN-CNT A is malfun oned
Main unit (A)
Wifi
se ng
CN-CNT A
change signal
CN-RMT A
WRC A
Sub unit (B)
CN-CNT B
WRC
Sub unit (B)
CN-CNT A
CN-CNT B
WRC
Sub unit (B)
CN-CNT B
WRC B
Wifi
change signal
1.
CN-CNT Signal to A and B: OFF
2.
Se ng change through WRC (CN-RMT signal) Flag
CN-RMT B
for
A and B: Enabled
3.
Se ng change through WLAN Flag for
A and B: Enabled
4.
Opera on ON/OFF for A and B: By CN-RMT Se ng
5.
Rota on interval: Se ng value
6.
Duty rota on flag for A and B: OFF
No wifi se ng
change signal
1. CN-CNT Signal to A and B: ON
2. Se ng change through WRC (CN-RMT signal) Flag
for
CN-RMT B
A and B: Disabled by CN-CNT signal
3. Se ng change through WLAN Flag for
A and B: Disabled by CN-CNT signal
4. Opera on ON/OFF for A and B: By rota on interval
5. Rota on interval: Se ng value
6. Duty rota on flag for A and B: ON
No wifi se ng
change signal
1.
CN-CNT Signal to A: OFF (Malfunc oned), B: ON
2.
Se ng change through WRC (CN-RMT signal) Flag for
CN-RMT B
A: Enabled a er 3min no CN-CNT A signal, B: Disabled
3.
Se ng change through WLAN Flag for
A: Enabled a er 3min no CN-CNT A signal, B: Disabled
4.
Opera on ON/OFF for
A: OFF a er 3mins no CN-CNT A signal un l recovery
B: ON by CN-CNT B signal after 1min no CN-CNT A signal
5.
Rota on interval: A er 1min no CN-CNT A signal, set to
zero un l recovery
6.
Duty rota on flag for
A: OFF a er 3min no CN-CNT A signal un l recovery, B:
ON
103
se ng
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