9. SPECIFICATIONS
9-148
Table 9-25-2 Output when overload warning is effective (e.g. OLWL = 80%)
(Alarm output sequence = BIT *¹)
CN-1 pin number for alarm output Estimated
motor
temperature
7-segment
LED display
46
(ALM8)
45
(ALM4)
44
(ALM2)
43
(ALM1)
Abbreviation
Alarm/Warning
Name
Up to 80% of
overload alarm
level
-- 0 0 0 0 --
No alarm
No warning
80% or above
up to 100% of
overload alarm
level
*³ 0 0 1 0 OLW
Overload
warning
100% or above
of overload
alarm level
1 1 1 1 OL
Overload
alarm
Note 1. Set alarm output sequence at Func2 Bit6 of Mode2-Page3.
When Func2 Bit6 = “0”, CODE is displayed, and when Func2 Bit6 = “1” , BIT is displayed.
Note 2. “0” and “1” in the alarm output are:
“0” = Output is short-circuit, “1” = Output is open, when Mode2 Page3 Func2 Bit7 = “0”
“0” = Output is open, “1” = Output is short-circuit, when Mode2 Page3 Func2 Bit7 = “1”.
Note 3. 7-segment LED displays a flashing “4”.
2) When overload warning is ineffective (e.g. OLWL = 100%)
Table 9-26-1 Output when overload warning is ineffective (e.g. OLWL = 100%)
(Alarm output sequence = CODE *¹)
CN-1 pin number for alarm output Estimated
motor
temperature
7-segment
LED display
46
(ALM8)
45
(ALM4)
44
(ALM2)
43
(ALM1)
Abbreviation
Alarm/Warning
Name
Up to 80% of
overload alarm
level
80% or above
up to 100% of
overload alarm
level
-- 0 0 0 0 --
No alarm
No warning
100% or above
of overload
alarm level
0 0 1 0 OL
Overload
alarm
Note 1. Set alarm output sequence at Func2 Bit6 of Mode2-Page3.
When Func2 Bit6 = “0”, CODE is displayed, and when Func2 Bit6 = “1”, BIT is displayed.
Note 2. “0” and “1” in the alarm output are:
“0” = Output is short-circuit, “1” = Output is open, when Mode2 Page3 Func2 Bit7 = “0”
“0” = Output is open, “1” = Output is short-circuit, when Mode2 Page3 Func2 Bit7 = “1”.