◇Includes 6 kinds of meters and alarm outputs：
It has displays for power factor (Lead/ Lag), KVAR value, Voltage, Current,
frequency, temperature with increasing functions and using less wire.
◇No need for C/ K value setup：
Complete computer-controlled inspection ( Saves the expense of having
a technician perform the adjustment )
◇Automatically displays phase-order errors：
Easily make corrections and save working time.
◇Capacitors release electricity for protection：
Effectively protect the magnetic switch and capacitor, prolong the life
of the entire set and save repair costs in the long term.
◇Prevent from abnormal voltage：
No effect from abnormal voltage and stability remains high.
◇Display items：
Power factor(PF) 、voltage(V)、current(A)、KVAR(KVAR)、frequency (HZ)、temperature(C);
six kinds of values can be individually set upper and lower limit alarm
and delay time to output by connection points.
The principle is that an earlier model should
be cut off sooner, so that the contacts may be used more evenly, thus
achieving a prolonged contact service life( The connection-free redundant
with not joint the operating system )
Delay Time
10~ 600 seconds. The minimum unit is set as 1 second
Power-out memory
All the stored data can be saved for no less than 60 days
in the event of a power failure
Mode of Operation
Automatic/ Manual should be switched on the panel to facilitate
error detection
Tolerance
Temperature: -10℃~ 60℃, humidity: 0~ 90%
Cutout size
138X138mm; depth: 108.5mm (including terminal set ) DIN43
700
Display & Alarm:
ITEM
DISPLAY RANGE
UPPER- LIMIT ALARM
LOWER- LIMIT ALARM
ALARM DELAY
Power Factor
Lag:0.00~1.00, Lead:.00~ -1.00
•
•
•
Voltage
0~ 510V
•
•
•
Current
0~ 4000A
•
•
•
KVAR
0~ 9999KVAR
•
•
•
Frequency Meter
40~ 70HZ
•
•
•
Temperature
0~ 70℃
•
•
•
Capacity
For Power Factor Improving:
The
percentage (%) of capacitors (KVA) to loadings (KW)
The
percentage (%) of capacitors (KVA) to loadings (KW)
1.00
0.99
0.98
0.97
0.96
0.95
0.94
0.93
0.92
0.91
0.90
0.875
0.85
0.825
0.8
.5
.525
.5
.575
173
162
152
142
159
148
138
128
153
142
132
122
148
137
127
117
144
133
123
114
140
129
110
110
137
126
116
106
134
122
112
103
130
119
109
99
128
117
106
96
125
114
104
94
118
107
97
87
111
110
90
80
104
93
83
73
93
87
77
67
.6
.625
.65
.675
133
125
117
109
119
111
103
95
113
105
97
89
108
100
92
84
104
96
88
80
101
92
84
76
97
89
81
73
94
85
77
70
91
82
74
66
88
79
71
64
85
77
69
61
78
70
62
54
71
63
55
47
65
56
48
40
58
50
42
34
.7
.725
.75
.775
102
95
88
81
88
81
74
67
81
75
67
61
77
70
63
57
73
66
58
52
69
62
55
49
66
59
52
45
62
55
49
42
59
52
45
39
56
49
43
36
54
46
40
33
46
39
33
26
40
33
26
19
33
26
19
12
27
20
13
6.5
.8
.825
.85
.875
75
69
62
55
61
54
48
41
54
48
42
35
50
44
37
30
46
40
33
26
42
36
29
23
39
32
26
19
35
29
22
16
32
26
19
13
29
23
16
10
27
21
14
7
19
14
7
13
7
6
.9
.91
.92
.93
.94
48
45
43
40
36
34
31
28
25
22
28
25
22
19
16
23
21
18
15
11
19
16
13
10
7
16
13
10
7
3.6
12
9
6
3.3
9
6
3.1
6
2.8
2.8
0.95
0.96
0.97
0.98
0.99
33
29
25
20
14
18
15
11
6
12
9
5
8
4
3.5
The
Power Factor (PF) before improving
For
Example:
The
power factor of one loading (100KW) is 0.7 If you want to adjust the power
factor as 0.98, through the above table, you can find that the value is 81.
Therefore the capacity should be like 100 X 81% = 81KVAR
Minsun Technology Co., Ltd
15, Lane 210, Jeanshin St. Shulin City, Taipei
Hsien, Taiwan R.O.C
