APL/UPL OPERATING CHARACTERISTICS
0.050 AMPS TO 50 AMPS - PERCENTAGE OF RATED CURRENT VS TRIP TIME IN SECONDS AT +25°C
Voltage
400 Hz
DC
50/60 Hz
DC 50/60 Hz
Delay
40
41
42
43
49
50
51
52
53
59
60
61
62
69
64
65
66
70
71
72
73
100%
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
125% (Note A)
May trip
May trip
May trip
May trip
.180 max.
May trip
.70 to 8
8 to 100
80 to 600
.100 max.
May trip
1 to 18
10 to 120
.180 max.
.7 to 10
8 to 80
50 to 700
May trip
.35 to 14
6.5 to 115
45 to 700
150%
.050 max.
.6 to 7
5 to 70
40 to 280
.120 max.
.032 max.
.40 to 4
3 to 30
30 to 300
.070 max.
.040 max.
.4 to 4
6 to 60
.120 max.
.35 to 4.5
5.5 to 55
30 to 350
.040 max
.18 to 7.5
3 to 65
25 to 400
200%
.040 max.
.2 to 2
2 to 22
9 to 70
.050 max.
.024 max.
.1 to 1.7
.7 to 10
10 to 100
.032 max.
.035 max.
.180 to 1.8
2 to 22
.050 max.
.15 to 1.5
2 to 20
10 to 100
.035 max.
.10 to 3
1.2 to 20
10 to 175
400%
.030 max.
.020 to .4
.4 to 3.8
1.3 to 15
.022 max.
.020 max.
.02 to .30
.18 to 2.5
1.5 to 15
.020 max.
.030 max.
.03 to .3
.2 to 2
.022 max.
.05 to .4
.5 to 5
1.5 to 20
.030 max.
.025 to 1
.08 to 3
.75 to 20
600%
.025 max.
.007 to .25
.015 to 2
.2 to 3.75
.017 max.
.018 max.
.008 to .15
.030 to 1
.1 to 5
.016 max.
.025 max.
.009 to .15
.05 to .75
.017 max.
.025 to .3
.2 to 2
.7 to 7
.025 max.
.015 to .30
.018 to 2.5
.12 to 4.5
800%
.020 max.
.004 to .15
.006 to .4
.023 to .6
.017 max.
.016 max.
.004 to .06
.004 to .5
.008 to .3
.016 max.
.020 max.
.003 to .1
.015 to .15
.017 max.
.020 to .22
.06 to 1
.1 to 3
.020 max.
.01 to .15
.015 to .80
.025 to 1
1000%
.018 max.
.004 to .040
.004 to .1
.010 to .050
.017 max.
.015 max.
.004 to .030
.004 to .3
.007 to .07
.016 max.
.018 max.
.003 to .08
.01 to .10
.017 max.
.015 to .15
.016 to .60
.02 to 2
.018 max.
.007 to .10
.009 to .25
.01 to .25
ABOVE 50 AMPS - PERCENTAGE OF RATED CURRENT VS TRIP TIME IN SECONDS AT +25°C
Voltage
DC
50/60 Hz
Delay
50
51
52
59
60
61
62
69
64
65
100%
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
No Trip
125% (Note A)
May trip
.5 to 8
2.5 to 100
.100 max.
May trip
.7 to 18
10 to 120
.180 max.
May trip
May trip
150%
.100 max.
.3 to 4
1.5 to 40
.070 max.
.120 max.
.35 to 4
6 to 60
.120 max.
.2 to 8
3 to 55
200%
.070 max.
.1 to 1.7
.62 to 15
.032 max.
.050 max.
.130 to 1.8
2 to 22
.050 max.
.15 to 7.6
2 to 20
400%
.032 max.
.02 to .3
.15 to 2.5
.020 max.
.022 max.
.030 to .3
.2 to 2
.022 max.
.05 to .73
.3 to 5
600%
.020 max.
.08 to .150
.03 to 1
.016 max.
.017 max.
.008 to .150
.050 to .750
.017 max.
.025 to .3
.13 to 2
800%
.020 max.
.004 to .060
.004 to .5
.016 max.
.017 max.
.003 to .1
.007 to .15
.017 max.
.020 to .22
.06 to 1
1000%
.020 max.
.004 to .03
.004 to .3
.016 max.
.017 max.
.003 to .08
.005 to .10
.017 max.
.015 to .15
.016 to .60
Notes: All trip curves and trip currents are specified with the protector mounted in the normal vertical position at ambient temperature of +25° C. Protectors do
not carry current prior to application of overload. A: 130% for delays 49, 135% for delays 71, 72 and 73
Inrush Pulse Tolerance (typ)
The following table provides a comparison of inrush pulse
tolerance with and without the inertial delay feature for each
of the 50/60Hz delays. Pulse tolerance is defined as a single
pulse of half sine wave peak current amplitude of 8
milliseconds duration that will not trip the circuit breaker.
All trip curves and trip currents are specified with the
breaker mounted in the normal vertical position at ambient
temperature of +25°C. Protectors do not carry current prior
to application of overload.
相关PDF资料
UPL2000-D1/B BNC PLUG CRIMP STR 7538CBL 50/PK
UPL2000-D20/B BNC PLUG CRIMP STR 1505F 50/PK
UPL220-009 BNC PLUG FULL CRIMP STR 8218CBL
UPL220-013 BNC PLUG FULL CRIMP STR RG-59
UPL220-020 BNC PLUG FULL CRIMP STR 9248 CBL
UPL220-025/T50 BNC PLUG CRIMP STR AT&T734 50/PK
UPL220-025 BNC PLUG CRIMP STR AT&T 734 CBL
UPL220-026/T50 BNC PLUG CRIMP STR AT&T735 50/PK
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