Technical data 2.2 power ratings, 3 fuse recommendations – Lenze S94P01G Position Servo User Manual
Page 12
S94P01G
10
Technical Data
2.2
Power Ratings
Type
(1)
Output kVA at
Rated Output
Current (8kHz)
(2)
Leakage Current
Power Loss at
Rated Output
Current
(8kHz)
Power Loss at
Rated Output
Current
(16 kHz)
(3)
Units
kVA
mA
Watts
Watts
E94_020S1N_X
0.8
Typically >3.5 mA.
Consult factory for
applications requiring
<3.5 mA.
19
21
E94_040S1N_X
1.7
29
30
E94_020S2F_X
0.8
19
21
E94_040S2F_X
1.7
29
30
E94_080S2F_X
3.3
61
63
E94_100S2F_X
4.2
80
85
E94_020Y2N_X
0.8
19
21
E94_040Y2N_X
1.7
29
30
E94_080Y2N_X
3.3
61
63
E94_120Y2~_X
5.0
114
129
E94_180T2~_X
7.5
171
195
E94_020T4N_X
1.7
31
41
E94_040T4N_X
3.3
50
73
E94_050T4N_X
4.2
70
90
E94_060T4~_X
5.0
93
122
E94_090T4~_X
7.5
138
182
2.3
Fuse Recommendations
Type
(1)
AC Line
Input Fuse
(1ш/3ш)
Miniature
Circuit Breaker
(6)
(1ш/3ш)
AC Line Input
Fuse
(4)
or
Breaker
(5)
(N. America)
DC Bus Input
Fuse
(7)
Amp Ratings
E94_020S1N_X
M20/M10
C20/C10
20/10
10
E94_040S1N_X
M32/M20
C32/C20
30/20
20
E94_020S2F_X
M20
C20
20
15
E94_040S2F_X
M20
C20
20
20
E94_080S2F_X
M32
C32
32
40
E94_100S2F_X
M40
C40
40
45
E94_020Y2N_X
M20/M16
C20/C16
20/15
15
E94_040Y2N_X
M20/M16
C20/C16
20/15
20
E94_080Y2N_X
M32/M20
C32/C20
30/20
40
E94_120Y2~_X
M50/M32
C50/C32
50/30
55
E94_180T2~_X
M40
C40
40
80
E94_020T4N_X
M10
C10
10
10
E94_040T4N_X
M10
C10
10
20
E94_050T4N_X
M16
C16
15
25
E94_060T4~_X
M20
C20
20
30
E94_090T4~_X
M25
C25
25
40
(1)
The first “_” equals “P” for the Model 940 encoder based drive
or “R” for the Model 941 resolver based drive.
When the 10th digit is marked by “~”, “N” = No line filter
or “F” = Integrated line filter
The second “_” equals “E” for incremental encoder (must have E94P drive)
or “R” for the standard resolver (must have E94R drive).
(2)
At 240 VAC line input for drives with suffixes “S1N”, “S2F”, “Y2N”. At 480 VAC line input for drives with suffixes “T4N”.
a. The output power is calculated from the formula: output kVA = [(
3
) x U
LL
x I
rated
] / 1000
b. The actual output power (kW) depends on the motor in use due to variations in motor rated voltage, rated speed and power factor, as well as
actual max operating speed and desired overload capacity.
c.
Typical max continuous power (kW) for PM servo motors runs 50-70% of the kVA ratings listed.
(3)
At 16 kHz, de-rate continuous current by 17%
(4)
Installations with high fault current due to large supply mains may require a type D circuit breaker.
(5)
UL Class CC or T fast-acting current-limiting type fuses, 200,000 AIC, preferred. Bussman KTK-R, JJN, JJS or equivalent.
(6)
Thermal-magnetic type breakers preferred.
(7)
DC-rated fuses, rated for the applied voltage. Examples Bussman KTM or JJN as appropriate.