AMETEK Lx Series II - Manual (Page 196)

User Manual Lx / Ls Series II
192
TVF 109 Tests – Revision F
TVF109 Normal Voltage Transients Rev F
Condition Duration (s)
Run at 400, Repeat at 360, 600 and 800 Hz
Over Voltage
A 140Vrms, 60 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
B 140Vrms, 60 msec, tf < 0.5 cyc, tr = 25 ms 52
C 160Vrms, 34 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
D 160Vrms, 34 msec, tf < 0.5 cyc, tr = 25 ms 52
E 180Vrms, 10 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
F 180Vrms, 10 msec, tf < 0.5 cyc, tr = 77 ms 52
G 180Vrms, 3 x 10 msec, 0.5 sec apart, tf < 0.5 cyc, tr < 0.5 cyc 56
Under Voltage
H 90Vrms, 35 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
I 90Vrms, 35 msec, tf < 0.5 cyc, tr = 45 ms 52
J 80Vrms, 10 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
K 80Vrms, 10 msec, tf < 0.5 cyc, tr = 70 ms 52
L 80Vrms, 3 x 10 msec, 0.5 apart, tf < 0.5 cyc, tr < 0.5 cyc 56
Combined Transient
M 80Vrms, 10 msec, tf < 0.5 cyc, tr < 0.5 cyc 52
180Vrms, 10 msec, tf < 0.5 cyc, tr = 77 ms
Repetitive Transient
N Repeats every 500 msec
TVF 110 Tests – Revision F
TVF110 Normal Frequency Transients, Rev F
Condition Duration (s)
Over Frequency
A 360 Hz 800 Hz, ts = 1.76 sec, dur = 0.5 cyc, tf = 1.76 sec 100
B 360 Hz 800 Hz, ts = 1.76 sec, dur = 1 sec, tf = 1.76 sec 80
C 360 Hz 800 Hz, ts = 0.96 sec, dur = 0.5 cyc, tf = 0.96 sec 60
D 360 Hz 800 Hz, ts = 0.96 sec, dur = 1 sec, tf = 0.96 sec 100
Under Frequency
E 800 Hz 360 Hz, ts = 1.76 sec, dur = 0.5 cyc, tf = 1.76 sec 100
F 800 Hz 360 Hz, ts = 1.76 sec, dur = 1 sec, tf = 1.76 sec 80
G 800 Hz 600 Hz, ts = 0.80 sec, dur = 0.5 cyc, tf = 0.80 sec 60
H 800 Hz 600 Hz, ts = 0.80 sec, dur = 1 sec, tf = 0.80 sec 100
Combined
I 600 Hz 360 Hz, ts = 0.96 sec, dur = 0.5 cyc, tf = 0.96 sec 62
600 Hz 800 Hz, ts = 0.80 sec, dur = 0.5 cyc, tf = 0.80 sec
TVF 201 Tests –Revision F
TVF201 Power Interrupt, Rev F
Condition Duration (s)
Run at 400, Repeat at 360, 600 and 800 Hz
A Vnom 115V, 50 msec 62
B Vlow 108V, 50 msec 62
C Vhigh 118V, 50 msec 62
D Vnom 115V, 30 msec 62
E Vlow 108V, 30 msec 62
F Vhigh 118V, 30 msec 62
G Vnom 115V, 10 msec 62
H Vlow 108V, 10 msec 62
I Vhigh 118V, 10 msec 62
J Vnom 115V, 3 x 50 msec, 0.5 sec apart 62
K Vnom 115V, 50 msec 62
160Vrms, 30 msec, tr = 40 msec
L Vnom 115V, 50 msec 62
70Vrms, 30 msec, tr = 40 msec