Compliance West MegaPulse 2x10s-2.5, Instruction Manual

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* Legend: A x B/C x D A= Voltage rise time B= Voltage duration C= Current rise time D= Current duration
Voltage rise time (A) is defined as follows (per ANSI/IEEE C62.41 and other standards): trise = 1.67(t
90
- t
30
), where t
90
and t
30
= the times of the 90% and 30% amplitude points on the leading edge of the waveform.
Voltage duration (B) is defined (per ANSI/IEEE C62.41 and other standards) as the time between virtual origin and the time of the 50% pint on the tail. The virtual origin is the point where a straight line between the 30% and 90% points on the leading edge of the
waveform intersects the V = 0 line.
Current rise time (C) is defined as follows (per ANSI/IEEE C62.41 and other standards): trise = 1.25(t
90
- t
10
), where t
90
and t
10
= the times of the 90% and 10% amplitude points on the leading edge of the waveform.
Current duration (D) is defined (per ANSI/IEEE C62.41 and other standards) as the time between virtual origin and the time of the 50% pint on the tail. The virtual origin is the point where a straight line between the 10% and 90% points on the leading edge of the
waveform intersects the I = 0 line.
∂
Indicates Models using Compliance West USA IEC 65 Switch.
Note 1: 32 uF capacitor in series with a 500uH inductor having a DC resistance no greater than 10 Ohms.
Common specifications:
Meter Accuracy:
2500V output versions: +20 V
5000V, 7000V versions: +40 V
All models: better than 1% of full-
scale reading Environmental:
15-40°C operating temperature
0-90% Relative Humidity, non-
condensing Electrical:
Input Voltage: 120 V, 50-60 Hz
Input Current: 1 -7 A (model
specific) Mechanical:
Weight: Approx. 16-85 lbs.
Dimensions: 11.25”W x 12”D x 5”H
To 24”W x 20”D x 36”H
Table 1. MegaPulse series specifications
Model Waveform* Max. Voltage C1 R1 R2 C2 R3
10x700-2.5 10 x 700/6 x 300 uS 2500V 20 uF 50 Ohms 15 Ohms 0.2 uF 25 Ohms
10x700-7 10 x 700/6 x 300 uS 7000V 20 uF 50 Ohms 15 Ohms 0.2 uF 25 Ohms
1.2x50-2.5 1.2 x 50/1 x 20 uS 2500V 1 uF 76 Ohms 13 Ohms 0.033 uF 25 Ohms
1.2x50-7 1.2 x 50/1 x 20 uS 7000V 1 uF 76 Ohms 13 Ohms 0.033 uF 25 Ohms
1.2x50-12 12
Ω
Fast Charge
∂
1.2 x 50/1 x 20uS 12300V 2.75 uF 40 Ohms 7 Ohms 0.05uF 0 Ohms
1.2x50-12.3-1 1.2x50uSec 500 ohms 12,300 0.5uF 147 Ohms 328 Ohms 1 nF 253 Ohms
10x1000s-1 10 x 1000/10 x 1000 uS 1000V
10x360s-1 10 x 360/10 x0360 uS 1000V
2x10s-2.5 2 x 10/2 x 10uS 2500V
Defib-5 20 x 2200/50 x 800 uS 5000V 32 uF (1) 100 Ohms 50 Ohms None (open) 0 Ohms
Antenna Surge Not defined 10000V 1 nF - 1 kOhm - -
AXVI1-2.5, -7 1.2 x 50/0 x 7 uS 2500V, 7000V 0.25 uF 234 Ohms 62 Ohms 7800 pF 0 Ohms
AXVI2-2.5, -7 1.2 x 50/0 x 7 uS 2500V, 7000V 0.25 uF 234 Ohms 45 Ohms 7800 pF 0 Ohms
AXVI3-2.5, -7 .7 x 40/0 x 4 uS 2500V, 7000V 0.25 uF 234 Ohms 27 Ohms 7800 pF 0 Ohms
AXVI4-2.5, -7 0 x 40/0 x 4 uS 2500V, 7000V 0.25 uF 234 Ohms 27 Ohms None (open) 0 Ohms
AXVI5-2.5, -7 0 x 40/4 x 40 uS 2500V, 7000V 20 uF 3 Ohms 25 Ohms 3300 pF 0 Ohms
AXVI6-2.5, -7 .2 x 40/ 0 x 35 uS 2500V, 7000V 20 uF 3 Ohms 13 Ohms 3300 pF 0 Ohms
AXVI7-2.5, -7 .2 x 40/0 x 30 uS 2500V, 7000V 20 uF 3 Ohms 9 Ohms 3300 pF 0 Ohms
AXVI8-2.5, -7 .2 x 40/0 x 30 uS 2500V, 7000V 20 uF 3 Ohms 7 Ohms 3300 pF 0 Ohms
AXVI9-2.5, -7 .1 x 40/0 x 25 uS 2500V, 7000V 20 uF 3 Ohms 5 Ohms 3300 pF 0 Ohms
AXVI10-2.5, -7 .08 x 40/0 x 20 uS 2500V, 7000V 20 uF 3 Ohms 3 Ohms 3300 pF 0 Ohms