5. Use extreme caution when connecting the high voltage output cable including the
separate ground connecting the supply to the load.
6. Ensure all load capacitors are completely discharged prior to connection. Never handle
the output cable when the power supply is operating.
7. Always replace fuses with the same type and Volt/Amp ratings.
8. Never attempt to operate the power supply in any manner not described in this manual.
9. Never remove DANGER and WARNING labels from the power supply, and replace lost
or damaged labels immediately.
10. The power supply should only be serviced by Lambda EMI factory qualified personnel.
1.3 SPECIFICATIONS
All performance specifications, unless otherwise stated, are defined in the local programming
configuration. Ripple, programming speed, transient response and stability are optimized
with the power supply so configured.
1.3.1 INPUT POWER
The following provides the maximum input current at a given output power, phase, input
voltage and the recommended wire size to be used for input connection.
4.1
14
11.0
396-484
47-63
3
5K
4.1
14
12.0
360-440
47-63
3
5K
10.4
10
25.3
180-220
47-63
3
5K
4.1
14
12.4
374-456
47-63
3
5K
4.1
14
13.5
342-418
47-63
3
5K
10.4
10
24.0
190-250
47-63
3
5K
10.4
10
27.4
180-220
47-63
1
2.5K
6.5
12
16.5
190-250
47-63
3
2.5K
10.4
10
21.9
180-220
47-63
1
2K
10.4
10
20.8
190-250
47-63
1
2K
4.1
14
10.4
190-253
47-63
1
1K
10.4
10
22.0
90-110
47-63
1
1K
6.5
12
18.8
105-125
47-63
1
1K
4.1
14
13.2
90-110
47-63
1
600
2.6
16
6.3
190-253
47-63
1
600
4.1
14
11.3
105-125
47-63
1
600
mm2
AWG
Recommended Wire Size
for AC
input
Max. Input
Current
Input voltage
(Vrms)
Frequency
(Hz)
Phase
Output Power
Rating of Supply
(W)
Table 1.1: Input Power
1.3.2 AC INRUSH CURRENT
Soft start is standard on all EMS models. Input line current during turn-on, turnoff, power
interruption, or reapplication is less than that at full load.
83-473-000 Revision J
1 - 2
General Information
