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1.0 Single phase input.
2.0 The wattages indicated above are nominal [max] only, actual ratings are subject to specified
requirements.
3.0 The D.C. Output voltage is constrained by the wattage rating, given that the maximum output amps
without alternative heat sinking should not exceed 5.0 amps D.C.
PDF created.
1.0 Single phase input.
2.0 The wattages indicated above are nominal [max] only, actual ratings are subject to specified requirements.
3.0 The D.C. Output voltage is constrained by the wattage rating, given that the maximum output amps
without alternative heat sinking should not exceed 5.0 amps D.C
NOTES.
1.0 Single phase input.
2.0 Wattage outputs indicated above are nominal [max] only, actual ratings are subject to specified requirements.
3.0 The D.C. output voltage is constrained by the wattage rating, given the maximum output D.C. Amps as
denoted by the frame size[ e.g. A60 is 60.0 amps D.C.].
4.0 Fuse(s) to outputs option available.
5.0 The dimension H1 is determined by the transformer selection.
NOTES.
1.0 Single phase input.
2.0 Wattage outputs indicated above arenominal [max] only, actual ratings are subject to specified requirements.
3.0 The D.C. output voltage is constrained by the wattage rating, given the maximum output D.C. Amps as
denoted by the frame size[ e.g. A60 is 60.0 amps D.C.].
4.0 Fuse(s) to outputs option available up to 30.0 amps at E.L.V outputs.
5.0 Protection IP 30.
NOTES.
1.0 Single phase input.
2.0 Wattage outputs indicated above are nominal [max] only, actual ratings are subject to specified requirements.
3.0 The D.C. output voltage is constrained by the wattage rating, Given the maximum output D.C. Amps as
denoted by the frame size[ e.g. A60 is 60.0 amps D.C.].
4.0 Fuse(s) to outputs option available.
5.0 The dimension H1 is determined by the transformer selection.
6.0 Choke or capacitor filters may be provided and at higher currents, filtering becomes limited.