| |
Currently
Available Options:
Floating/Isolated Channels
SHV Connectors
Amp Connectors
Fischer Connectors
Alden Connectors
Caton Connectors
Parker Medical
Connectors
|
|
Ordering
Information
| Type: |
|
| HV Rack-1-250 |
19” HV Rack with (1) set of meters & controls with 300 watts of LV
power configured for: One UltraVolt HVPS 250W max output. |
| HV Rack-2-250 |
19” HV Rack with (2) sets of meters & controls with 300 watts of LV
power configured for: Two UV HVPS 250W max combined output. |
| HV Rack-2-500 |
19” HV Rack with (2) sets of meters & controls with 600 watts of LV
power configured for: Two UV HVPS 500W max combined output. |
| HV Rack-3-250 |
19” HV Rack with (3) set of meters & controls with 300 watts of LV
power configured for: Three UV HVPS 250W max combined output. |
| HV Rack-3-500 |
19” HV Rack with (3) sets of meters & controls with 600 watts of LV
power configured for: Three UV HVPS 500W max combined output. |
| HV Rack-3-750 |
19” HV Rack with (3) sets of meters & controls with 900 watts of LV
power configured for: Three UV HVPS 750W max combined output. |
| HV Rack-4-250 |
19” HV Rack with (4) set of meters & controls with 300 watts of LV
power configured for: Four UV HVPS 250W max combined output. |
| HV Rack-4-500 |
19” HV Rack with (4) sets of meters & controls with 600 watts of LV
power configured for: Four UV HVPS 500W max combined output. |
| HV Rack-4-750 |
19” HV Rack with (4) sets of meters & controls with 900 watts of LV
power configured for: Four UV HVPS 750W max combined output. |
| HV Rack-4-1000 |
19” HV Rack with (4) sets of meters & controls with 1200 watts of
LV power configured for: Four UV HVPS 1000W max combined output. |
The entire "HV Rack" system’s
part number must include the complete part
number of each UltraVolt HVPS to be installed.
The following are examples of complete "HV
Rack" system part numbers:
HV
Rack-1-250: A=1C24-P125
HV Rack-2-250:
A=15C25-P125, B=10A24-N30-F-M
HV Rack-3-250:
A=30A24-N30-F-M, B=10A24-P15-F-M, C=2A12-P4-F-M
HV Rack-4-1000: A=1C24-P250, B=1C24-N250,
C=1/2C24-P250, D=1/2C24-N250
The sum of the output power capability of the modules cannot exceed the total rack power capability.
|
