|
Sentry Power Tower Power Distribution |
|
Item # |
Description |
Maximum
Input/Output |
Maximum Output Per Receptacle |
Receptacle Type |
Dimensions |
Comm.
Interface |
|
PTPD-V008-1-0x |
Vertical
8-Port 100-120V |
30A |
10A |
NEMA 5-15R
Qty (8) |
43.25" (L)
1.75" (W)
2.25" (D) |
RS-232 to set
overload warning |
|
PTPD-V008-2-02 |
Vertical
8-Port 208-240V |
20A (US/CSA)
16A Int'l |
8A |
IEC C13
Qty (8) |
43.25" (L)
1.75" (W)
2.25" (D) |
RS-232 to set
overload warning |
|
PTPD-V016-1-0x |
Vertical
16-Port 100-120V |
30A |
10A |
NEMA 5-15R
Qty (16) |
66.0" (L)
1.75" (W)
2.25" (D) |
RS-232 to set
overload warning |
|
PTPD-V016-2-02 |
Vertical
16-Port
208-240V |
20A (US/CSA)
16A Int'l |
8A |
IEC C13
Qty (16) |
66.0" (L)
1.75" (W)
2.25" (D) |
RS-232 to set
overload warning |
|
PTPD-H008-1-0x |
Horizontal
8-Port
100-120V |
30A |
10A |
NEMA 5-15R
Qty (8) |
1.75" (L)
17.0" (W)
8.0" (D) |
RS-232 to set
overload warning |
|
PTPD-H008-2-02 |
Horizontal
8-Port
208-240V |
20A (US/CSA)
16A Int'l |
8A |
IEC C13
Qty (8) |
1.75" (L)
17.0" (W)
8.0" (D) |
RS-232 to set
overload warning |
|
PTPD-H016-1-0x |
Horizontal
16-Port
100-120V |
30A |
10A |
NEMA 5-15R
Qty (16) |
3.50" (L)
17.0" (W)
8.0" (D) |
RS-232 to set
overload warning |
|
PTPD-H016-2-02 |
Horizontal
16-Port
208-240V |
20A (US/CSA)
16A Int'l |
8A |
IEC C13
Qty (16) |
3.50" (L)
17.0" (W)
8.0" (D) |
RS-232 to set
overload warning |
The
new Sentry™ Power Tower™ Power Distribution Unit (PTPD) is
an enhanced zero U or 19"
rack-mount solution, allowing Network engineers
to utilize the PTPD's Input Current Monitor to precisely
measure the current (in amps) that network devices are
drawing on the power circuit. As new equipment units are
added to the power drop, one may immediately observe its
impact on the cumulative current draw. Therefore, the
engineer can safely load the circuit to its maximum
allowable load capacity without the danger of overloading
the power circuit.
Configure
the Power Tower Power Distribution Unit (PTPD) with a
maximum input current rating to prevent an overload. An
audible alarm signals with the Input Current Threshold has
been exceeded and continues to sound until the Input
Current drops below the threshold value. 
