Server Technology CW-16HF1B452 Switched FSTS Dual Input
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- Auto Transfer Switch
- 120 V ATS
- Server Technology CW-16HF1B452 Switched FSTS Dual Input
This "Fail-Safe" method has several advantages compared to a standard ATS because it does not prohibit load balancing between the two supplied circuits. A standard ATS contains two-in-feeds, but runs all outlets from just one source, with the secondary source only being used once an outage occurs on the capacity. This results in less heat, less resistance, and consequently less of a voltage drop compared to the same load existing on just one source. Only when an outage occurs on one of the two sources will the entire load be applied to a single source.
NOTE - This transfer switch requires that the applied AC waveform from both power sources be in-phase with respect to each other.
- Branch Monitoring:Sense
- Branch Overcurrent Protection:5 kAIC
- Branch Overcurrent Protection Type:Circuit Breaker
- Dual Input:Yes
- High Retention Outlets:No
- Input Current Display:Standard
- Input Monitoring:Current (A)
- Locking Outlets:No
- Max Operating Temperature:50 °C
- Fast Movers:No
- Mounting:2U Horizontal
- Outlet Monitoring:None
- PDU Platform:CDU1
- Power Pivot Input:No
- Product Height (inch):3.5
- Product Height (mm):89
- Product Max Depth (inch):10.0
- Product Max Depth (mm):254
- Product Nominal Depth (inch):10.0
- Product Nominal Depth (mm):254
- Product Width (inch):17.2
- Product Width (mm):437
- Transfer Switch:Yes
- Transfer Switch Phase Synch Required:Yes
Input Power Capacity (kW): | 2.8 |
Input Plug Type: | NEMA L5-30P |
Input Current (A): | 30 |
Input Current Rated (A): | 24 |
Input Nominal Voltage (V): | 120 |
Input Phase: | 1-Phase (L-N) |
Input Cord Location: | Horizontal |
Outlet Form Factor: | Conventional |
Total Outlets: | 16 |
NEMA 5-20R Count: | 16 |
Write Your Own Review
This "Fail-Safe" method has several advantages compared to a standard ATS because it does not prohibit load balancing between the two supplied circuits. A standard ATS contains two-in-feeds, but runs all outlets from just one source, with the secondary source only being used once an outage occurs on the capacity. This results in less heat, less resistance, and consequently less of a voltage drop compared to the same load existing on just one source. Only when an outage occurs on one of the two sources will the entire load be applied to a single source.
NOTE - This transfer switch requires that the applied AC waveform from both power sources be in-phase with respect to each other.
- Branch Monitoring:Sense
- Branch Overcurrent Protection:5 kAIC
- Branch Overcurrent Protection Type:Circuit Breaker
- Dual Input:Yes
- High Retention Outlets:No
- Input Current Display:Standard
- Input Monitoring:Current (A)
- Locking Outlets:No
- Max Operating Temperature:50 °C
- Fast Movers:No
- Mounting:2U Horizontal
- Outlet Monitoring:None
- PDU Platform:CDU1
- Power Pivot Input:No
- Product Height (inch):3.5
- Product Height (mm):89
- Product Max Depth (inch):10.0
- Product Max Depth (mm):254
- Product Nominal Depth (inch):10.0
- Product Nominal Depth (mm):254
- Product Width (inch):17.2
- Product Width (mm):437
- Transfer Switch:Yes
- Transfer Switch Phase Synch Required:Yes
Input Power Capacity (kW): | 2.8 |
Input Plug Type: | NEMA L5-30P |
Input Current (A): | 30 |
Input Current Rated (A): | 24 |
Input Nominal Voltage (V): | 120 |
Input Phase: | 1-Phase (L-N) |
Input Cord Location: | Horizontal |
Outlet Form Factor: | Conventional |
Total Outlets: | 16 |
NEMA 5-20R Count: | 16 |
Write Your Own Review
This "Fail-Safe" method has several advantages compared to a standard ATS because it does not prohibit load balancing between the two supplied circuits. A standard ATS contains two-in-feeds, but runs all outlets from just one source, with the secondary source only being used once an outage occurs on the capacity. This results in less heat, less resistance, and consequently less of a voltage drop compared to the same load existing on just one source. Only when an outage occurs on one of the two sources will the entire load be applied to a single source.
NOTE - This transfer switch requires that the applied AC waveform from both power sources be in-phase with respect to each other.
- Branch Monitoring:Sense
- Branch Overcurrent Protection:5 kAIC
- Branch Overcurrent Protection Type:Circuit Breaker
- Dual Input:Yes
- High Retention Outlets:No
- Input Current Display:Standard
- Input Monitoring:Current (A)
- Locking Outlets:No
- Max Operating Temperature:50 °C
- Fast Movers:No
- Mounting:2U Horizontal
- Outlet Monitoring:None
- PDU Platform:CDU1
- Power Pivot Input:No
- Product Height (inch):3.5
- Product Height (mm):89
- Product Max Depth (inch):10.0
- Product Max Depth (mm):254
- Product Nominal Depth (inch):10.0
- Product Nominal Depth (mm):254
- Product Width (inch):17.2
- Product Width (mm):437
- Transfer Switch:Yes
- Transfer Switch Phase Synch Required:Yes
Input Power Capacity (kW): | 2.8 |
Input Plug Type: | NEMA L5-30P |
Input Current (A): | 30 |
Input Current Rated (A): | 24 |
Input Nominal Voltage (V): | 120 |
Input Phase: | 1-Phase (L-N) |
Input Cord Location: | Horizontal |
Outlet Form Factor: | Conventional |
Total Outlets: | 16 |
NEMA 5-20R Count: | 16 |
Write Your Own Review
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