TSF000 Power Consumption
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Averaged TSF000 power consumption values in different states of operation are represented in the table(s) below:
| Test type | ||
|---|---|---|
| Idle (44 V) | ||
| Idle (50 V) | ||
| Idle (54 V) | ||
| Idle (57 V) |
| Test type | ||
|---|---|---|
| 1 LAN device connected(No-traffic) + 50% PoE load (50 V) | ||
| 1 LAN device connected(No-traffic) + 50% PoE load (54 V) | ||
| 1 LAN device connected(No-traffic) + 50% PoE load (57 V) |
| Test type | ||
|---|---|---|
| 1 LAN device connected(No-traffic) + 100% PoE load (50 V) | ||
| 1 LAN device connected(No-traffic) + 100% PoE load (54 V) | ||
| 1 LAN device connected(No-traffic) + 100% PoE load (57 V) |
| Test type | ||
|---|---|---|
| ALL LAN devices connected(No-traffic) + 50% PoE load (50 V) | ||
| ALL LAN devices connected(No-traffic) + 50% PoE load (54 V) | ||
| ALL LAN devices connected(No-traffic) + 50% PoE load (57 V) |
| Test type | ||
|---|---|---|
| ALL LAN devices connected(No-traffic) + 100% PoE load (50 V) | ||
| ALL LAN devices connected(No-traffic) + 100% PoE load (54 V) | ||
| ALL LAN devices connected(No-traffic) + 100% PoE load (57 V) |
| Test type | ||
|---|---|---|
| LAN devices connected to ALL ETH ports + 100% PoE load (50 V) | ||
| LAN devices connected to ALL ETH ports + 100% PoE load (54 V) | ||
| LAN devices connected to ALL ETH ports + 100% PoE load (57 V) |