| • ETA Systems PD series |
| > PD11LP |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD11LV |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD11LVP |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD11LVSP |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD11SS |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD11SSP |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD420VS |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD620 |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD66 |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD8 |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD8L |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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| > PD9L |
| | - | 0: The PD series from ETA systems easily filters normal AC power fluctuations as well as larger abnormalities such as spikes and surges, even eliminating airborne electromagnetic and RF interference. Some sophisticated models even utilize microprocessor technology to regulate power and sequence turn-on. |
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