ETA Systems specifications ETA-PD8 Specifications, Front Panel

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ETA-PD8

 

Power Conditioner & Distribution Unit

ETA-PD8 SPECIFICATIONS

Type

Power Conditioner & Suppressor

Load Rating

15A

Safety Listing

ETL (UL 60065 Standard)

Front Panel

 

AC Outlets

1 Unswitched

Activation Switch

Rocker

Circuit Breaker

15A Resettable

Indicators

AC Power On

Rear Panel

 

AC Outlets

8 Total, 6 Switched, 2 Unswitched

AC Mains Power Cord

9' (3 Meters) 14-gauge

Technical Data

 

Current Rating

15 amps

Power Consumption

6 watts

Operating Voltage

102 - 132VAC

Min. Spike Clamping Voltage

460 VRMS @ 3,000A

Max. Spike Clamping Voltage

6kV

Max. Spike Clamping Resp. Time

1 nanosecond

Spike Clamping Voltage @ 100A

1250Vp for 20μs

Maximum Surge Current

6,500A

Energy Rating @ 2ms

200 Joules

Noise Attenuation EMI/RFI

10dB @ 10 kHz, 40dB @ 100 kHz, 100dB @ 10 MHz

Temperature Range

5º to 35º C

Humidity Range

5% to 95% R.H.

Mechanical

 

Chassis Finish

Black

Mounting

Rack Mount, 19", 1 RU

Dimensions

Height 1.75" (44.45mm) x Width 19" (482.6mm) x Depth 5" (127mm)

Weight

5 lbs (2.27kg)

1601 Jack McKay Blvd. • Ennis, Texas 75119 U.S.A.

Telephone: 800-321-6699 • Fax: 800-996-3821

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ETAsys.com

Specifications are subject to change without notice.

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Contents ETA-PD8 Power Conditioner & Distribution Unit Table of ContentsImportant Safety Instructions ETA-PD8 Applications KEY FeaturesIntroduction Front Panel Features Rear Panel FeaturesAC Power Cord Retainer System ETA-PD8 Specifications Front PanelETA-PD8 ETA-PD8 ETA-PD8 Limited Warranty Service

ETA-PD8 specifications

The ETA Systems ETA-PD8 is an advanced power distribution unit designed to cater to the needs of various applications in telecommunications, data centers, and network systems. Known for its robust performance and versatile capabilities, the ETA-PD8 stands out as a pivotal component for managing power efficiently.

One of the primary features of the ETA-PD8 is its intelligent power monitoring system. This system provides real-time data on power usage and load distribution, allowing for effective management and optimization of power resources. Users can access detailed statistics through an intuitive interface, enabling them to make informed decisions about power allocation and consumption.

The ETA-PD8 is designed with modularity in mind, featuring a flexible architecture that allows for scaling according to the demands of the environment. Its hot-swappable components facilitate uninterrupted operations, even during maintenance or upgrades. This characteristic is especially beneficial for critical infrastructures that require constant uptime.

Another significant aspect of the ETA-PD8 is its integration of advanced safety features. Overcurrent protection, surge protection, and thermal management solutions are built into the system to safeguard against electrical faults. This enhances the longevity of connected devices and ensures the reliability of operations in demanding settings.

In terms of connectivity, the ETA-PD8 supports various communication protocols, including SNMP and HTTP, enabling seamless integration with existing network management systems. This connectivity allows for remote monitoring and management, which is crucial for system administrators overseeing large installations.

The unit’s rugged design is engineered to withstand harsh environments, making it suitable for both indoor and outdoor applications. The casing is built from durable materials that provide protection against moisture, dust, and physical impacts.

Furthermore, the ETA-PD8 is equipped with energy-efficient technologies, promoting sustainability in power consumption. It meets regulatory standards and certifications, which not only demonstrate its commitment to environmentally-friendly practices but also enhance its appeal in a market increasingly focused on sustainability.

In summary, the ETA Systems ETA-PD8 is more than just a power distribution unit; it is a comprehensive solution equipped with intelligent monitoring, modular design, advanced safety features, connectivity options, and energy-efficient technology. This combination of characteristics makes it an essential choice for organizations seeking reliable and efficient power management in today’s high-demand environments.