Tripp PDUMH15HVAT Product Data Sheet
2–2.4kW Single-Phase ATS/Metered PDU,
200–240V Outlets (10 C13), 2 C14 Inlets, 3.6 m
Cords, 1U Rack-Mount, TAA
MODEL NUMBER: PDUMH15HVAT
Enables redundant power for non-redundant single-corded network devices. Digital display helps monitor
load levels to prevent overloads that cause costly downtime.
Description
The PDUMH15HVAT 2–2.4kW Single-Phase 200–240V ATS/Metered PDU enables redundant power for
network devices with non-redundant power supply configurations. Ideal for data centers and server rooms,
it mounts in 1U of space in EIA-standard 19-inch racks and features 10 C13 outlets.
Highlights
●
Single-phase IEC-320 C14 input
and 200–240V output
●
10 C13 outlets
●
Automatic transfer switching
within 5 ms
●
Mounts in 1U of space in EIAstandard 19 in. racks
●
Digital load meter for real-time
output current monitoring
Package Includes
●
PDUMH15HVAT TAACompliant 2–2.4kW SinglePhase ATS/Metered PDU
●
(10) C14 plug lock inserts
●
(2) C13 to C14 power cords, 3.6
m (11.8 ft.)
●
(2) Mounting brackets,
horizontal
●
(2) Mounting brackets, vertical
●
(6) Screws
●
Owner’s manual
Dual 3.6-meter input cords with IEC-320 C14 plugs connect to separate primary and secondary singlephase power sources in a nominal voltage range from 200–240V. Plug lock inserts prevent cords from
accidental disconnection. The PDUMH15HVAT constantly evaluates the power quality of both input
sources. Dynamic solid-state (TRIAC) automatic transfer switching allows the PDU to switch to the
secondary source within 2–5 milliseconds should the primary source fail or become unstable to ensure
your connected equipment operates without interruption.
Built-in slot supports the optional SNMPWEBCARD and WEBCARDLX (sold separately), which turn the
PDUMH15HVAT into a switched PDU by allowing remote access to the PDU for power monitoring,
configuration, outlet control and notifications via web browser, SSH, telnet or SNMP. Digital ammeter
monitors total output current. LEDs display outlet on/off status and input power status on primary and
secondary inputs.
Features
Primary and Secondary Inputs for Power Redundancy
●
Enables redundant power for network devices with non-redundant power supply configurations
●
Dual 3.6 m input cords with IEC-320 C14 plugs connect to separate primary and secondary singlephase power sources
1 / 4
●
10 C13 outlets
Automatic Transfer Switching
●
Dynamic solid-state (TRIAC) automatic transfer switching
●
Switches to secondary power source if primary source fails or becomes unstable
●
2–5 ms transfer time ensures uninterrupted operation of connected equipment
●
Built-in processor monitors both sources and prevents switching if secondary source is unavailable or of
lower quality than primary source
Digital Load Meter
●
Easy-to-read ammeter displays total current used by connected equipment
LED Indicators
●
Individual LEDs display outlet on/off status and input power status on primary and secondary inputs
Advanced Network Monitoring Options
●
Built-in card slot accommodates SNMPWEBCARD and WEBCARDLX accessories (sold separately)
●
Optional cards create a switched PDU by allowing remote access for power monitoring, configuration,
outlet control and notification via web browser, SSH, telnet or SNMP
Mounts Horizontally in 1U of Rack Space
●
Compatible with EIA-standard 19 in. racks
TAA-Compliant
●
Compliant with the Federal Trade Agreements Act (TAA) for GSA Schedule purchases
Specifications
OVERVIEW
PDU Type Metered; Auto-Transfer Switch
OUTPUT
Output Capacity Details 2.4kW (240V), 2.3kW (230V), 2.2kW (220V), 2.08kW (208V), 2.0kW (200V) / 10A total capacity
Frequency Compatibility 50 / 60 Hz
Output Receptacles (10) C13
Output Nominal Voltage 200; 208; 220; 230; 240
Overload Protection n/a
Customized Load Management
Receptacles
Adding supported Network Management Card accessory offers upgrade path to switched PDU (8 C13 outlets are
switchable upon upgrade); Network Management Card also can be inserted temporarily as a configuration tool to
custom program power-on and power-off C13 outlet sequences with user-specified time delays in response to loss
and restoration of primary input
2 / 4
Loading...