PRO2™ Switched STV-4526 14.4kW - 17.3kW (36) C13 and (12) C19 outlets Rack PDU

Key Features

Network Monitoring

The PRO2 hot-swappable network card provides for HTTP(S), SSH, Telnet,SNMP, (S)FTP, SMTP, Syslog, LDAP(S), RS-232 serial, and more.
Hot-Swap Network Card

Network access is ensured when power is lost to the Primary unit with backup power provided by the primary Expansion unit.
Star Multi-Linking

Linking allows access via a single primary PDU and up to 7 linked PDUs through a single IP address for more efficient power management.
Temperature/ Humidity Monitoring

Primary and Expansion (select products) units each support two external 10' (3m) Temperature/Humidity probes. Receive SNMP-based alerts and email notifications.
Auto-Flip Current Display

Easy-to-read LEDs display current per phase to help prevent overloads and simplify three-phase load balancing in high-density cabinets.
Per-Inlet Power Sensing

Meets ANSI C12.1 for billing-grade accuracy of Current per phase. PIPS includes voltage, active power, apparent power, power factor, and energy.
Branch Current Monitoring

PRO2 monitors current at each breaker branch and provides SNMP-based alerts and emails on high usage that risks a tripped circuit.
Branch Circuit Protection

PRO2 meets the UL and IEC 60950-1 requirement for branch circuit protection through use of UL489 rated magnetic-hydraulic circuit breakers or UL248 fuses.
Outlet Control

On PRO2 Switched rack PDUs, cycle power to individual outlets or groups of outlets to reboot servers. Or, power off unused receptacles.
High Retention Locking Outlets

PRO2 receptacles have high retention and are compatible with P-Lock type power cords.
High Temperature Rating

This product has been tested and approved for safe and reliable operation in 60°C (140°F) data center environments.
Flexible Mounting

PRO2 includes standard button mounts along with provisions for custom mounting brackets (contact Server Technology for details).
Color Identification

Choose from six colors to designate circuits for rack PDUs in the data center. Color options include Blue, Red, Green, White, Yellow, and Black.
Cisco EnergyWise¹ Compliant

PRO2 meets the requirements set forth by Cisco Systems, Inc. for its EnergyWise program for monitoring of device energy. EnergyWise is a registered trademark of Cisco Systems, Inc.

More Info:

EOL End of Life

Demo

Family and Product Details

Family Description

The Server Technology® PRO2 Switched POPS PDU provides control of outlet power and local LED input current monitoring, allowing IT personnel to determine safe levels of loading on a per-phase basis while installing equipment into the rack/cabinet. The integral PIPS® and POPS® technology provides billing-grade accurate measurement of current, voltage, active power, apparent power, power factor, crest factor, and accumulated energy at the input and at each output. These power data points, along with temperature and humidity measurements (provided via optional probes), are accessible through the built-in Web and CLI interfaces as well as through SNMP. The PRO2 Switched POPS “Master" PDU can be connected to as many as three (with optional module) PRO2 Switched POPS “Link" PDUs to extend the network access to the redundant or secondary power feed without the risks of a daisy chain linking configuration.
Family Specifications
- Branch Monitoring: Current (A)
- Branch Overcurrent Protection: 10 kAIC
- Branch Overcurrent Protection Type: Circuit Breaker: 2-pole
- Dual Input: No
- High Retention Outlets: Yes
- Input Current Display: Auto-Orient
- Input Monitoring: PIPS
- Locking Outlets: Yes
- Max Operating Temperature: 60 °C
- Mounting: 0U Vertical
- Outlet Monitoring: None
- PDU Platform:
- Power Pivot Input: No
- Product Height (inch): 69.0
- Product Height (mm): 1753
- Product Max Depth (inch): 3.55
- Product Max Depth (mm): 91
- Product Nominal Depth (inch): 2.75
- Product Nominal Depth (mm): 70
- Product Width (inch): 3.25
- Product Width (mm): 83

Product Specifications

★★★ STV-4526Y (Switched)
Download Datasheet
Input Power Capacity (kW):	17.3
Input Plug Type:	208V Wye 60A IEC 60309 3P+N+G 9Hr
Input Current (A):	60
Input Current Rated (A):	48
Input Nominal Voltage (V):	208
Input Phase:	3-Phase Wye (L-L)
Input Cord Location:	Top/End
Outlet Form Factor:	Conventional
Total Outlets:	48
IEC C13 Count:	36
IEC C19 Count:	12

★★★ STV-4526V (Switched)
Download Datasheet
Input Power Capacity (kW):	14.4
Input Plug Type:	CS8365 3P+G 50A
Input Current (A):	50
Input Current Rated (A):	40
Input Nominal Voltage (V):	208
Input Phase:	3-Phase Delta (L-L)
Input Cord Location:	Top/End
Outlet Form Factor:	Conventional
Total Outlets:	48
IEC C13 Count:	36
IEC C19 Count:	12

★★★ STV-4526D (Switched)
Download Datasheet
Input Power Capacity (kW):	17.3
Input Plug Type:	208V Delta 60A IEC 60309 3P+G 9Hr
Input Current (A):	60
Input Current Rated (A):	48
Input Nominal Voltage (V):	208
Input Phase:	3-Phase Delta (L-L)
Input Cord Location:	Top/End
Outlet Form Factor:	Conventional
Total Outlets:	48
IEC C13 Count:	36
IEC C19 Count:	12

Drawings

Design Drawing - DD 412-1214-2

★★★	AN PRO2-001: How do I maximize uptime using power data from the equipment cabinet?
★★★	AN PRO2-002: How do I use a cabinet PDU to help manage equipment deployment?
★★★	AN SPM-001: How do I leverage cabinet PDU information to help plan for growth?

★★★	TN - CDU Firmware Upgrade Instructions (303-9999-35)
★★★	TN - Introducing PRO1 (303-9999-41)
★★★	TN - Meltdown and Spectre Threat (303-9999-48)
★★★	TN - PDU Security (303-9999-12)
★★★	TN - Using LDAP with Sentry Firmware and Sentry Power Manager (SPM) (303-9999-30)
★★★	TN - Using StartUp Stick for CDU Mass Configuration (303-9999-34)
★★★	TN - Zero Touch Provisioning (303-9999-44)

★★★	WP - Advances in Power and Environmental Monitoring for Increasing Efficiency in the Data Center
★★★	WP - Bottom-Up Data Center Power Management
★★★	WP - Managing Variable Data Center Rack Densities
★★★	WP - Mission Critical - Rack Power Distribution
★★★	WP - Power Distribution as a System within the High-Density Data Center
★★★	WP - The Practical Science of Data Center Capacity Planning