RACK PDU SWITCHED 32A/IPM-16230 PLANET
Fulfilling Your Power Requirements with IP-enabled Power Outlets Embracing ESG Principles
PLANET IPM-16230 Vertical IP-based 16-port Switched Power Management (IPM) device is designed to efficiently handle power distribution for a versatile array of connected devices which meet the Environmental, Social, and Governance (ESG) principles.
Leveraging cutting-edge IP-based technology, PLANET has transformed conventional power management equipment into genuine networking devices that align with sustainable and responsible business practices.
PLANET IPM-16230 can be monitored by PLANET's Universal Network Management System (UNI-NMS) and smart discovery utility to support IT staff by remotely monitoring all network devices and powered devices (PDs) while incorporating ESG policy into the operational status assessment. This integration ensures that the device not only meets the technological needs of modern networks but also contributes to environmental sustainability, social responsibility, and robust governance in the realm of power management.
Intelligent Power Management
The IPM-16230 boasts 16 customizable power outlets that can be operated independently. It can monitor power usage via the SNMP, web interfaces, or the optional button to select the LCD panel display. This flexibility enables users to efficiently access, configure, and manage multiple networking devices remotely, saving valuable time and resources.
Real-time Current Monitoring
The LCD panel on the unit shows the aggregate current drawn from a power outlet. This feature aids installers in preventing overloaded circuits by issuing a visible warning when the current draw approaches the strip's maximum amperage.
Scheduled Power On/Off
The IP-based Switched Power Manager empowers users to pre-define power schedules for IT equipment. It provides advance notice of an impending shutdown, allowing users a designated timeframe to complete tasks before the power-off sequence begins.
Enhanced Overload Protection
Unlike conventional Power Distribution Units (PDUs) that risk cutting off the entire circuit during power overload, PLANET PDU takes a proactive approach. Equipped with a built-in circuit breaker and reset switch, it ensures stable power distribution among connected equipment. The 32-amp circuit breaker acts as a safeguard against dangerous overloads, preventing potential damage to valuable equipment.
Enabling Environmental Monitoring with Precision
The IPM-16230 goes beyond power management by offering dedicated port for ambient Temperature and Humidity (T/H) sensor (sensor provided with product). This thoughtful addition allows you to seamlessly integrate environmental monitoring into your infrastructure. By connecting compatible sensor to the provided ports, you gain valuable insights into the conditions of your surroundings, ensuring optimal performance and safeguarding your equipment. Additionally, the IPM-16230 features traditional 3 DI and 2 DO ports for network cabinet access control, water intrusion detection, smoke alarm monitoring, and flash/sound siren activation. It reserves 1 I/O port and 1 USB port for potential future expansions, ensuring versatility and adaptability of the product.
Streamlined Connectivity with Cascade Ports
Elevate your networking experience with the IPM-16230's Cascade Input/Output Port, ideal for seamlessly linking RJ45 inputs to the other one. This enables smooth integration of multiple PDUs, optimizing your network infrastructure.
Efficient Energy Management for Cost Savings
Within the configuration interface of the IPM-16230, you have the ability to monitor the current energy consumption in your office. This feature empowers you to make informed decisions to reduce energy usage, ultimately leading to significant savings on utility expenses.
Learn more: https://www.planet.com.tw/en/product/ipm-16230
- Hardware
- ．0U rack-mount size design
- ．IEC outlet models
- ．16 power outlets that support real-time current image monitoring
- ．LCD panel displays current, voltage, energy, network and environment information
- ．Optional button to lock-up protection to avoid modification
- ．Circuit breaker can avoid damage that is caused by overload
- ．LCD display to visually display the operating status of ports and PDU
- ．Each PDU can supply a maximum load of 7600W with 255 PDUs cascaded
- ．Enhanced with an environmental sensor to provide a temperature alert via email
- ．Supports up to 3 sensors and 2 controllers for expanded functionality (another 1 x RJ11-type, 6P; 1 x USB type-A reserved)
- Power Distribution
- ．Maximum amps/Inlet: IEC 32A for 1 inlet
- ．Maximum amps/Outlets: IEC 10A for per outlet
- ．Full frequency range: 50~60Hz
- ．Individual power sockets can be controlled locally and remotely
- ．The user can set the power on sequence and the delay time for each socket
- ．Supports the current, power, and power factor detection of each power supply separately
- ．Supports separate port set threshold warning and power off
- Remote Access
- ．Remote power control via TCP/IP and a built-in 10/100Mbps Ethernet port
- ．Multi browsers support (Edge, Google, Firefox, Safari, Opera)
- Management
- ．Network communication protocols: TCP/IP, UDP, HTTP/HTTPS(TLS1.2), NTP, DHCP, Ping
- ．Events notification by sending pop-up message or e-mail
- ．Management Information Base (MIB) files for SNMP
- ．Naming support for outlets
- ．Voltage, current, wattage and total kWh report
- ．Sets over-current watchdog for each power outlet
- ．Activity log
- ．PDU energy usage statistics
- ．Zero meter clearing function
- ．Firmware upgrade
- ．Displays current and voltage alarms on the home page, and queries historical records of PDU anomalies
- ．PLANET's Universal Network Management System and Smart Discovery Utility to remotely oversee all the operational statuses of connected PDUs
- Security
- ．Dynamic password verification in the login window enhances user login security verification
- ．Administrator and multiple users with password protection for double-layer security
- ．IP Filtering – Address-specific IP security masks to prevent unauthorized access