Raritan Intelligent Rack Transfer Switch Ethernet Usb 1Ph 208V Ac 16A Rated 9 Outlets 8X C13 1X C19 Plug Iec 60320

RaritanSKU: 5585280

Price:
Sale price$2,197.36

Description

The Raritan Intelligent Rack Transfer Switch is a purpose-built, dual-source power switching solution designed for today’s data centers and mission-critical server rooms. By blending fast, reliable load transfer with proactive monitoring, this intelligent switch keeps critical IT equipment powered through source fluctuations and outages, ensuring business continuity with minimal downtime. Built for rack environments and seamless integration with existing power and monitoring infrastructure, it delivers robust protection, smarter power management, and effortless scalability for growing IT deployments.

  • Hybrid switching technology combines electromechanical relays with silicon‑controlled rectifiers (SCRs) to deliver fast, seamless load transfer between two independent power sources, minimizing interruption during source transitions.
  • Intelligent monitoring and diagnostics continuously track input voltages, source health, load current, and transfer events, enabling proactive maintenance, rapid troubleshooting, and data-driven capacity planning.
  • Rugged, rack‑mount enclosure provides a compact footprint and durable construction suited for demanding data center environments, helping to protect critical equipment in hot, crowded server rooms.
  • Redundancy‑ready design supports seamless failover to alternate power sources, enhancing overall availability of IT services and reducing the risk of single‑point failures in power delivery.
  • Intuitive indicators and straightforward integration with standard power distribution systems simplify deployment, monitoring, and management in busy data centers without the need for bespoke configurations.

Technical Details of Raritan Intelligent Rack Transfer Switch

  • Power and outlets: 9 total outlets, engineered for IEC 60320 cords (8 x IEC C13 receptacles plus support for a C19‑style connection at the input/output chain).
  • Electrical specification: 208 V AC, single‑phase operation with a 16 A rated capacity, designed for data center power rails and server room deployments.
  • Power sources: Redundant, dual independent power sources (Source A and Source B) enabling continuous operation during a single source outage.
  • Transfer mechanism: Hybrid switching that leverages electromechanical relays and SCRs to achieve rapid, smooth handoffs with minimal transient effects.
  • Monitoring and diagnostics: Real‑time visibility into input voltages, source health, load current, and transfer events to support proactive maintenance and rapid incident response.
  • Enclosure and form factor: Rugged rack‑mount design optimized for dense data centers and server rooms, with a compact footprint to maximize rack space without compromising accessibility.
  • Redundancy and availability: Redundancy‑ready architecture supports seamless failover to alternate power sources, aiding in achieving higher availability for critical IT services.
  • Ease of integration: Intuitive indicators and compatibility with standard PDUs and monitoring systems simplify deployment and ongoing management in conventional data center environments.

How to install Raritan Intelligent Rack Transfer Switch

Installing the Raritan Intelligent Rack Transfer Switch is designed to minimize downtime while maximizing uptime. Follow these practical steps to ensure a safe, reliable, and efficient integration into your data center or server room.

  1. Plan and prerequisites: Confirm that you have two independent power sources (Source A and Source B) that meet the device’s electrical specifications. Verify that the combined load connected to the transfer switch will not exceed the device’s rated capacity. Review your data center’s electrical codes to ensure proper grounding, bonding, and overcurrent protection. Prepare clear labeling to distinguish Source A, Source B, and the Load connections for easy ongoing maintenance.
  2. Rack placement and mounting: Choose a suitable rack location with adequate clearance for airflow, service access, and cable management. Mount the transfer switch securely in the rack using the provided hardware, ensuring a level installation and clear access to all inlet and outlet ports. Maintain proper cable routing to avoid obstruction to front and rear doors, as well as cooling paths.
  3. Power source connections: Connect Source A and Source B to the appropriate dual power inputs on the transfer switch using certified IEC power cables suitable for 208 V operation. Ensure correct polarity and confirm that each source is independently routed to its designated input. If your installation requires grounding or bonding, attach ground wires according to the manufacturer’s guidelines and local electrical codes.
  4. Load connections: Attach your critical IT equipment to the nine outlets provided by the switch (eight IEC C13 outlets and one additional connection compatible with the product’s IEC 60320 design). Group critical loads on the most protected outlets and consider spare outlets for future growth. Label each outlet to simplify device identification during maintenance or testing.
  5. System verification and integration: Power up the transfer switch and verify that both sources are detected and that the unit’s indicators reflect healthy operation. If you have a data center monitoring system, integrate the switch with your network or management console to capture real-time metrics such as voltages, current, and transfer events. Confirm that the audible or visual alerts are functioning as expected.
  6. Testing and validation: Conduct a controlled transfer test by simulating a loss of Source A (with Source B healthy) to observe the transfer process to Source B. Validate that connected loads maintain continuity with minimal interruption. Resume normal operation and monitor the system for any abnormal readings or fault indications. Document the test results for future reference and routine maintenance planning.
  7. Documentation and ongoing maintenance: Record serial numbers, firmware versions (if applicable), and network configuration details. Establish a routine to monitor input voltages, source health, and transfer events, and schedule regular diagnostics in line with your IT roadmap and service level agreements.

Frequently asked questions

  • What is the Raritan Intelligent Rack Transfer Switch?
    It is a dual‑source, intelligent power switching device designed for data centers and mission‑critical server rooms. It provides reliable load transfer between two independent power sources, reducing the risk of downtime and protecting critical IT equipment through proactive monitoring and rapid fault response.
  • What makes it different from a standard power strip or single‑source UPS?
    Unlike a basic power strip, it supports two independent power feeds with seamless failover, enabling uninterrupted service even if one power source fails. Its hybrid switching technology and integrated diagnostics deliver faster, more reliable transitions and better visibility into power delivery health.
  • What loads can it support?
    The unit is rated for 208 V AC, 16 A, and accommodates multiple servers and network devices on its nine outlets. It is designed for data centers and server rooms that demand dependable power delivery to critical equipment.
  • How does monitoring work?
    It continuously monitors input voltages, source health, load current, and transfer events. This data supports proactive maintenance, rapid troubleshooting, and integration with facility management systems for centralized visibility.
  • How do I install or upgrade?
    Follow the installation steps outlined above: plan, mount in a rack, connect both power sources, connect loads, verify operation, test failover, and document. Always follow local electrical codes and manufacturer guidance for safe installation and operation.
  • Can it integrate with existing PDUs and monitoring tools?
    Yes. The design emphasizes straightforward integration with standard power distribution systems and common monitoring infrastructures, helping you leverage existing IT management workflows and data center environmental monitoring software.

Customer reviews

(0)

0 Out of 5 Stars


5 Stars
0
4 Stars
0
3 Stars
0
2 Stars
0
1 Star
0


Showing - Of Reviews


You may also like

Recently viewed