Transfer Switches

The Vertiv Liebert MBC 20KVA (VMBC-20KMVRT4U) is a maintenance bypass cabinet with power output distribution. Designed for Vertiv Liebert GXT5 15-20kVA and the APS 1/2/5/6 uninterruptible power supply (UPS) models, it is an accessory that allows you to perform UPS maintenance and/or replacement without power interruption to the connected load. It has three (3) L14-30R outlets, space for an optional PD2 POD, and has an input/output terminal block for hardwiring of the AC input source and output (if needed). It includes simplified intra/inter-rack connections and has a 5-year warranty.

Liebert® MicroPOD allows manual uninterruptible power supply (UPS) bypass, powering the connected load with utility power during UPS maintenance or replacement, to ensure continuous operation of critical computer equipment. The unit has two modes of operation, UPS mode (UPS available) and utility mode (maintenance bypass). The rackmount unit can support any brand of UPS, 3kVA or smaller; in 50Hz or 60Hz models.

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The Vertiv Liebert MicroPod External Maintenance Bypass POD (MP2-120C) is an external power output distribution (POD) unit and maintenance bypass switch for your uninterruptible power supply (UPS) unit. With the MicroPod, you can avoid initiating unnecessary downtimes during UPS maintenance or replacements. It allows the manual transfer of power from the UPS to the utility source without power interruption to the connected load, ensuring continuous uptime for your critical operations. The MicroPod MP2-120C is designed for the Vertiv Liebert GXT and Vertiv Liebert PSI UPS 3kVA models and below, but is compatible with other UPS brands as well. It comes with brackets for easy rack mounting and is equipped with three NEMA 5-20P input connectors. The MicroPOD has eight NEMA 5-20R output connectors and is available at 120V and supports a max current of 16A.

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The MicroPOD allows you to manually transfer your connected equipment to utility power via a maintenance bypass switch, permitting scheduled maintenance or UPS replacement without power disruption. Transferring back to UPS power is just as easy just turn the switch to the indicated position and your load is protected by the UPS.

UPS Maintenance Bypass Panel Keeps Equipment Powered During UPS Maintenance

This wall-mount three-breaker maintenance bypass panel is compatible with Tripp Lite's SUTX40K 3-phase UPS system. It allows you to reroute power around the UPS, providing an alternate path for electricity that keeps the connected load operational while the UPS is offline for maintenance or repairs.

Features 3 Built-In Circuit Breakers to Isolate Loads

Three 4-pole circuit breakers - an AC input breaker, a maintenance bypass breaker and a maintenance isolation breaker - are connected to heavy-duty buswork and isolate the UPS system from its connected load with no loss of network availability. This allows the load to remain continuously powered without costly downtime. A Kirk-key interlock system enhances safety and security. Removable handles allow the panel's trim cover to be removed for internal access. The 125A unit has a kAIC rating of 10K.

Switching Between Normal and Bypass Modes Is Easy

When a UPS needs maintenance, this UPS bypass panel keeps power supplied to components via its mechanical interlock system by switching power to the external bypass breaker. Simply unscrew the interlock switch, rotate the switch from the UPS AC input breaker (SW1) to the bypass breaker (SW2), then turn on the bypass breaker and turn off the UPS and isolation breaker (SW3) to perform UPS maintenance without service interruption.

Convenient Wall-Mount Installation

Made of galvanized steel, the service bypass panel has rear mounting holes for installation on a smooth, solid wall (mounting hardware not included).

Intelligent Rack Transfer Switch

MOST COST-EFFECTIVE AND RELIABLE LOAD TRANSFER SWITCH

Raritan's hybrid rack transfer switches use electromechanical relays and silicon controlled rectifiers (SCRs) to transfer a load between two sources. The result is performance and reliability that exceeds that of standard automatic transfer switches (ATS) and at a lower price point than static transfer switches (STS).

iX7 Controller with Xerus Technology

All features of the iX7™ controller are embedded in your hybrid transfer switch, allowing the most advanced management options and peripheral control. The iX7 controller delivers more redundant power with power sharing, Gigabit Ethernet, and dual networking to create a more reliable switch. Operating with Xerus Firmware enables users to configure, monitor, control, and create alerts to improve day-to-day data center operations.

MOST COST-EFFECTIVE AND RELIABLE LOAD TRANSFER SWITCH

Raritan's hybrid rack transfer switches use electromechanical relays and silicon controlled rectifiers (SCRs) to transfer a load between two sources. The result is performance and reliability that exceeds that of standard automatic transfer switches (ATS) and at a lower price point than static transfer switches (STS).

iX7 Controller with Xerus Technology

All features of the iX7™ controller are embedded in your hybrid transfer switch, allowing the most advanced management options and peripheral control. The iX7 controller delivers more redundant power with power sharing, Gigabit Ethernet, and dual networking to create a more reliable switch. Operating with Xerus Firmware enables users to configure, monitor, control, and create alerts to improve day-to-day data center operations.

EXTENDED FUNCTIONALITY

• Xerus Firmware with scripting, Modbus, and SNMP
• User configurable thresholds for power quality
• Alarm and status updates via GSM text, email and syslog
• Web-based configurable interface
• Hardened network security and encryption protocols: AES128, SSH, SNMPv3, Smart TLS, FIPS 140-2
• AC waveform monitoring

Raritan's hybrid rack transfer switches use electromechanical relays and silicon-controlled rectifiers (SCRs) to transfer a load between two sources. The result is performance and reliability that exceeds that of standard automatic transfer switches (ATS) and at a lower price point than static transfer switches (STS).

Raritan's innovative rack transfer switch designed for performance and reliability.

Raritan's hybrid rack transfer switches use electromechanical relays and silicon- controlled rectifiers (SCRs) to transfer a load between two sources. The result is performance and reliability that exceeds that of standard automatic transfer switches (ATS) and at a lower price point than static transfer switches (STS).

Industry leading performance:

• Uses SCRs to provide STS-like transfer times and eliminate electrical arcing and welding of relays; hybrid relay plus SCR-design allows hand off of the transferred load to a relay, making it power efficient and producing less heat.
• Fast detection time ensures failed power feeds are detected and the loads transfered within 4 to 8ms.
• Only rack transfer switch with power metering, energy quality monitoring and support for optional environmental sensors.
• Local and remote web-based monitoring and control