CyberPower MBP20HVIEC6 UPS-lisävaruste

CyberPower MBP20HVIEC6 Maintenance Bypass PDU enables administrators to transfer connected equipment to utility power during UPS maintenance without disrupting critical systems. The rack-mount bypass switch uses standard IEC connectors and supports UPSs and IT devices up to 3 kVA. Its compact 433 × 76 × 51 mm form factor and 16 A, 200–240 V rating allow installation in standard racks, and the unit is CE and RoHS compliant.

Advantages

The MBP20HVIEC6 provides a manual bypass switch with quick transfer capability to maintain continuous power to loads during UPS service. Standard IEC outlets ensure broad compatibility with IT hardware. Its horizontal or vertical rack-mount options save space and simplify integration into existing rack layouts. The device is lightweight (1.3 kg) and finished in black to match server-room equipment.

Suitable for

• Rack-mounted UPS maintenance bypass for servers and network equipment
• Data center and server room installations requiring quick transfer to utility power
• IT racks where space-saving horizontal or vertical mounting is needed

Key specifications

• Model: MBP20HVIEC6 (CyberPower)
• Input voltage: 200–240 V
• Input current: 16 A
• Maximum supported UPS rating: up to 3 kVA
• Dimensions (W × D × H): 433 × 76 × 51 mm
• Weight: 1.3 kg
• Colour: Black
• Standards: CE, RoHS

How to use

Install the MBP20HVIEC6 into a standard 19-inch rack in either horizontal or vertical orientation according to available space. Connect the UPS and utility input to the corresponding IEC connectors, and attach critical equipment to the output IEC outlets. During UPS maintenance, operate the manual bypass switch to transfer loads to utility power, then return to UPS supply after service is complete. Verify connections and ratings (200–240 V, 16 A, up to 3 kVA) before switching.

Recommendations

Use the bypass switch only with compatible UPS units and IT equipment within the specified ratings. Ensure a qualified technician performs installation and switching operations to maintain safety and continuity of service.