Vertiv™ Geist™ Rack Transfer Switch
The Vertiv™ Geist™ Rack Transfer Switch (RTS) delivers redundant power to single corded devices. Two independent power inputs enables users to connect to a primary and secondary power source. The Vertiv™ Geist™ Rack Transfer Switch automatically detects the loss of power and switches the power load to the alternative power source in less than 4-8 milliseconds without the need for human intervention. This ensures equipment remains powered until the primary power source returns providing ultimate mission-critical power reliability.
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- Banking
- Financial and Insurance
- Data Center/Colocation/Hosting
- Education
- Government
- Healthcare
- Military
- Defense
- Aerospace and Missile
- Telecom
- Retail and Wholesale
Vertiv™ Geist™ Rack Transfer Switch
The Vertiv™ Geist™ Rack Transfer Switch (RTS) delivers redundant power to single corded devices. Two independent power inputs enables users to connect to a primary and secondary power source. The Vertiv™ Geist™ Rack Transfer Switch automatically detects the loss of power and switches the power load to the alternative power source in less than 4-8 milliseconds without the need for human intervention. This ensures equipment remains powered until the primary power source returns providing ultimate mission-critical power reliability.
- Banking
- Financial and Insurance
- Data Center/Colocation/Hosting
- Education
- Government
- Healthcare
- Military
- Defense
- Aerospace and Missile
- Telecom
- Retail and Wholesale
Specifications
The Vertiv™ Geist™ Rack Transfer Switch (RTS) delivers redundant power to single corded devices. Two independent power inputs enables users to connect to a primary and secondary power source. The Vertiv™ Geist™ Rack Transfer Switch automatically detects the loss of power and switches the power load to the alternative power source in less than 4-8 milliseconds without the need for human intervention. This ensures equipment remains powered until the primary power source returns providing ultimate mission-critical power reliability. The Rack Transfer Switch is an open transition switch utilizing a break-before-make process for transferring between the primary and secondary power source. This method of switching does not require phase synchronization between the two power feeds making it suitable for use in both data center and edge locations. It also includes enhanced redundant switches and fail-safe fused thermistors to mitigate current surge during transfers ensuring critical equipment is protected during fail-over.
VA4U1100
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1.4kW (120V) or 2.4kW (208V) or 2.3kW (230V) | 10A or 15A | 100-240V | (10) U-Lock IEC C13 | Rack | 1.72 in | 17 in | 18 in | 15 lbs |
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VA4N1100
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1.4Kw (120V) | 100-120V | 120V | (10) NEMA 5-15R | Rack | 1.72 in | 17 in | 18 in | 17 lbs |
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VA4N2100
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1.9Kw (120V) | 100-120V | 120V | (10) NEMA 5-20R | Rack | 1.72 in | 17 in | 18 in | 17 lbs |
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VA4N3100
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4.9Kw (208V) | 200-240V | 208V | (1) NEMA L6-30R | Rack | 1.72 in | 17 in | 18 in | 19 lbs |
See more product information |
Saves Money
- High-efficiency, with an operational PUE under 1.2
- Eliminates water usage, cost and treatment
- Low maximum kW to allow downsizing of backup generator capacity or more
- IT power for sale
- No air leakage or volumetric displacement, eliminating the need for additional fan power or make-up air capacity
- Highly efficient in low load / part load conditions
Makes You Money
- Rapidly scalable for faster deployment and time to market
- Low operating costs for higher profitability
Lowers Your Risks
- Proven pumped refrigerant economization technology used in more than 4,000 installations worldwide
- Multiple fans, DX circuits and other key components for ride-through
- Simplifies Thermal Management
- Advanced controls that automatically manage unit lead/lag, protect against coil freeze, maximize economization and other routine
Saves Money
- High-efficiency, with an operational PUE under 1.2
- Eliminates water usage, cost and treatment
- Low maximum kW to allow downsizing of backup generator capacity or more
- IT power for sale
- No air leakage or volumetric displacement, eliminating the need for additional fan power or make-up air capacity
- Highly efficient in low load / part load conditions
- High capacity 400kW – 500kW
- Highly efficient pumped refrigerant economizer
- Advanced monitoring and control
- Large condenser surface area to minimize operating and peak power
- No dampers to service or outside air filters to replace
- All components can be serviced from the end of the unit
- Thermal break construction keeps air from leaking
- 3 airflow configurations
- Perimeter or rooftop deployments
- Reduced weight and footprint
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