Key Specs
The Perkins® 5012C-E46TAG has been designed to offer reliable power for the emergency standby and critical applications market, including data centres and hospitals among others.
Engineered and built specifically for the power generation market, the Perkins® 5000 Series is a power-packed engine range built to be dependable, versatile and offer lower emissions to meet regulatory standards.
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| Gross Mechanical Output | 1252-1645 kW 1252-1645 kW |
| Typical Electrical Output | 1408-1876 kVA (1127-1501 kWe) 1408-1876 kVA (1127-1501 kWe) |
| Rated Speed | 1800 rpm 1800 rpm |
| Emissions | U.S. EPA Stationary Emergency Engine emits equivalent to Tier 2 U.S. EPA Stationary Emergency Engine emits equivalent to Tier 2 |
| Prime | 1408-1688 kVA (1127-1351 kWe) 1408-1688 kVA (1127-1351 kWe) |
| Standby | 1563-1876 kVA (1250-1501 kWe) 1563-1876 kVA (1250-1501 kWe) |
| Number of Cylinders | 12 Vee 12 Vee |
| Displacement | 2797.3 in³ 45.84 l |
| Aspiration | Turbocharged and air-to-air chargecooled Turbocharged and air-to-air chargecooled |
| Bore | 6.3 in 160 mm |
| Stroke | 7.5 in 190 mm |
| Combustion System | Direct injection Direct injection |
| Compression Ratio | 13.8:1 13.8:1 |
| Aftertreatment | None None |
| Total Lubricating Oil Capacity | 41.61 gal (US) 157.5 l |
| Total Coolant Capacity | 58.38 gal (US) 221 l |
| Rotation from Flywheel End | Anti-clockwise Anti-clockwise |
| Cooling System | Liquid Liquid |
| Typical Alternator Efficiency | 95% 95% |
| Switchable | No No |
| Length | 163.1 in 4143 mm |
| Width | 86.6 in 2200 mm |
| Height | 89.5 in 2273 mm |
| Dry Weight | 12919 lb 5860 kg |
| Wet Weight | 13735 lb 6230 kg |
| Note 1 | *Generator powers are typical and based on typical alternator efficiencies and a power factor (cos θ) or 0.8 *Generator powers are typical and based on typical alternator efficiencies and a power factor (cos θ) or 0.8 |
| Note 2 | *Final dimensions dependent on selected options *Final dimensions dependent on selected options |
| Emergency standby power (ESP) | Limited to 200 hours usage per year with an average load factor of 80 percent of the published ESP rating over each 24 hour period. Limited to 200 hours usage per year with an average load factor of 80 percent of the published ESP rating over each 24 hour period. |
| Data centre power (DCP) | Power available for variable or continuous electrical loads in a data centre application. Up to 100 percent load factor of the published DCP power is permitted for unlimited time. An overload of 10 percent is permitted for one hour in every 12 hours of operation. No overload is permitted. DCP power definition relies on ISO8528-1 2018 standard to be followed by generator set manufacturer, and will support Tier I to Tier IV classifications of data centres as per UPTIME institute guidelines. Power available for variable or continuous electrical loads in a data centre application. Up to 100 percent load factor of the published DCP power is permitted for unlimited time. An overload of 10 percent is permitted for one hour in every 12 hours of operation. No overload is permitted. DCP power definition relies on ISO8528-1 2018 standard to be followed by generator set manufacturer, and will support Tier I to Tier IV classifications of data centres as per UPTIME institute guidelines. |
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