50kVA Perkins 1103A-33TG1 Diesel Generator
STANDBY: 50kVA PRIME: 45kVa
This high-quality, reliable, and complete power unit features a compact design, making it easy to start and maintain. Each generating set undergoes a comprehensive test program that includes full load testing, checking, and provision of control and safety shutdown functions. Fully engineered with a wide range of options and accessories, it includes a canopy, soundproof canopy, and on-road trailer to meet various needs and applications.
AKSA APD100C
STANDBY: 100kVA PRIME: 90kVa
The Kasa Model 4BTA3.9G11 is equipped with a 4-cylinder inline engine boasting a displacement of 3.9 liters, delivering a robust power output of 90 kW (120 HP) at 1800 rpm. It features turbocharged and aftercooled aspiration for enhanced performance and efficiency. The engine has a bore and stroke of 102 mm x 120 mm, with a compression ratio of 17.3:1 and is governed electronically. Fuel consumption at full load is 20.1 liters per hour, supported by a 180-liter fuel tank. The generator requires 10.9 liters of oil and has a coolant capacity of 19.9 liters. Cooling is managed by a radiator with 144 m³/min airflow, while the engine intakes 6.06 m³/min of air and exhausts 12.6 m³/min of gases. These specifications ensure reliable and efficient operation across a range of industrial and power generation applications.
AKSA APD125C
STANDBY: 125kVA PRIME: 110kVa
The Kasa Model 6BT5.9G2 features a 6-cylinder inline engine with a displacement of 5.9 liters, providing a power output of 110 kW (147 HP) at 1800 rpm. It is turbocharged for enhanced performance and utilizes electronic governor control. The engine's bore and stroke dimensions are 102 mm x 120 mm, with a compression ratio of 17.3:1. At full load, it consumes 28.5 liters of fuel per hour and is equipped with a 180-liter fuel tank. The generator requir
AKSA APD15A
STANDBY: 15kVA PRIME: 14kVa
The Kasa generator model A4CRX19 features a 4-cylinder inline engine with a displacement of 1.809 liters, operating at a rated speed of 1800 rpm. It delivers a power output of 15.6 kW (20.9 HP) and utilizes natural aspiration and cooling mechanisms. The engine's bore and stroke dimensions are 80 mm x 90 mm, accompanied by a compression ratio of 18:1. Governed by a mechanical system, it consumes fuel at a rate of 4.51 liters per hour under full load. The generator is equipped with a 32-liter fuel tank, suitable for both open and canopy configurations, and requires 6 liters of oil for operation. Its coolant capacity is 16.3 liters, with radiator cooling facilitated by an airflow of 135.5 m³/min. Air intake for the engine measures 2 m³/min, while exhaust gas flow is rated at 3.14 m³/min. These specifications ensure efficient performance and reliability, making the Kasa A4CRX19 generator suitable for a variety of industrial and power generation applications.
AKSA APD165C
STANDBY: 165kVA PRIME: 150kVa
The Kasa Model 6BTAA5.9G2 features a 6-cylinder inline engine with a displacement of 5.9 liters, delivering 145 kW (194 HP) at 1800 rpm. It is equipped with turbocharged and charge air cooled aspiration for optimized performance. The engine's bore and stroke measure 102 mm x 120 mm, with a compression ratio of 17.3:1 and electronic governor control. At full load, it consumes 34 liters of fuel per hour and includes a large 340-liter fuel tank for extended operation. Oil capacity is 16.4 liters, while the coolant system boasts a capacity of 54 liters. Cooling is handled by a radiator with 270 m³/min airflow, and the engine intakes 8.52 m³/min of air, while exhaust gas flow measures 24.06 m³/min. These specifications ensure efficient and reliable performance across diverse industrial and power generation applications.
AKSA APD184C
STANDBY: 184kVA PRIME: 167kVa
The Kasa Model 6BTAA5.9-G12 is equipped with a 6-cylinder inline engine boasting a displacement of 5.9 liters, delivering a powerful 165 kW (220 HP) at 1800 rpm. It features turbocharged and charge air cooled aspiration for enhanced performance and efficiency. The engine has a bore and stroke of 102 mm x 120 mm with a compression ratio of 17.3:1 and is governed electronically. At full load, it consumes 38 liters of fuel per hour and includes a substantial 340-liter fuel tank. Oil capacity stands at 16.4 liters, while the coolant system has a capacity of 32 liters. Cooling is managed by a radiator with a robust airflow of 450 m³/min, while the engine intakes 11.76 m³/min of air and expels exhaust gases at a rate of 26.28 m³/min. These specifications ensure reliable and efficient performance across a wide range of industrial and power generation applications.
AKSA APD20A
STANDBY: 20kVA PRIME: 18kVa
The Kasa A4CRX21 generator features a 4-cylinder inline engine with a 2.156-liter displacement, delivering 19.4 kW (26 HP) at 1800 rpm. It employs natural aspiration and cooling, with an 85 mm x 95 mm bore and stroke and a compression ratio of 18:1. Fuel consumption at full load is 5.61 liters per hour, supported by a 32-liter fuel tank. The generator requires 5.5 liters of oil and has a 16.8-liter coolant capacity. Cooling is managed by a radiator with 135.5 m³/min airflow, while air intake for the engine is 2.17 m³/min and exhaust gas flow is 3.74 m³/min. These features ensure efficient and reliable operation in diverse industrial and power generation applications.
AKSA APD220C
STANDBY: 220kVA PRIME: 200kVa
The Kasa Model 6CTA8.3G2 features a robust 6-cylinder inline engine with a displacement of 8.3 liters, delivering 187 kW (251 HP) at 1800 rpm. It is equipped with turbocharged and aftercooled aspiration for enhanced performance and efficiency. The engine's bore and stroke measure 114 mm x 135 mm, with a compression ratio of 17.3:1 and electronic governor control. At full load, it consumes 44 liters of fuel per hour and includes a substantial 340-liter fuel tank. Oil capacity is 27.6 liters, while the coolant system boasts a capacity of 47.3 liters. Cooling is efficiently managed by a radiator with 468 m³/min airflow, and the engine intakes 14.22 m³/min of air, while exhaust gas flow reaches 39.24 m³/min. These specifications ensure reliable operation and optimal performance across various industrial and power generation applications.