Servo Series Screw Compressor

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Pertofeb Services' Servo Series Screw Compressors are advanced solutions designed to meet industrial air demands with high energy efficiency and superior performance.

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Product details

Overview

Pertofeb Services' Servo Series Screw Compressors are advanced solutions designed to meet industrial air demands with high energy efficiency and superior performance. Utilizing synchronous servo motor technology, these compressors deliver 20% to 50% energy savings compared to fixed star-delta rotary screw compressors.

Servo Screw Air Compressors

The key advantage of servo screw air compressors is their significant energy savings, ranging between 20% and 50% compared to traditional fixed star-delta rotary screw compressors. Additionally, they provide 8% to 10% extra energy savings over standard VSD (Variable Speed Drive) compressors. Traditional VSD compressors use asynchronous motors with 88% to 90% efficiency, whereas Servo Series compressors operate with synchronous motors that achieve up to 96% efficiency, making them First Class energy-saving motors.

Integrated High-Efficiency Design

Pertofeb Services' Servo Screw Compressors feature a compact and space-saving structure, integrating the screw unit with a high-efficiency synchronous motor.

Featured Features

✅ High Energy Efficiency – Synchronous servo motors operate at up to 96% efficiency, reducing energy consumption and offering additional 8% to 10% savings over standard VSD compressors.

✅ Compact & Durable Design – The integrated screw unit and synchronous motor ensure a space-saving, efficient design, with optimized magnetic field distribution.

✅ Intelligent Control System – The air control capacity and system temperature are automatically adjusted, ensuring stable operation and easy control.

✅ Easy Maintenance – The servo motor is one-third the size of a traditional synchronous motor, making maintenance simple and efficient.

Technical Specifications

Models & Technical Specifications
Free air measurements at the specified pressures were determined according to ISO 1217 Annex C Standards. The specified flow values are values obtained at 7 bar(g) pressure.
Model	Working Pressure	TVK 1901 Servo	TVK 2501 Servo	TVK 3801 Servo	TVK 5201 Servo	TVK 6400 Servo	TVK 7800 Servo	TVK 9800 Servo	TVK 12600 Servo	TVK 15800 Servo	TVK 18700 Servo	TVK 23100 Servo
Capacity (m³/min)	5-10 bars(g)	0.7 – 2.0	0.95 – 2.70	1.35 – 3.95	1.95 – 5.55	2.40 – 6.90	2.95 – 8.45	3.65 – 10.50	5.00 – 14.35	6.25 – 18.05	7.8 – 22.90	9.35 – 26.8
Ambient Temperature (°C)	–	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40	2 – 40
Cooling	–	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling	Air Cooling
Outlet Temperature (°C)	–	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10	Ambient Temperature + 10
Sound Level (dB(A))	–	~ 71	~ 71	~ 75	~ 75	~ 75	~ 75	~ 75	~ 75	~ 80	~ 80	~ 80
Engine Drive Mode	–	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed	Inverter Controlled Variable Speed
Strength	–	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph	400V 50Hz 3ph
Engine Power (kW)	–	15	20	30	40	50	60	75	100	125	150	180
Takeoff Mode	–	VSD	VSD	VSD	VSD	VSD	VSD	VSD	VSD	VSD	VSD	VSD