ADVANTAGES
- new machine
- guarantee
- CE certificate
TECHNICAL DATA
engine power | 40 HP / 30 kW |
maximum pressure | 10bar |
minimum effective efficiency | 1850l / min |
max output capacity | 4700l / min |
volume level | 68dB (A) |
power supply voltage | 400V/50Hz/3Ph |
variable speed (IVR) | so |
min rotational speed | 820 rpm |
compressed air tank | None |
dryer | None |
cooler | None |
engine type | PM Synchronous motor |
oil-free | nie |
oil tank capacity | 23l |
compression ratio amount | 2 |
start | inverter |
drive | 1: 1 direct drive |
refrigerant | air |
amount of cooling air | 6800 m3 / h |
min / max ambient temperature | 0-45 °C (77°F) |
weight | 670kg |
dimensions length / width / height | 1350x1000x1520mm |
PRODUCT FEATURES
Twice as innovative. Economical and energy-saving screw compressors with innovative, two-stage direct drive. We focused on designing a compressor that will significantly reduce electricity consumption and ensure excellent quality and continuity of your plant's operation. We care about your comfort, which is why APS X compressors are intuitive to use and trouble-free in everyday professional work.
DIRECT DRIVEN 1: 1
The APS 40 X 2-Stage IVR compressor uses an innovative "Direct Driven" drive, which allows 100% transfer of engine power to the compression system. This is our decisive competitive advantage, which distinguishes the APS X series of compressors. Direct drive means the elimination of additional transmission elements, such as: wheels or V-belts, which in turn reduces power losses and the need for periodic service replacements. The use of Direct Driven Drive increased the stiffness of the structure of the integrated motor and screw module, which greatly reduced the vibration level of the compressor. Thanks to the innovative direct drive, electricity consumption is over 4% lower than other solutions.
TWO-STAGE SCREW MODULE
Two-stage screw blocks are the most innovative technology in the field of prestressing. Two modules, integrated with each other, form a single stressing system, divided into two stages. A 3: 1 pressure ratio between stage 1 and 2, minimizes compression return, which increases efficiency. The entire compression process in two stages is an isothermal process and results in efficiency, and thus - savings of up to 15% compared to classic, single-stage compression.
SYNCHRONOUS MOTOR WITH PERMANENT MAGNETS
The APS 40 X 2-Stage IVR compressor is equipped with a drive unit with the energy efficiency class IE3 (in accordance with the IEC 60034-30-1 standard, equivalent to the Polish standard PN-EN 60034-30-1) - Premium Class. The engine is characterized by a high power factor and a low level of dissipation power. They have the ability to work in a wide frequency range (from 1 to 200Hz), therefore it works very well in the version with an inverter. High torque, resistance to loads and temperature make the APS 40 X 2-Stage IVR engine very durable and dedicated to continuous operation. The common design of the screw module and the motor resulted in the lack of the need for the use of bearings in the motor, which allowed for a significant reduction in the costs of future maintenance works.
MODERN GENERATION OF IVR INVERTERS
The IVR inverters mounted in the APS 40 X 2-Stage IVR screw compressor are characterized by low energy consumption and a wide frequency range they achieve. Electromagnetic compatibility (regardless of the frequency) is guaranteed by the built-in EMCZ anti-return filters. The APS 40 X 2-Stage IVR compressor works in a variable speed mode, intelligently controlled, thanks to which it adjusts the speed and energy consumption to the current demand for compressed air. The use of a smooth start (Gwiazda-Trójkąt) will allow you to achieve 30% electricity savings in relation to constant speed compressors.
OPTIMAL COOLING
The oil and compressed air cooling system perfectly fulfills its task of maintaining an appropriate and stable temperature. Two-channel coolers in the APS 40 X 2-Stage IVR compressor are located directly at the outlet grate, so as not to heat the interior of the device, and also to enable optimal heat dissipation and subsequent recovery. The fan has precisely profiled blades, which forces the flow of a large amount of cooling air. The fan motor is operated by a control panel that activates the fan only when necessary. The adjustable range of minimum and maximum temperatures forces the fan to work or standstill, thus optimizing energy consumption for the cooling process. Intelligent energy efficiency comes first for us.
The net price is calculated according to the euro exchange rate
(with higher price fluctuations the price may change)
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