Kompresor sekrup

Kaeser CSDX140

Kondisi: baik (bekas), Tahun pembuatan: 2016, Kompresor sekrup injeksi oli berkualitas tinggi. Produsen: KAESER Model: CSDX 140 Tekanan kerja: 13 bar Tekanan kerja maks.: 15 bar Kapasitas kerja: 592 m3/h (9,86 m3/min) Bwjdpfxjxpffno Ah Uew Daya motor: 75 kW / 130 A (SIEMENS) Jumlah jam kerja di bawah beban: 23.100 jam Dimensi: 2110 x 1290 x 1950 (t) Tahun produksi: 2016 Kondisi teknis: mesin bekas, berfungsi dengan baik.

Kondisi: siap digunakan (bekas), Tahun pembuatan: 2014, jam operasional: 7.989 h, Fungsionalitas: berfungsi sepenuhnya, nomor mesin/kendaraan: 1126, berat keseluruhan: 1.877 kg, panjang total: 2.110 mm, lebar total: 1.290 mm, tinggi total: 1.950 mm, daya: 75 kW (101,97 hp), tingkat kebisingan: 71 dB, Perlengkapan: Pelat tipe tersedia, Compresor Kaeser CSDX 140 Technical Specifications (characteristics at operating pressure of 8.5 bar, for the complete unit including fan, according to ISO 1217:2009 Annex C): - Free air delivery at 8.5 bar(g): 13.70 m³/min - Total power consumption at 8.5 bar(g): 88.3 kW - Maximum operating pressure: 8.50 bar - Drive motor efficiency at full load: 94.7 % - Drive motor speed: 2978 rpm - Drive motor protection class: IP 55 - Supply voltage: 400 V / 3 Ph / 50 Hz - Compressed air discharge temperature above ambient*: 7 K - Sound level: 71 dB(A) Heat Recovery System Model: PTG 140 - 55 - Hot water from KAESER screw compressors - Bwedpfx Aeft Sccjh Usw Heat recovery reduces costs and protects the environment. By reusing the hot air, up to 96% of the compressor’s consumed energy can be recovered. Using a PTG plate heat exchanger, up to 76% of the compressor’s energy consumption can be recovered as hot water. Each liter of fuel saved reduces CO2 emissions by 2.727 kg, which not only benefits the environment but also significantly reduces energy costs. At current energy prices, the payback period for a heat recovery system is between 6 months and 2 years (when recovered heat is used for heating through a plate heat exchanger). Technical Data (specifications for compressor under load, at max. working pressure): - Max. recoverable heat output: 66 (238) kW (MJ/h) (minus internal heat losses) - Water circuit pressure drop: < 0.1 bar - Water heating from 15°C to 70°C - Water flow rate at ΔT = 55 K: 1.03 m³/h - Savings potential*: €10,411/year - CO2 emission reduction: 40,559 kg/year - kWh/I; 2000 operating hours per year