Deskripsi Teknis Tentang Produk Control & Instrumentation Principles Trainer
Trainer ini memungkinkan penyelidikan prinsip-prinsip sistem kontrol dengan menggunakan mekanisme servo yang terdiri dari motor DC, berbagai asumsi digital Pengetahuan awal elektronik yang sangat dasar serta matematika sederhana meskipun penggunaan matematika diminimalkan sebanyak mungkin. Kurikulum dibagi lebih dari 20 tugas mulai dari konsep kontrol dasar hingga metode yang lebih maju seperti kontrol PID titik tetap. Penggunaan tugas yang tersedia secara selektif memungkinkan pelatih untuk digunakan dari kursus kejuruan hingga teknisi yang lebih tinggi dan program sarjana. Sistem pengembangan GOTT-3034 DSP untuk sistem kontrol motor-sistem ini dirancang untuk kontrol motor DC, sistem kontrol gerak digital kinerja tinggi (DMC) dan desain inverter. Paket DSP untuk sistem kontrol motor yang dikembangkan oleh pelat GOTT-3034-Ctrl (pemrosesan sinyal digital DSP), drive GOTT-3034 (penggerak daya) dan GOTT-3034-Disp (antarmuka keyboard dan tampilan) yang terdiri dari tiga, saling terhubung oleh kabel, LED koneksi menunjukkan. Optimalisasi untuk menyediakan satu set sistem pengembangan kontrol motor servo DC kepada pelanggan! Output daya dua sensor arus Hall-effect sensor lokasi yang mudah digunakan kontrol penginderaan arus keluaran dan kontrol vektor ruang tegangan, periksa optocoupler linier terisolasi tegangan dan arus DC, deteksi suhu pelat daya. Mekanisme perlindungan yang sempurna.
Spesifikasi Dari Produk Control & Instrumentation Principles Trainer
1. Motor power supply 5~220VAC/DC input and can be driven 1100W motor, maximum peak current of 25A. 5VDC power supply and the control circuit of IGBT 15VDC power supply. Typical 5VDC current 0.4A,15VDC current 0.15A.
2.Using special IGBT drive IC for control, PWM drive signal by high-speed opto-coupler isolated high-voltage and low- voltage side, ensure the drive plate without interference from high voltage.
3. Hall sensor detection output current waveforms, the complete low voltage and high voltage isolation, primary current -10A~+10A output voltage 0.5~4.5V, used in vector control.
4. DC current measurement sample by linear opto-coupler isolation.
5. DC voltage sampling by linear opto-coupler isolation.
6. IGBT temperature 6.0~150 ℃ test, analog output.
7. Six PWM control signal input, all through the high-speed opto-coupler isolation
8. PWM express hardware for upper and lower arm protection, overcurrent protection hardware.
9. Power and braking resistors relay interface interface, you can complete the rheostatic braking experiment, or a complete regenerative braking through two driver boards.
10. Power input and alarm LED indicator.
1. Motor power supply 5~220VAC/DC input and can be driven 1100W motor, maximum peak current of 25A. 5VDC power supply and the control circuit of IGBT 15VDC power supply. Typical 5VDC current 0.4A,15VDC current 0.15A.
2.Using special IGBT drive IC for control, PWM drive signal by high-speed opto-coupler isolated high-voltage and low- voltage side, ensure the drive plate without interference from high voltage.
3. Hall sensor detection output current waveforms, the complete low voltage and high voltage isolation, primary current -10A~+10A output voltage 0.5~4.5V, used in vector control.
4. DC current measurement sample by linear opto-coupler isolation.
5. DC voltage sampling by linear opto-coupler isolation.
6. IGBT temperature 6.0~150 ℃ test, analog output.
7. Six PWM control signal input, all through the high-speed opto-coupler isolation
8. PWM express hardware for upper and lower arm protection, overcurrent protection hardware.
9. Power and braking resistors relay interface interface, you can complete the rheostatic braking experiment, or a complete regenerative braking through two driver boards.
10. Power input and alarm LED indicator.
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