AP-4122m

Features

DMT™ (Directivity Matched Transition) menjamin respon power yang koheren dan merata diseluruh area pendengaran.
Kompresi diafragma 3” menghasilkan respon frekuensi tinggi yang powerful dan jernih.
Fitting M10 dan mount dengan sistem kuk menawarkan opsi penempatan amplifier yang fleksibel untuk berbagai kebutuhan pengaplikasian.
Pole cup (AP-5122m and AP-4122m).
Dua M20 pole attachment points pada AP-212sw.
Desain yang rapi dengan kisi-kisinya yang sederhana menjadikan amplifier ini mudah disesuaikan dengan berbagai tema dekorasi dan pengaturan tempat.
Konektor NL4 Speakon dan terminal barrier strip yang tertutup.
Bi-amp / passive switchable.
Menggunakan konstruksi Baltic birch plywood 15 lapisan.
Kisi-kisi 16-gauge yang dilapisi serbuk baja.
Tersedia warna hitam (RAL 9011) dan putih (RAL 9010).
Informasi lengkap mengenai EASE, CAD & BIM tersedia secara online.

Spesifikasi

AP-4122m
Frequency response (-10 dB)	55 Hz - 20 kHz
Rated noise power / voltage1	325 watts / 36 volts rms
Broadband sensitivity2	96 dB SPL
Coverage angle	90? conical DMT
Directivity factor (Q)	6.3
Directivity index (DI)	8.0
Recommended crossover	N/A
Maximum SPL at 1 m (passive)	121 dB continuous3 127 dB peak4
Rated impedance	4Ω
HF transducer	45 mm (1.75-inch) voice coil, compression driver
LF transducer	305 mm (12-inch) driver with 64 mm (2.5-inch) voice coil
Optional accessories	AP-YM12M Yoke mount M10 Kit-W eye bolt
Enclosure details
Input connector	Two NL4 connectors
Enclosure material	15 mm Baltic birch plywood
Attachment points	Eleven M10 threaded inserts
Color	Black (RAL 9011)
Grille	16-gauge powder coated steel
Dimensions (H×W×D)	22.5" × 15.1" × 14.5" / 510 × 385 × 370 mm
Net weight	18.1 kg (39.7 lb)
As part of QSC’s ongoing commitment to product development, specifications are subject to change without notice.
1. 2 hour rating using IEC60268 noise based on minimum impedance 2. Mid-band based on nominal impedance; 2.83 V at 1 m for 8Ω loudspeakers or 2 V at 1 m for 4Ω 3. Calculated as the nominal sensitivity plus 10× the log of continuous rated power in volts squared divided by nominal impedance 4. Calculated as the continuous calculated max output plus 6 dB