LM3-F amp
The LM3-amp is a self-powered low-mid subwoofer cabinet designed to complement AP SK or SK amp touring system. It provides with an efficient solution when there is a need to reinforce the low frequencies within a flown cluster. The LM3-amp cabinet is composed of 2 x 15 inch ND cone drivers mounted in a proprietary horn-loaded band pass system. This particular design reaches a high efficiency on-axis and reduces substantially the sound emitted toward the rear, which prevents from unwanted low frequency feedbacks on-stage. The LM3-amp uses the same cabinet shape and L-track flying hardware as the SK-amp system. The combination of SK and LM3-amp’s cabinets gives a very powerful full range system down to 55Hz.
- High power
- Self powered
- Monitor & FOH presets
- Ethernet Networking
- PC remote control
Keep empty
Frequency response (1): 55Hz - 180Hz
Maximum peak SPL (2): 140dB
Low frequency: 2 x 15", ND ferrofluid cooled, long excursion, low distortion cone driver
Nominal Impedance: 2 x 8 Ohms
Output power (low1) (5): 2'500W
THD, DIM, SMPTE: <0,05%
Type: Analog Differential balanced input circuit
Connectors: Female XLR; Male XLR loop
Nominal impedance: 10K Ohm
Connectors: Female PowerCon, in; Male PowerCon loop
Input voltage: 115V - 230V nominal +/- 10%
Sampling rate: 96 Khz
Basic delay: 0.76 ms
Dynamic range: 115 dB
Type: Ethernet
Connectors: RJ45 female, RJ45 loop
Cabinet Size (WxHxD): 547 x 825 x 630 mm
Cabinet finish: 18mm plywood, black epoxy painted, other colours on request
Rigging: Aircraft L-track on front and rear
Protective grill: Removable perforated 1,6mm steel, foam cover inside
Weight: 55Kg
- LM3 trolley
- SUB800-amp
- SUB1000-amp
(1) Frequency response: +/- 3dB, measured at 3 meters, on axis, half-space conditions - MLSSA 1/3 octave
(2) Max peak SPL: Measured with music referred to 1 meter
(3) Crossover: Acoustical crossover frequency - at these frequency, transducers produce equal sound pressure level
(4) AES: Power handling is measured under AES standard conditions
(5) Power AMPS: Amplifier RMS output power per channel into 2 ohms, both channel driven