Description
The LAX® introduces new class D amplifier technology offering smooth and responsive handling with massive power output while maintaining LAX's famous sonic integrity. The LAX® ML-25 is using SMPS technology, the resulting high power, lightweight units designed for professional touring sound applications.
The LAX® ML Series is a range of 4 channel, high output power amplifiers. The ML Series has been designed to provide that, Powerful Pure Sonic Performance which is now so synonymous with the LAX® brand name. With the introduction of the ML Series LAX® aim to deliver simple, pure and reliable power for applications where cost and ease of use are paramount without lose of integrity.
Features
• Very high power and channel density
• Class - D Technology
• Power Factor Correction (PFC)
• Four-channel flexibility
• XLR input and output connectors
• Self protection design
• Efficient cooling system
• Comprehensive protection
• Quint independent power supply
Application
• Stadium
• Places of worship
• Touring events
• Clubs and Discos
• Concerts and live performances
• Theatre and Auditorium
Power Output
Ratings (RMS @ 1% THD @ 230VAC)
| Model | ML-16 | ML-25 | ||
| Article No. | #10003 | #10004 | ||
| Number of channels | 4 | 4 | ||
| Total output all channels driven | 6400 W @ 4 ohms | 10000 W @ 4 ohms | ||
| Max. Output Power | 4 ohms | 8 ohms | 4 ohms | 8 ohms |
| Per channel watts | 1600 W | 1000 W | 2500 W | 1500 W |
Specifications
| THD+N (typical) | < 0.05 % (20 Hz - 20 kHz, 8 Ω load, 3 dB below rated power) | |||
| Signal To Noise-Ratio | > 120 dB (A-weighted, 20 Hz - 20 kHz, 8 Ω load) | |||
| Frequency Response |
20 Hz - 20 kHz ± 0.25 dB / 20 Hz - 20 kHz ± 0.15 dB (8 Ω load, 1 dB below rated power) |
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| Output Circuitry | Class D - full bandwith PWM modulator with ultra low distortion | |||
| Input impedance | 15 kΩ balanced | |||
| Damping Factor | > 2000 (8 Ω load, 1 kHz and below) | |||
| Gain and Level | ||||
| Amplifier gain selectable (Sensitivity) | 0.7 / 1.0 / 1.44 Volt | |||
| Level adjustment (per ch.) | Front-panel potentiometer | |||
| Connectors and Switches | ||||
| Input connectors (per ch.) | Neutrik® 3-pin XLR, electronically balanced | |||
| Output connectors (per ch) | Neutrik® 3-pin XLR, electronically balanced and Neutrik® 4 Pin Speakon® | |||
| Power on/off | on front-panel switch | |||
| Cooling | Four fans, front-to-rear airflow | |||
| Front-panel indicators | ||||
| Per channel | Power / Output signal / Limit / Protect | |||
| Parallel | 1 & 2, 3 & 4 Channels | |||
| Safety | ||||
| Protection Circuits | Input limiter, short circuit protection, DC protection of output, low & high voltage protection, SOA protection, intelligent mains fuse protection, power stage overload protection, temperature protection of transformers and heat-sinks | |||
| Power | ||||
| Type | Universal & regulated switch mode power supply with Power Factor Correction (PFC) | |||
| Independent power supply | Each channel | |||
| Fans & operating | ||||
| Operating voltage | 200-265V AC | |||
| Mains | Neutrik® powerCON | |||
| Dimensions (W x D x H) | 483 mm × 560 mm × 88 mm | 483 mm × 560 mm × 88 mm | ||
| Size | 2 U | 2 U | ||
| Net Weight | 20 kg (44 lbs) | 21.6 kg (47.6 lbs) | ||
| Gross Weight | 23.6 kg (52 lbs) | 25.2 kg (55.5 lbs) | ||
| Finish | Black painted steel chassis with aluminum front panel | |||
Protection Systems
Clip Limiter: If the power amp is over driven and the limiter is set to on the clip detection triggers the Attack-Release-Circuit (ARC). The ARC delivers the control voltage for the gain reduction.
SOA Protection: Whenever the power transistors leave their Safe Operation Area (SOA), the SOA protection will either switch back the current rail of the respective channel or limit the maximum load current in the power transistors.
DC Protection: Each output of the power amp is constantly monitored for persistent DC voltage levels. If the 3 V thresholds are exceeded at any of the outputs, the corresponding channel will be muted. If DC was only applied for a short moment, the amplifier will release mute and work as normal. If DC is applied for longer periods or several short times the amplifier will switch to standby mode. Switch off the amplifier, wait until all indicator LEDs extinguish and switch the amplifier on again.
Over Current Protection: Over current is permanently controlled in the output stage. In case of excessive loading the maximum output current of the amplifiers is automatically limited. This improves reliability without degrading sound quality when driving complex loads. The main SMPS (Switched Mode Power Supply) transformer current of your M Series Amplifier is continuously monitored. If over current occurs the main SMPS immediately stops working. Should there be an internal failure this feature prevents other parts from being damaged.
Thermal Protection: There are sensors in each amplifier module in order to ascertain temperature data. If the temperature more than 85°C is detected at the heat sinks, the input signal on that channel is reduced proportionally to prevent further heating of the amplifier. If the temperature exceeds approximately 100 °C, the main SMPS is switched off (safety shut-off).
Mains Over Voltage Detection: Mains Over Voltage Detection is always operative. When the mains voltage exceeds approx. 268 V the amplifier will switch off. When the mains voltage returns to nominal value a soft start occurs.
Fuse Protection: The fuse protection circuit prevents amplifier shut-down (e.g. by a blown mains fuse or a triggered circuit breaker) during extremely hard use with all channels working at very high output power. Without intelligent mains current monitoring and control this could easily happen as the rated output power is several times higher than the capabilities of the standard mains supply. In order to prevent any shutdown in extreme situations the amplitude of the input signals will be reduced which will in return also reduce the mains current draw
Fans: The variable speed fans mounted in your M Series Amplifier operate permanently, but as long as the temperature remains below 40°C, they run at their slowest speed and can hardly be heard. The highest detected temperature from any amplifier channel controls the speed of the fans. Above 40°C the speed is increased until it reaches its maximum value.