The E 12:2 Has Smart Green Credentials Delivering Low Lifetime Cost of Ownership
Small in Size, Huge in Benefits
Building on LAB GRUPPEN’s touring reputation for sonic excellence and rock-solid durability, E Series brings a competitive edge to the installation market by adding ultra-compact size, high operating efficiency, output configuration flexibility, and an unprecedented cost-benefit ratio.
At the heart of E Series is LAB GRUPPEN’s IDEEA (IntelliDrive Energy Efficient Amplifier) technology. Based around a patented Class D variant output stage, IDEEA produces high power levels with very low distortion while drawing minimal mains current. …More
Building on LAB GRUPPEN’s touring reputation for sonic excellence and rock-solid durability, E Series brings a competitive edge to the installation market by adding ultra-compact size, high operating efficiency, output configuration flexibility, and an unprecedented cost-benefit ratio.
At the heart of E Series is LAB GRUPPEN’s IDEEA (IntelliDrive Energy Efficient Amplifier) technology. Based around a patented Class D variant output stage, IDEEA produces high power levels with very low distortion while drawing minimal mains current.
LAB GRUPPEN’s proprietary Rail Sensing Limiter (RSL™), also exclusive to E Series, greatly reduces signal clipping to ensure high quality audio output at all times. User configurable for Hi-Z (70 V) or Lo-Z, RSL senses rail voltages and optimizes each output for instantaneous load conditions. RSL settings also facilitate asymmetric loading of the channels to optimize performance and efficiency. Total available output power can be allocated among the channels as required by the application. This makes it possible, for example, to drive a small sub on one channel, a number of 70 V ceiling loudspeakers on the second channel. Less
LAB GRUPPEN Performance with Energy Star Compliance
LAB GRUPPEN’s IDEEA architecture secures full Energy Star compliance by combining net operating efficiency of greater than 80% with an auto-power-down feature. After 20 minutes with no input signal, the amplifier automatically switches to standby mode – with consumption of less than 1 W – and switches back on when an input signal returns. GPIO facilities enable third-party systems to remotely control and monitor power state via contact closure.
Smart Green Credentials with Our IDEEA Platform
The now proven IntelliDrive Energy Efficient Amplifier (IDEEA) platform represents the latest evolution of our amplifier design philosophies, drawing from technologies in our flagship PLM Series, to create ingenious contractor solutions with supreme green credentials.
Energy Star Qualified
By maintaining very low current draw during operating cycles even at high output levels, and reduced power consumption during non-operational cycles, our Energy Star qualified products harness impeccable LAB GRUPPEN sonic performance and robust power output while meeting the rigorous efficiency requirements of current Energy Star certification standards.
Flexible Asymmetric Loading
Optimize performance and efficiency from each individual unit – allowing the total available output power to be utilized unequally between the channels, or for mono use with all power on a single channel. Enabling you to drive a small sub on one channel and a number of 70 V distributed ceiling loudspeakers on the other.
Number of amplifier channels
2
Max total output all channels driven
1200 W
Peak output voltage per channel
100 V / 70 Vrms
Max. output current
18 Arms
Max output power (all channels driven)
2 ohms
600 W
4 ohms
600 W
8 ohms
600 W (requires the “70 V” mode for the RSL, “Lo-Z” gives 300 W)
16 ohms
310 W (requires the “70 V” mode for the RSL, “Lo-Z” gives 150 W)
70 V
600 W
100 V
Can deliver 600 W to a 100 V load tapped at 1200 W
Performance
THD 20 Hz – 20 kHz at 1 W
<0.1%
THD at 1 kHz and 1 dB below clipping
<0.05%
Signal to Noise Ratio
>112 dBA
Channel separation (Crosstalk) at 1 kHz
>70 dB
Frequency Response
2 Hz – 40 kHz
Input impedance
20 kOhm
Common Mode Rejection (CMR)
50 dB
Output impedance
25 mOhm
Gain, Sensitivity and Limiters
Limit and gain switch defining limit and gain (per channel)
2 pos: Lo-Z and 70 V
VPL for 70 V mode
100 V
VPL for Lo-Z mode
69.3 V
Sensitivity for stated power into 4 Ohm in Lo-Z mode
4 dBu
Sensitivity for 70.7 V out in 70 V mode
4 dBu
Sensitivity for stated power into 2 Ohm in Lo-Z mode
1 dBu
Sensitivity for stated power into 8 Ohm in 70 V mode
3.8 dBu
Sensitivity for stated power into 16 Ohm in 70 V mode
Lab Gruppen E 12:2 1200W Amplifier w/Flexible Output Channels for Installation Applications
$1,150.00
Special Order
Description
E SERIES E 12:2
The E 12:2 Has Smart Green Credentials Delivering Low Lifetime Cost of Ownership
Small in Size, Huge in Benefits
Building on LAB GRUPPEN’s touring reputation for sonic excellence and rock-solid durability, E Series brings a competitive edge to the installation market by adding ultra-compact size, high operating efficiency, output configuration flexibility, and an unprecedented cost-benefit ratio.
At the heart of E Series is LAB GRUPPEN’s IDEEA (IntelliDrive Energy Efficient Amplifier) technology. Based around a patented Class D variant output stage, IDEEA produces high power levels with very low distortion while drawing minimal mains current. …More
Building on LAB GRUPPEN’s touring reputation for sonic excellence and rock-solid durability, E Series brings a competitive edge to the installation market by adding ultra-compact size, high operating efficiency, output configuration flexibility, and an unprecedented cost-benefit ratio.
At the heart of E Series is LAB GRUPPEN’s IDEEA (IntelliDrive Energy Efficient Amplifier) technology. Based around a patented Class D variant output stage, IDEEA produces high power levels with very low distortion while drawing minimal mains current.
LAB GRUPPEN’s proprietary Rail Sensing Limiter (RSL™), also exclusive to E Series, greatly reduces signal clipping to ensure high quality audio output at all times. User configurable for Hi-Z (70 V) or Lo-Z, RSL senses rail voltages and optimizes each output for instantaneous load conditions. RSL settings also facilitate asymmetric loading of the channels to optimize performance and efficiency. Total available output power can be allocated among the channels as required by the application. This makes it possible, for example, to drive a small sub on one channel, a number of 70 V ceiling loudspeakers on the second channel. Less
LAB GRUPPEN Performance with Energy Star Compliance
LAB GRUPPEN’s IDEEA architecture secures full Energy Star compliance by combining net operating efficiency of greater than 80% with an auto-power-down feature. After 20 minutes with no input signal, the amplifier automatically switches to standby mode – with consumption of less than 1 W – and switches back on when an input signal returns. GPIO facilities enable third-party systems to remotely control and monitor power state via contact closure.
Smart Green Credentials with Our IDEEA Platform
The now proven IntelliDrive Energy Efficient Amplifier (IDEEA) platform represents the latest evolution of our amplifier design philosophies, drawing from technologies in our flagship PLM Series, to create ingenious contractor solutions with supreme green credentials.
Energy Star Qualified
By maintaining very low current draw during operating cycles even at high output levels, and reduced power consumption during non-operational cycles, our Energy Star qualified products harness impeccable LAB GRUPPEN sonic performance and robust power output while meeting the rigorous efficiency requirements of current Energy Star certification standards.
Flexible Asymmetric Loading
Optimize performance and efficiency from each individual unit – allowing the total available output power to be utilized unequally between the channels, or for mono use with all power on a single channel. Enabling you to drive a small sub on one channel and a number of 70 V distributed ceiling loudspeakers on the other.
Max output power (all channels driven)
Performance
Gain, Sensitivity and Limiters
Connectors and Buttons
Power
Dimensions
Weight
Finish
Approvals
Additional information