AKG K 141 MK II Professional Headphones
AKG K 141 MK IIsemi-open headphones give you great sound and comfort, and they're ideal for studio monitoring. AKG K 141 MK II headphones feature both leatherette and velvet earpads and a self-adjusting headband for great fit and maximum comfort. The AKG K 141 MK II 'phones include a detachable 10' straight cable and a 16' coiled cable. They offer a frequency range from 18Hz to 24kHz, and are designed for long-term use If you're spending a lot of time in the studio with headphones on, you'll appreciate the accurate sound and comfort you get from the K 141 MK II.
The K 141 MK II Headphones offer you higher sensitivity, wide dynamic range and higher SPL thanks to XXL transducers with Varimotion technology. The transducers' lower impedance allows K141 MK II headphones to be used with computers and other devices with low power output.
The gimbal suspended earcups and self-adjusting headband make AKG K141 MK II headphones comfortable to wear. The detachable OFC cables have gold-plated plugs for years of loss-free signal transfer.
Dynamic, semi-open supraaural headphones
AKG K 141 MK II includes leatherette and velvet earpads
Detachable 10' straight cable and 16' coiled cable included
AKG K 141 MK II is Professional hi-fi stereo studio headphone
Self-adjusting headband for optimum fit
Patented Varimotion speakers
Undistorted sound even at high volume levels
Type semi-open, dynamic headphones
Sensitivity 101 dB/mW, 114 dB/V
Frequency range 18 to 24,000 Hz
Rated impedance 55 ohms
Max. input power 200 mW
Earpads leather and velvet
Cable 3 m single-sided and 5 m coiled cable (99,9% oxygen-free); plug-in cable on headphones (mini-XLR connector)
Connector gold plated stereo mini jack
Adapter gold plated 1/8" to 1/4" screw-on adapter
Net weight (without cable) 225 g (7.9 oz.)
Patent(s) Varimotion - multiple-thickness diaphragm for dynamic transducer (Patent no. AT 403.751, US 6,185,809, EP 814.637 (DE, DK, FI, FR, GB, IT, NL), JP 3.927.651); Acoustics slot resistor for dynamic transducer (Patent no. AT 408.706, US 6,639,991, ZL 01116806)