In-Ear-Monitors
ACS personal In-Ear-Monitors are custom moulded earphones utilising miniature balanced armature transducer technology to deliver the ultimate in sound quality. The tiny magnetic receivers offer high resistance to mechanical shock and deliver smooth responses with very low distortion levels. For connection to In-Ear-Monitor equipment, MP3, HiFi and most communication systems, ACS monitors reduce the ambient sound environment by approximately 26 dB. This reduction in the outside noise allows for a safer, lower listening volume from the source whilst at the same time delivering a superbly detailed sound reproduction.
All In Ear Monitors can be fully colour customised and are fitted with a 3.5 mm jack plug with your choice of graphite black, white or sliver cable (custom length cable on silver only).
T15
ACS has developed this modular, cost effective in-ear-monitor system to be used in conjunction with ER moulds. Simply remove the existing ER filters and fit directly into the moulds!
If you already have ER9/15/25 you can now add T15 and instantly enhance your listening experience – great for laptops, iPods or MP3 players of any make.
T2
ACS’s monitors utilise twin transducer technology to deliver an incredibly detailed response that extends from below 20hz to 16 Khz. T2 is the result of continued development with live performance musicians and offers great strength and durability. Teflon sheathing covers the cables that enter the soft silicone earpieces to provide a reliable performance every time eliminating the need for separate cable connection. Maximum isolation and a limited output make T2 the safest In-Ear-Monitors on the market.
T3
ACS’s original silicone music monitors, T3 magazine said in 1999 “Excellent sound quality and comfort, with almost complete obliteration of all external noise”. T3 offers a wide band frequency. Supplied with personalised hard carry case.
The T2 and the T3 can be fully customised. In a range of colours and a choice of cable length and exit locations e.g over the ear or exit at bottom of ear. |