EMT Turntable 928 II

The current Swiss EMT team is led by Micha Huber and was involved in the R&D at EMT for up�coming turntable projects since more than ten years. We are glad to introduce the first out�come of this effort: the Battery Powered Precision Turntable EMT 928 II

The EMT 928 II is a massive built precision turntable with an overall weight of 23kg. The chassis is machined from aluminium, resting on four decoupled, spherical feet.

The device features an independent battery power source, so any interference from the power grid is excluded. The built-in charger circuit handles the charging cycles automatically and shows the status with a two-colour LED.

A most modern 20 Watts motor speeds up the 5,5kg platter in a short time and keeps the speed constant within a narrow tolerance-field.

Platter speed:	33⅓ / 45 / 78rpm
Wow and flutter:	±0,07% (IEC 386)
Rumble:	-85dB (IEC 98)
Speed-up time:	10 / 12 / 20s
Battery service life:	40 / 38 / 30h
Dimension:	480x340x100mm
Weight:	23kg
Input voltage:	100-240VAC, 50-60Hz
Output terminal:	RCA, with separated tonearm ground
Mounting distance arm:	215-245mm, prepared for EMT 9-inch tonearm

The EMT 928 II is a massive built precision turntable with an overall weight of 23kg. The chassis is machined from aluminium, resting on four decoupled, spherical feet. With three platter speeds (33 ⅓, 45 & 78 rpm) is the unit prepared to play all kind of records. It is a perfect match for the currently releasedEMT 9-inch tonearm and all EMT cartridges. The new turntable features an independent battery power source which allows more than 40 hours playing time while being fully dis�connected from the mains. Therefore, any in�terference from the power grid is excluded. The built-in charger circuit handles the charg�ing cycles automatically and shows the sta�tus with a two-colour LED.As a homage to the original EMT 928, the ro�tation power is transmitted by a belt. A most modern 20 Watts motor is combined with a high-precision control loop circuit in a com�pact assembly, to ensure short signal paths and to minimize interference. This design al�lows to speed up the 5,5kg platter in a short time and keep the platter speed constant within a narrow tolerance-field