Free shipping Allowance
On most orders - Click here for details

Turntables

AUDIO-TECHNICA AT-VM95-CH
$89.99

Availability Special Order

VM95 series Conical stereo cartridge on AT-HS6 Headshell
AT-VM95-CH
Express Checkout

Description

VM95 series Conical stereo cartridge on AT-HS6 Headshell

  • AT-VM95C mounted on AT-HS6BK headshell
  • The total set weight is 15.5g
  • Assembled and tested in the Audio-Technica Factory in Fukui-Japan

Every cartridge diamond stylus becomes worn after a period of play.

Around 500 hours for a conical stylus, 300 hours for an Elliptical stylus, 1000 hours for a Microlinear stylus, and 800 hours for a Shibata stylus.

Our VM95 Series dual moving magnet cartridges can be used almost forever by replacing the interchangeable stylus. It is no longer necessary to purchase a complete cartridge when your diamond is worn out, you can simply buy the matching replacement stylus, but also enjoy the experience of upgrading your cartridge with a different stylus.

The six models of VM95 Series cartridges all use the same electromagnetic engine-body, therefore each of the six replacement styli are perfectly compatible.

Technical Specifications

Model AT-VM95C/H
Type VM Stereo Dual Magnet
Mounting 1/2” centres
Frequency Response 20 - 20,000 Hz
Channel Separation 18 dB (1 kHz)
Output Channel Balance 2.5 dB (1 kHz)
Output Voltage 4.0 mV (@ 1 kHz, 5 cm/sec)
Vertical Tracking Angle 23°
Vertical Tracking Force Range 1.8 - 2.2g (standard 2.0 g)
Stylus Shape Conical
Stylus Size 0.6 mil
Stylus Construction Bonded Round Shank
Cantilever Aluminium Pipe
Coil Impedance 3.3 kΩ (1 kHz)
Coil Inductance 550 mH (1 kHz)
DC Resistance 485 Ω
Static Compliance 17 x 10 – 6 cm / dyne
Dynamic Compliance 6.5 x 10 – 6 cm / dyne (100 Hz)
Wire Used for Coil T.P. Copper
Recommended Load Impedance 47,000 Ω
Recommended Load Capacitance 100-200 pF
Weight 15.5 g
Dimensions 21.2 × 21.4 × 62.4 ( H x W x D mm)
Replacement Stylus AT-VMN95C

Product Tags

Use spaces to separate tags. Use single quotes (') for phrases.

Your browser is out-of-date!

Update your browser to view this website correctly. Update my browser now

×