Audio-Technica AT-VM95SH cartridge
● VM95 dual magnet cartridge with 2.7 x 0.26 mil Shibata tip for superb sound quality
● Aluminum alloy cantilever
● Durable low-resonance polymer housing
● Threaded inserts in cartridge body mount to headshell with just 2 screws
● Simple installation - no nuts or washers required
● Compatible with all six interchangeable AT-VMN95 replacement styli
AUDIO-TECHNICA AT-VM95SH
This at-VM95SH cartridge with 2.7 x 0.26 mil Shibata stylus fits half-inch mount turntables. The cartridge offers excellent channel separation and low distortion for outstanding tonal quality. The durable, low-resonance housing includes threaded inserts that enable the cartridge to be mounted to the headshell with just two screws – no nuts required. And since all VM95 Series share the same body, engine, and new thicker coil design, the stylus can be replaced with any of the six interchangeable AT-VMN95 replacement styli.
Audio-Technica AT-VM95SH Cartridge Specifications
- Type: VM Stereo Dual Magnet
- Playback frequency range: 20 ~ 25,000 Hz
- Channel separation: 23 dB (1kHz)
- Output channel balance: 1.5 dB (1kHz)
- Output voltage: 3.5 mV (1kHz, 5 cm/sec.)
- Vertical tracking angle: 23°
- Tracking force range: 1.8-2.3g (standard 2.0g)
- Stylus shape: nude
- Stylus Size: 2.7 × 0.26 mil Shibata
- Stylus construction: Nude square shank
- Cantilever: Aluminum pipe
- Static compliance: 20 × 10-6 cm/dyne
- Dynamic compliance: 7 × 10-6 cm/dyne (100Hz)
- Wire used for coil: T.P. Copper
- Coil impedance: 3.3 kΩ (1kHz)
- DC resistance: 485 Ω
- Rec. load impedance: 100 Ω
- Rec. load capacitance: 100-200 pF
- Coil inductance: 550 μH (1kHz)
- Cartridge weight: 6.3 g
- Mounting: 2 x M2.6 threads/inserts, ½" spacing
- Replacement stylus: AT-VMN95SH
- Accessories included: Two 11 mm installation screws; two 8 mm installation screws; two washers.
- Dimensions (H × W × D mm): 17.2 × 18.9 × 28.3
Notes: (1) T.P. Copper (or ETP grade copper, Electrolytic Tough Pitch copper) is about 99.90% purity of copper and has excellent electrical and thermal conductivity. (2) Specifications subject to change without notice for improvements and design.
