Uni-pivot bearing: The innovative, minimal-friction bearing system uses a
conical carbide tip resting within an intricate arrangement of five small
bearing balls.
Arm tube: The arm tube is manufactured from cold-forged, eight-layer aluminium. A laser vibrometer was used to analyse the tube’s resonances, enabling our designers to target specific frequencies.
Headshell: The headshell material is reinforced with carbon fibre to provide an extremely high level of rigidity. Overhang can be adjusted either by sliding the headshell into the desired position on the tube or by adjusting the entire tube in the bearing block.
Tracking force: The tracking force can be adjusted by rotating the tonearm counterweights, which are decoupled by means of rubber rings. The larger weight provides rough adjustment, while the smaller, eccentric weight is used for fine adjustment of the tracking force and also to adjust azimuth.
Anti-skating: The anti-skating force is set by hanging the bias weight on the tonearm’s bias shaft.
VTA: The vertical tracking angle be easily adjusted by loosening the arm collar lock nut and raising or lowering the entire tonearm.
- Tonearm specification: 9“
- Distance pivot to stylus: 215mm
- Effective length: 232.8mm
- Stylus overhang: 17,8mm
- Angular offset: 23,66°
- Inner null: 66,0mm
- Outer null: 120,9mm
- Effective mass: 11g
- Maximum distortion between null-points: 0,63%
- Geometry: Bearwald / Löfgren „A“
- Weight: 360g
- Connectors: wires for soldering
- Mounting hole: 18mm dia
- Antiskating: by weight
Arm tube: The arm tube is manufactured from cold-forged, eight-layer aluminium. A laser vibrometer was used to analyse the tube’s resonances, enabling our designers to target specific frequencies.
Headshell: The headshell material is reinforced with carbon fibre to provide an extremely high level of rigidity. Overhang can be adjusted either by sliding the headshell into the desired position on the tube or by adjusting the entire tube in the bearing block.
Tracking force: The tracking force can be adjusted by rotating the tonearm counterweights, which are decoupled by means of rubber rings. The larger weight provides rough adjustment, while the smaller, eccentric weight is used for fine adjustment of the tracking force and also to adjust azimuth.
Anti-skating: The anti-skating force is set by hanging the bias weight on the tonearm’s bias shaft.
VTA: The vertical tracking angle be easily adjusted by loosening the arm collar lock nut and raising or lowering the entire tonearm.
- Tonearm specification: 9“
- Distance pivot to stylus: 215mm
- Effective length: 232.8mm
- Stylus overhang: 17,8mm
- Angular offset: 23,66°
- Inner null: 66,0mm
- Outer null: 120,9mm
- Effective mass: 11g
- Maximum distortion between null-points: 0,63%
- Geometry: Bearwald / Löfgren „A“
- Weight: 360g
- Connectors: wires for soldering
- Mounting hole: 18mm dia
- Antiskating: by weight
Thorens TP 82 Tonearm
- Mudel: TP 80
Uni-pivot bearing: The innovative, minimal-friction bearing system uses a
conical carbide tip resting within an intricate arrangement of five small
bearing balls.
Arm tube: The arm tube is manufactured from cold-forged, eight-layer aluminium. A laser vibrometer was used to analyse the tube’s resonances, enabling our designers to target specific frequencies.
Headshell: The headshell material is reinforced with carbon fibre to provide an extremely high level of rigidity. Overhang can be adjusted either by sliding the headshell into the desired position on the tube or by adjusting the entire tube in the bearing block.
Tracking force: The tracking force can be adjusted by rotating the tonearm counterweights, which are decoupled by means of rubber rings. The larger weight provides rough adjustment, while the smaller, eccentric weight is used for fine adjustment of the tracking force and also to adjust azimuth.
Anti-skating: The anti-skating force is set by hanging the bias weight on the tonearm’s bias shaft.
VTA: The vertical tracking angle be easily adjusted by loosening the arm collar lock nut and raising or lowering the entire tonearm.
- Tonearm specification: 9“
- Distance pivot to stylus: 215mm
- Effective length: 232.8mm
- Stylus overhang: 17,8mm
- Angular offset: 23,66°
- Inner null: 66,0mm
- Outer null: 120,9mm
- Effective mass: 11g
- Maximum distortion between null-points: 0,63%
- Geometry: Bearwald / Löfgren „A“
- Weight: 360g
- Connectors: wires for soldering
- Mounting hole: 18mm dia
- Antiskating: by weight
Arm tube: The arm tube is manufactured from cold-forged, eight-layer aluminium. A laser vibrometer was used to analyse the tube’s resonances, enabling our designers to target specific frequencies.
Headshell: The headshell material is reinforced with carbon fibre to provide an extremely high level of rigidity. Overhang can be adjusted either by sliding the headshell into the desired position on the tube or by adjusting the entire tube in the bearing block.
Tracking force: The tracking force can be adjusted by rotating the tonearm counterweights, which are decoupled by means of rubber rings. The larger weight provides rough adjustment, while the smaller, eccentric weight is used for fine adjustment of the tracking force and also to adjust azimuth.
Anti-skating: The anti-skating force is set by hanging the bias weight on the tonearm’s bias shaft.
VTA: The vertical tracking angle be easily adjusted by loosening the arm collar lock nut and raising or lowering the entire tonearm.
- Tonearm specification: 9“
- Distance pivot to stylus: 215mm
- Effective length: 232.8mm
- Stylus overhang: 17,8mm
- Angular offset: 23,66°
- Inner null: 66,0mm
- Outer null: 120,9mm
- Effective mass: 11g
- Maximum distortion between null-points: 0,63%
- Geometry: Bearwald / Löfgren „A“
- Weight: 360g
- Connectors: wires for soldering
- Mounting hole: 18mm dia
- Antiskating: by weight
- Kaubamärk: Thorens
- Saadavus: Toode on tellitav
Thorens TP82 is their new 9” Uni Pivot Tonearm that utilises innovative and
traditional features to create a tonearm that is rigid and maintains the perfect
balance.
arm tube is manufactured from cold-forged, eight-layer
alumiinium
The tracking force can be adjusted by rotating the tonearm
counterweights
The anti-skating force is set by hanging the bias weight on
the tonearm’s bias shaft.