Ultra lightweight and thin reducer PSL series-Fornitore globale

Room 401, Building 4, Changfu Fenghua Garden, No. 75 Changfu Street, Qinhuai District, Nanjing City, Jiangsu Province

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Ultra flat&compact structure

By adopting a differential reduction mechanism and thin cross roller bearings, an ultra flat shape is achieved to meet the requirements of compact design solutions.
Lightweight

The main components are made of aluminum, achieving a weight reduction of approximately 30% based on the PSR series.
rigidity

The high meshing rate and load dispersion result in extremely high rigidity of the product.
high-precision

High transmission accuracy is achieved through complex meshing of precision cycloidal gears and high-precision rolling pins.
Low back gap

By optimizing the clearance configuration of each component, high-precision positioning with a clearance of less than 3arcmin can be achieved.
maintenance-free

Internally sealed with lubricating grease, no maintenance or lubrication is required within the rated lifespan.
high efficiency

Set appropriate pressure angles to achieve efficient and smooth movements.
Widely adaptable

Capable of handling various motor sizes, with no installation direction restrictions, and can be installed immediately after purchase.

Model representation

Ultra lightweight gearbox

1. Product Name

PSL series

2. Code

70, 110

3. Output format

F: Flange output

S: Axis output

4. Fixed input terminal method

C: Clamping

5. Reduction ratio

Type 70: 19, 39, 49

Type 110: 19, 39, 59

6. Motor installation mark ※

Please refer to the external dimension diagram and motor/reducer correspondence table in the sample

7. Input aperture ※

Please refer to the specification sheet or the external dimension diagram in the sample

Specification Table

model

PSL70			PSL110

Reduction ratio
Rotation direction (relative to the input shaft, the rotation direction of the output shaft)
Allowable rated torque	N・m
Peak acceleration torque	N・m
Instantaneous maximum torque	N・m
Allow average input number of rotations	rpm
Maximum Input Rotation Number	rpm
Backlash	arcmin
Recommended motor capacity	W
Convert to inertia of input shaft	×10^-4kg・m²
Input aperture	mm
quality	kg
Outline Drawing
cad data
Product samples
Notes on Precautions

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