Feature:
1. The main body is made of aluminum alloy sheet, the surface is hard black anodized, durable, scratchresistant, antifall and anticorrosion.
2. Limit and lock washers, nickelplated locking screws, nickelplated coarse and fine adjustment knobs, carbide side heads, tighter locking, no rust in complex environments, more durable.
3. The cross rail adopts highstrength bearing steel, which has better working stability and wear resistance. The surface of the rail is electroplated for using in a complex environment, corrosion resistance and no rust.
4. The manual drive mode of the micrometer can realize the R axis: coarse adjustment of 360 degrees, fine adjustment of rotation by +5 degrees .
5. Suitable for producing machinery, testing equipment, optical experimental measurement, finetuning displacement, accurate positioning, quantitative movement, etc.
Specification:
Item Type:Trimming Station
Model:RSP40L
Realise:360 degrees Coarse Rotation and Fine Rotation +5 degrees
Material:Aluminum Alloy(Black Surface Anodized)
Station Diameter:40mm
Driving Mode:Micrometer
Moving Direction:R Axis
Load: 9.8N (1kgf)
Cursor Minimum Reading: Vernier Scale 0.1mm
Concentricity: 0.02um
Parallelism: 0.02m
.
Package List:
1 x R Axis Trimming StationThe main body is made of aluminum alloy sheet, the surface is hard black anodized, durable, scratchresistant, antifall and anticorrosion.
Limit and lock washers, nickelplated locking screws, nickelplated coarse and fine adjustment knobs, carbide side heads, tighter locking, no rust in complex environments, more durable.
The cross rail adopts highstrength bearing steel, which has better working stability and wear resistance. The surface of the rail is electroplated for using in a complex environment, corrosion resistance and no rust.
The manual drive mode of the micrometer can realize the R axis: coarse adjustment of 360 degrees, fine adjustment of rotation by +5 degrees .
Suitable for producing machinery, testing equipment, optical experimental measurement, finetuning displacement, accurate positioning, quantitative movement, etc.
