Catalogs >
THK >
RSX

RSX
6Pages

Catalog excerpts

Optimized circulation for smooth movement Expanded lineup

RSX Miniature LM Guide Structure and Features The Model RSX uses two raceways and has more compact outer dimensions than models with four raceways. Despite being compact, its ball contact structure is capable of receiving loads in all directions, and can be used individually in locations with space limitations or where moments are applied. Ultra Compact The Model RSX has one raceway on either side of the LM rail, and its compact design with low cross-sectional height allows it to be installed in locations with limited space. Prevents Rust The Model RSX uses an LM block, LM rail, and balls...

Open the catalog to page 2

This type has a longer overall LM block length (L) and a larger rated load and permissible moment than the Model RSX5M. This type has a longer overall LM block length (L), a greater width, and a larger rated load and permissible moment than the Model RSX5M. This type has a longer overall LM block length (L) and a larger rated load and permissible moment than the Model RSX5WM. This type has a shorter overall LM block length (L) than the Model RSX-M. This type has a longer overall LM block length (L) and a higher rated load and permissible moment than the Model RSX-M. This type has a longer...

Open the catalog to page 3

Specification Table 4 ４－Ｓ×ℓ Grease nipple PB107 Grease nipple nipple Grease Grease nipple 2－ 2－ＳＳ×ℓ ×ℓ PB107 PB107 PB107 3 3 3 W2 W1 Model No. Height Width Length B M W L Grease Grease nipple nipple PB107 PB107 LM rail dimensions RSX15WS RSX15WS Basic load rating

Open the catalog to page 4

Grease nipple ４－Ｓ×ℓ PB107 Outer dimensions Model No. Height Width Length M W L B Basic load rating Note) Max. length indicates

Open the catalog to page 5

sales@thk.ru Running Parallelism Accuracy Standards Accuracy Standards Model No. Unit: mm Normal grade High accuracy grade Precision grade Accuracy standards Item No symbol H P Dimensional tolerance in height (M) ±0.03 ±0.015 — Difference in height (M) — 0.015 0.005 Dimensional tolerance in width (W2) ±0.03 ±0.015 — ( ) — 0.015 0.005 RSX5/5W Difference in width W2 Running parallelism of See the table on the right surface C against surface A Running parallelism of surface D against surface B Dimensional tolerance in height (M) Difference in height (M) Dimensional tolerance in width (W2)...

Open the catalog to page 6