Description
Mapal Order Number: 30887019
Mapal, Founded in Aalen, Germany in 1950
This product is priced singly and comes in packs of 1.
Please note that the actual item may not be/look exactly the same as shown in the item picture(s).
| Properties | ||
|---|---|---|
| Name | Mapal MHC-HSK-A100-10-200-1-0-A Hydro DReam Chuck, Cylindrical Slim 30887019 | |
| EDP # | 0670432 | |
| Machine Connection | HSK-A | |
| Size Machine Connection | 100 | |
| Technology | HydroChuck | |
| d1 | 0.3937" | 10.000 mm |
| d2 | 0.7480" | 19.000 mm |
| d3 | 1.4409" | 36.600 mm |
| d4 | 1.9685" | 50.000 mm |
| d5 | 0.0000" | 0.000 mm |
| l1 | 7.8740" | 200.000 mm |
| l2 | 1.6142" | 41.000 mm |
| l3 | 0.3937" | 10.000 mm |
| l4 | 3.9370" | 100.000 mm |
| l5 | 5.9055" | 150.000 mm |
| Coolant Supply | Internal | |
| Coolant Outlet | Axial Concentric | |
| Length Adjustment | Axial | |
| Material Group | ||
Product Features:
- The HydroChuck MHC in a cylindrically slim design is particularly suitable for drilling and reaming operations in extremely contour-critical areas. Especially in deep cavities, it enables uniquely good surface qualities.
Technical Reference Files:
Background Information:
The HSK system was invented in Germany in the 1990's and is now very commonly found in European machine tools and spindles. HSK stands for "Hohl Shaft Kegel" - "Hollow Shank Taper", and as the name implies this type of interface has a cavity running through it. Unlike classical 'pull-stud' designs (CAT, BT, SK etc), HSK uses an internal drawbar mechanism which results in clamping force increasing with rotational speed. Additionally, the form features dual contact; on an axial face and the cone (1:10), which puts HSK in the upper echelons of tool holder performance.
The HSK-A form is probably the most common in the HSK family, and features drive slots which serve both to increase torque capability and provide rotational indexing (unequal slots). External features provide an interface for automatic tool change grippers and carousels. There is a bore milled directly into the side of the interface for RFID chip placement, and a threaded internal passage for coolant-through operation.