Page 72 - MILLING CATALOG p319-550

CUTTERS FOR ALUMINUM Rd°

HM90 EAL-15 DC DCONMS
Long Reach Endmills Carrying
HM90 AXCR 1505... Inserts APMX
for Machining Aluminum LH

OAL

Designation DC CICT(1) APMX LH OAL DCONMS Shank(2) RPMX(3) RMPX°(4) kg
14.00 60.0 140.00 25.00 C 37500 21.0
HM90 EAL-D25-C25-L140-15 25.00 2 14.00 70.0 150.00 32.00 C 31250 13.0 0.44 SR 14-562 SW6-SD BLD T10/S7
HM90 EAL-D32-C32-L150-15 32.00 3 14.00 70.0 160.00 32.00 C 26040 9.0 0.75 SR 14-562 SW6-SD BLD T10/S7
3 0.99 SR 14-562
HM90 EAL-D40-C32-L160-15 40.00 T-10/51

(1) Number of inserts

(2) C-Cylindrical

(3) Maximum RPM

(4) Maximum ramping angle

For inserts, see pages: HM90 AXCR 1505 (465)

HM90 EAL-HSK63A-15 DC Shank Rd°
Long Reach Endmills with DCONMS
Integral HSK Adaptation Carrying M6 threaded holes for balancing screws* G2.5
HM90 AXCR 1505... Inserts APMX Max. RPM
for Machining Aluminum LU U<1.0 gmm
LH
LF * Except HM90 EAL25...

Designation DC LDRED ZEFP APMX LH LF RPMX(2) RMPX°(3) DCONMS Shank kg CDI

HM90 EAL25-L75-HSK63A-15 (1) 25.00 70.0 2 14.00 75.00 101.00 31250 21.0 63.00 HSK 63A 0.82 1 SR 14-562 T-10/51
HM90 EAL32-L65-HSK63A-15 32.00 60.0 3 14.00 65.00 91.00 31250 13.0 63.00 HSK 63A 0.90 1
3 14.00 100.00 126.00 31250 13.0 63.00 HSK 63A 1.08 1 SR 14-562 T-10/51
HM90 EAL32-L100-HSK63A-15 32.00 95.0 3 14.00 80.00 106.00 26040 9.0 63.00 HSK 63A 1.17 1
3 14.00 120.00 146.00 26040 9.0 63.00 HSK 63A 1.52 1 SR 14-562 SW6-SD BLD T10/S7
HM90 EAL40-L80-HSK63A-15 40.00 75.0
HM90 EAL40-L120-HSK63A-15 40.00 115.0 SR 14-562 T-10/51

SR 14-562 T-10/51

• 32 and 40 mm diameter tools feature balancing adjustment screws • A cooling tube must be used with all internal coolant HSK spindles (should be ordered separately)

• Kit balancing screws should be ordered separately • Insert tightening torque: 3.2 Nxm

(1) Without threaded holes for balancing screws

(2) Maximum RPM

(3) Maximum ramping angle

For inserts, see pages: HM90 AXCR 1505 (465)

HM90 EAL...15

HM90 EAL...15 For indexable inserts with a corner radius larger than 4.0 mm,
the basic body of the tool must be modified according to the drawing above (can be done by ISCAR).

R body=R insert+0.5

F - The cutting force in ramping applications

388 ISCAR