Passer au contenu
S803HA4.0
S803HA4.0
S803HA4.0
S803HA4.0

S803HA4.0

UGC DOR5983405
par Dormer Pramet
Primary Use: Possible Use:
Availability in Distribution Centers:
🔗 Check Stock - ADC Warehouse (1-3 Day Delivery)
🔗 Check Stock - EDC Warehouse (4-10 Day Delivery)
For more information about this product, click here
$52.54 CAD - $52.54 CAD
$52.54 CAD
$52.54 CAD - $52.54 CAD
$52.54 CAD

Vendu en lots de : 1

Fraise-scie extra-courte à 3 dents, diamètre 4mm, longueur de coupe 5mm, longueur totale 54mm, arêtes chanfreinées à 45° de 0,13mm, selon la norme DIN 6527 K avec une queue cylindrique de 6mm, carbure monobloc avec revêtement AlCrN, hélice 28° et angle de dépouille 9° pour le fraisage d'épaulements, le plongement, le fraisage de rainures et le fraisage en rampe dans l'acier et l'acier moulé, l'acier inoxydable ferritique, martensitique et austénitique, la fonte et l'aluminium moulé et le cuivre ou les alliages de cuivre

For more information about this product, click here

Identification
Ordering Code (ANSI/ISO)S803HA4.0
GradeAlCrN
Product Number5983405
Product FamilyS803HA
Insert Geometry
Depth of Cut Max — in (APMX)0.1969"
Depth of Cut Max — mm (APMX)5.0 mm
Dimensions
Cutting Diameter — in (DC)0.1575"
Cutting Diameter — mm (DC)4.0 mm
Overall Length — in (OAL)2.126"
Overall Length — mm (OAL)54.0 mm
Connection Dia. — in (DCON)0.2362"
Connection Dia. — mm (DCON)6.0 mm
Number of Flutes (NOF)3
Helix Angle (FHA)28.0°
Tool Information
ShankQueue cylindrique DIN 6535 HA
StandardDIN 6527 K
Reference Numbers
EDP Number641071
EAN7320760641071
File Type Download
S803HA4.0 — 3D Model STP Download
S803HA4.0 — 2D Model DXF Download
S803HA4.0 — Line Drawing PDF Download
For in stock items, please refer to our shipping page for rates and transit times. If in a stocking warehouse, your order will arrive within the estimated delivery timeframe displayed above.

In the event of a delay, our customer service team will contact you with updated details and provide the option to cancel if the product cannot be delivered within the expected timeframe.