14" X 72" LANDIS 3RH UNIVERSAL, HYD. INFEED, 14" WHEEL, SWIVEL HEAD/TABLE, 1977

Brand
LANDIS

Model
3RH

Stock #
9876

Condition
Used

Year
1977

Specifications

Equipped With

GENERAL SPECIFICATIONS:
Swing Over Table............................ 14-31/32"
Maximum Distance Between Centers............ 72"
Grinding Wheel Size......................... 14" x 1-1/2" x 5" Bore
Grinding Wheel swivel range
   upper.................................... 180 degree
   lower.................................... 60 deg cw - ccw
Grinding wheel spindle speeds............... 1720 - 2185
Automatic infeed at table reversal-on dia.
   machine with hydraulic infeed............ .0002" to .004"
Rapid infeed stroke......................... 1.5"
Headstock work center....................... 14 jarno
Footstock work center....................... 10 jarno
Wheelhead motor............................. 5 hp
Swivel table inches per foot................ 3"
Swivel table degrees included angle......... 14 degrees
Wheelhead Swivel............................ Up to 90 Degrees and is Repositionable on a Secondary Slide
Variable table traverse speed............... 2 to 240 IPM
Work drive motor............................ 1 hp
Work speeds infinitely variable
   low range................................ 12 to 72 rpm
   high range............................... 60 to 360 rpm
Hole thru headstock spindle................. 1-7/16"
Headstock swivel range...................... 120 degree
Headstock spindle nose...................... 6a-2
Floor space................................. 74" x 229"
Machine weight.............................. 12,500 lbs

EQUIPPED WITH:

Wheelhead Can Be Setup for Compound Angles or Steep Angle Without
Dressing an Angle on the Grinding Wheel

Live and Dead Spindle Type Workhead
preloaded ball sleeve footstock with quick acting lever control
rapid advance and retraction of grinding wheel
traverse or plunge grinding
cushioned reversal while traverse grinding
independent tarry controls for each end of traverse
isolated hydraulic reservoir for minimal heat transfer