PARALLEL OSCILLATING DRIVES 65P-80P-105P-130P Prism-shaped sealed cast iron housing Outer surfaces machined, with support on 6 sides. Possibility of mounting housing in all positions. Parallel shafts projecting in input and output. Roller bearings on opposite taper roller shafts. Oil-bath lubrication. Worm gear reducer splined directly to housing. Precise repeatable index motion. Self locking in dwell and zero backlash. Smooth and shock-free movement Bidirectional sense of motion. http://www.cofil.com - E-mail: cofil@cofil.com Via G. Rossini 26 - 24040 Casirate D’Adda Bg IT Phone +39 0363

CF3 OSCILLATING DRIVE Contents PAG The units of measurement correspond with System International /Severity Index SI General tolerances of manufacture are conform to UNI - ISO 2768-1 UNI EN 22768-1 Illustrations and drawings according to UNI 3970 (ISO 128-82). Method of projection of the drawings. All rights reserved. No part of this catalogue may be duplicated. COLOMBO FILIPPETTI may make any changes they feel necessary for the improvement of their products without advance notice. COLOMBO FILIPPETTI may change any market components and accessories mentioned in this catalogue as they feel necessary. This...

CF3 OSCILLATING DRIVE INTRODUCTION The CF3 OSCILLATING DRIVES are parallel axis mechanisms, which transform the constant rotary motion of the input shaft into intermittent oscillating motion of the output shaft by way of a conjugate cam transmission and roller feeler. The features, which make the CF3 OSCILLATING DRIVES a high DESCRIPTION The width of oscillation of the output shaft is known as "ANGULAR STROKE" and is indicated by the letter "H". The full cycle, comprising two revolutions of the same width in opposite directions (oscillation) with or without intermediate dwell periods, is produced...

CF3 OSCILLATING DRIVESPECIFICATIONS OSCILLATING DRIVE CODE

CF3 OSCILLATING DRIVESPECIFICATIONS OSCILLATING DRIVE CODE

CF3 OSCILLATING DRIVESPECIFICATIONS OSCILLATING DRIVE CODE

CF3 OSCILLATING DRIVESPECIFICATIONS OSCILLATING DRIVE CODE

ASSEMBLY The CF3 OSCILLATING DRIVES can be assembled on four different ways, regardless of the mounting position. The type of assembly depends on the direction of rotation of the motion input and output shafts. If the CF3 OSCILLATING DRIVE is viewed from the output shaft side, "Side B", it can be seen that: 1. The input shaft can rotate clockwise, in wich case it is marked "D", or anti-clockwise, in which case it is marked "S". 2. If motion period "A" only is considered, the output shaft can rotate clockwise, and is marked "D" , or anti-clockwise, and is marked "S". Motion period "C" always rotates...

CF3 OSCILLATING DRIVE DRIVE COMPONENTS - Parallel shaft - Separate and pre-coupled cam/follower units - Cam hub with hollow shaft and keyway - High-strength alloy steel cams with hardened , ground contours - Follower hub with central through hole and flange mount on both sides. - High load capacity with special yoke-mounted cam followers. Notes • Reversal of the direction of rotation of the input shaft also reverses the chronological sequence of the cycle periods. This is equivalent to crossing the Timing diagram from right to left. • Keyway "T" of the cam hub is positioned halfway along indexing period...

CF3 OSCILLATING DRIVE HOUSED UNITS - Prism-shaped cast iron sealed housing. - Outer surfaces machined, with support on 6 sides - Possibility of mounting housing in all positions - Parallel shafts in input and output - Roller bearing on opposite taper roller sgafts - Oil-bath lubrication - Worm gear reducer splined directly to housing Fig. 3 • Housing mounting holes "S" are of standard manufacture. • The oil inlet/inspection/outlet plugs are defined by the mounting position. • Correct operation of the CF3 OSCILLATING DRIVE and high quality of motion are obtained by connecting the input and output shafts...

side with input shaft side with output shaft side with mounting hole side with oil plugs lower side after mounting IDENTIFICATION NUMBER The identification number of the OSCILLATING DRIVES is made up in accordance with the chart. The mounting positions in versions VR, VRP , VRM and VRA , is specified in the paragraph "REDUCER MOUNTING POSSIBILITIES" cycle periods_ side with input shaft -side with output shaft side with mounting holes side with oil plugs _ lower side after mounting

CF3 OSCILLATING DRIVE REDUCER MOUNTING POSSIBILITIES The CF3 OSCILLATING DRIVES in versions VR, VRP, VRM and VRA are fitted with worm gear speed reducers suitably selected and splined directly to the input shaft. This system presents a combination of rigid power trabsmission and a very compact motor- driven OSCILLATING DRIVE unit. The range of reduction ratios available produces speeds of between 14 and 200 RPM, thereby meeting the majority of application requirements. The CF3 OSCILLATING DRIVE designed for the worm gear reducer to be splined on, is the VL long-shaft version. The reducer can...

Ito create] in movement with the times Products Cam Mechanisms and special products Compact double spherical cam mechanism for mechanical automation Combination of flat cam and globoidal profiled cam Globoidal cam mechanism with four synchronized intermittent movements. Bilateral outputs. Mechanism with different cams producing seven synchronized intermittent and oscillating the culture of precision Flat cam with conjugate profiles