SERVO ROLLER POSITIONER
12Pages

SERVO ROLLER POSITIONER Extreme flexibility of output motion. High dynamic performance without any clearance. High precision. Prepared for servo motor with user-programmable motion. Large central through hole. Compact and light shape with all Rigid output turret with flange connection and pair of ball bearings. machined surfaces. http://www.cofil.com - E-mail: cofil@cofil.com Via G. Rossini 26 - 24040 Casirate D’Adda Bg IT Phone +39 0363 3251 - Fax +39 0363 3

The units of measurement comply with the SI international metric system The general manufacturing tolerances are according to UNI - ISO 2768-1 UNI EN 22768-1 Illustrations and drawings according to UNI 3970 (ISO 128-82) The method of representation of conventional drawings Colombo Filippetti Spa reserves the right to make useful modifications to improve its products at any time. The values contained in this catalogue are therefore not binding. This catalogue voids and replaces the previous ones.

Main parts SRP63 Technical information SRP100 Technical information SRP150 Technical information SRP63 - SRP100 - SRP150 ► ► ► Overall dimensions - Characteristics 7 8 Load capacity table - Mounting positions

SERVO ROLLER POSITIONER General information SERVO ROLLER POSITIONERS are rotary roller positioners with globoidal cam with constant speed and zero clearance. The globoidal cam moves a roller turret that mount needle rollers and are mutually preloaded to ensure zero clearance regardless of cam position. The tables are available in 3 sizes: SRP63, SRP100, SRP150. Servo Roller Positioner The preload system, zero clearance and the needle rollers guarantee a smooth movement throughout the operating cycle, high rigidity and repeatability of positioning, high performances accompanied by a long...

ONOTES {§} CHARACTERISTICS Reversing the direction of rotation of the input shaft reverses the direction of rotation of the output turret. Relationship between the directions of rotation between input and output as indicated by the arrows. The 2 holes for H7 plug refer to the hole of the output turret.

SRP100 - OVERALL DIMENSIONS ONOTES {0} CHARACTERISTICS Reversing the direction of rotation of the input shaft reverses the direction of rotation of the output turret. Relationship between the directions of rotation between input and output as indicated by the arrows. The 2 holes for H7 plug refer to the hole of the output turret.

SRP150 - OVERALL DIMENSIONS ONOTES {§} CHARACTERISTICS Reversing the direction of rotation of the input shaft reverses the direction of rotation of the output turret. Relationship between the directions of rotation between input and output as indicated by the arrows. The 2 holes for H7 plug refer to the hole of the output turret.

SRP63 SRP100 SRP150 OUTPUT TURRET LOAD CAPACITY The load capacity indicated in the table and represented in the graphs below refer to the assembly of the table in position V5 and represent the maximum values for each type of load applied individually. STATIC LOAD CAPACITY Load capacity. Load diagram. LUBRICATION Lubrication of the tables is “long-life” type with ISO VG150 mineral oil. The SERVO ROLLER POSITIONERS are supplied complete with lubricant in a suitable quantity. The output turret is already factory lubricated for assembly in position V5, so no lubrication is required. The...

SRP63 SRP100 SRP150 INPUT SHAFT PROTRUSION STANDARD Input shaft protrusions. Unless otherwise stated, SERVO ROLLER POSITIONERS are supplied with the shaft extension at the DA position. ORDER DESIGNATION The SERVO ROLLER POSITIONER designation code is created following a alphanumeric classesfication and is composed according to the following scheme. Please refer to it when ordering to avoid errors. SRP Size (SRP63 - SRP100 - SRP150) Reduction ratio (Pag. 5 - 7 Tab. 1 - 3) Mounting position (V5, V6, ..., B8 - Pag. 23 - Fig. 31 Input shaft position (DA, SA - Pag. 9 - Fig. 6) Motor...

in movement with the times Mechanism Mechanisms and special products Group with double spherical cam for mechanical automation Combination of a cam with a flat profile and a cam with globoidal profile Globoidal cam mechanism with four synchronized output movements Mechanism with different types of cams that produce seven synchronized and intermittent synchronized movements at output Parallel axis mechanism and flat cams Flat cam with interlocking