B3CV-24-C h h f hdl G f GMDXXB hH V Forced lubrication by m Bevel-helical speed reducer B3

Flender/Flender Gear Units/Bevel-helical speed reducer B3

play of Axial Movement in +/-0.4mm The axial movement is provided by the controller as an analog output signal of 4mA on the terminal block and connector , Pin 2, white wi re. Axial movement of floating shaft: Pin 2 (white) 4mA 0mm 2mA +/-2mm ) Axial Velocity of Floating Shaft (default) Additionally, to the axial movement it is important to know in what time the shaft is floating from one side to the other or if shock peaks are pr esent. The controller is calculating the highest axial shaft velocity and displays it in mm/ . The velocity values are displayed at the right side of the display. Fig. 6.4.2: Display of Axial Shaft Velocity in mm/ (Example: 1.3mm/) The axial velocity is provided by the controller as an analog output signal of 4mA on the terminal block and connector , Pin 5, grey wire. he ratio depends on the value which is configured. The different options are explained lat er in the chapter 7.2. Axial velocity of floating shaft: Pin 5 (grey) Parameter [mm//mA] 0.2 0.5 1 2 Output 4mA 0mm/ 0mm/ 0mm/ 0mm/ 0.4 1 2.3 Floating Shaft Monitor User Manual - January 1, 2 0 1/1 TomTom-Tools GmbH | Zelgli 2 | 8 Arni | Switzer land | Flender agent +4 5 6 9 2 0 1 2 3 UP DOWN ) Axial Acceleration of Floating Shaft (optional) It is possible to change the monitoring from veloci ty to acceleration. In this mode the controller is identifying the highest axial shaft cceleration and displays it in / 2 instead of the velocity. The letter indicates that the val ue represents the shaft acceleration. Fig. 6.4.3: Display of Axial Shaft Acceleration in / 2 (Example: 1.5m/ The axial acceleration is now provided by the contr oller in the same way as the velocity explained before. The analog output signal of 4m goes to the connector , Pin 5, grey wire. The ratio depends also on the value which is configured. The different options are explaine