Fanuc Servo Viewer Download
Harold Guildford
FANUC MT-LINKi andFANUC MT-LINKiIntegration Server are fully scalable, out-of-the-boxmachine tool monitoring solutions that can monitor andmanage data from one to two thousand machines. Operationaland production data is monitored and collected using a PCand an Ethernet connection. A variety of data points areautomatically collected, including alarm history, macrovariables & signal history, servo/spindle motor currents& temperatures, battery & fan status, feed rateoverrides and more.
The FANUC Alpha Silicon Motor A06B-6096-H105 is an exceptional servo module delivering top-notch operation with unequaled durability. The reliable operation of its sophisticated design ensures that a malfunctioning motor will never put your applications on hold.
This high-performing A06B-6096-H105 motor runs at a remarkable 3000 rpm and supplies impressive torque of up to 2Nm, making it ideal for applications that need reliable power. A power rating of 4.75 kW is sufficient for driving high-performance servo motors. The module delivers high performance and operates over an extended range.
The A06B-6096-H105 module is a top choice for precise, smooth operation in industrial settings. With reliable construction and long service life, it pairs perfectly with high-performance servo motors to deliver excellent results across various applications. Maximize the efficiency and accuracy of your motor control system - choose this powerful module today.
This model A06B-6096-H105 provides maximum flexibility with a wide input voltage range of 283 - 325 VDC and an output voltage of 230 VAC. This module is especially beneficial for driving servo motors; this module utilizes the FSSB (FANUC Servo Serial Bus) interface to ensure easy integration into existing systems.
Maximize safety and peace of mind with the A06B-6096-H105 servo drive and amplifier module, specifically designed for reliable performance in industrial applications. We expertly crafted this piece with many preventative features that keep you safe every step of the way.
With its range of built-in protections, the A06B-6096-H105 servo motor can help protect itself and connected equipment against unexpected surges or drops in voltage. The system incorporates overcurrent protection to prevent damage from current spikes and includes overvoltage and under voltage safeguards for additional stability.
To ensure proper function and safety, a qualified technician must install the Fanuc A06B-6096-H105 servo drive and amplifier module. This critical device should be kept in dry and clean conditions when transporting or storing to protect its integrity.
DTERR alarm means that servoamplifier(s) for group 2 and 3 do(es) not see the pulse coder.
You should check and/or replace:
-Pulse coders
-Cables from pulsecoder to servo amp(s)
-Servo amplifier(s)
The program PRESS_MOTN is used to press the caps after their replace. (it is not used set the Zero position)
THe Gun Zero Position master is used to set the zero reference (mastering the servo gun)
WR SETUP is used to set the initial values that will be used every time WR_UPDATE is run. The set up should be run only once
WR_UPDATE should be run every time you want to update the wear of the caps.
TIP DRESS is a program where the the caps are cleaned using knives. After you run tip dress program, you should run PRESS_MOTN and then WR_UPD
During the election of the correct servomotor at controller start, you have to Direct Entry the number of model ID of this motor. As an example, for a TolmtcGSWA102/3 80A model, the ID number is 42935.
This is what the manual says.
SVGN-112 Incomplete Servo tuning.
Cause: Tip wear measurement or thickness check calibration started, but Servo tuning is incomplete.
Remedy: Complete servo auto-tuning. Go to the Gun Setup Utility (UTILITIES-GUN SETUP) and
select the Auto Tune item. The Auto Tune program can be started after completing the previous
steps in the utility.
Den slutsats som kan dras av arbetet är att det går att använda FANUC Servo Viewer till att avläsa maskinens kondition och därmed prediktera när underhåll behöver utföras eftersom det går att avläsa avvikande faktorer under mätningarna. Vid dessa faktorer går det att sätta triggers som kommer larma i systemet när maskinen överstiger dem. De komponenter som mjukvaran kommer varna systemet för är alla komponenter som har en påverkande faktor på fleroperationsmaskinen. Dessa komponenter kan vara allt från kulskruvar, linjärstyrning, pulsgivare, remmar, servomotorer och servokort. Men arbetet är inte ett färdigt koncept i sig, det behövs fler mätningar över tid för att kunna skapa ett tydligare normalläge samt identifiera felutvecklingskurvor för att ställa in triggers i mjukvaran. Eftersom analys och insamling av mätdata blev mer tidkrävande än planerat så har ej utvärderingen av MT-LINKi samt AI Servo Monitor utförts och en vidare beskrivning av arbetet har lämnats.
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