It is easy to change any current line in a job to a new line. This step is required when making jobs for the NXT by importing CCIMF or MCSIMF files into a job in Flexa or when changing an existing job for other machines to a job for the NXT. When adding the line,… Continue reading about Part 1: Changing The Current Line To A NXT Line of NXT Machine Setting Procedures
Category Archives: SMT Machines MRO
This section provides a basic roadmap of procedures for creating jobs for the NXT based upon the different methods of entering data in the job. These roadmaps listed are only for general reference and are only designed to help in the job creation process. There are cases when more or less steps are required depending… Continue reading about General Steps to Creating NXT Jobs of FUJI NXT Programming
The MVME162P4 is shipped from the factory with the SERIAL PORT 2 header configured for asynchronous communications (i.e., jumpers removed). To select synchronous communications for the SERIAL PORT 2 connection, install jumpers across pins 1-2 and pins 3-4. Note: Model Number: MVME162P-344SE, Characteristics: 32MHz 68040, 16MB SDRAM, 2 SIO, 4 DMA IP, SCSI/Ethernet is used… Continue reading about Serial Port 2 Clock (J17) on Motorola MVME162P4 VME Embedded Controller
Error Code:118 Error Text: Usage of gripper with adapted support height needed for component %1. Description: This odd component has to be handled by a gripper with an extended support-height, to avoid collision with the Fiducial camera. Cause: This component is too large to be able to rotate it in the area near the FA-camera… Continue reading about Error Code: 118 / 119 / 120 on KNS Philips Assembleon ACM
Alarm Display: A.030 Alarm Name: Main Circuit Detector Error Situation at Alarm Occurrence: Occurred when the control power supply was turned ON or during operation. Cause: A SERVOPACK fault occurred. Corrective Actions: Replace the Servopack.
A. Signal Type: Output, Color: Green, ID: N/A and Location of LED: X60 #1 Paste Carriage – #2 Paste Carriage + #3 Rear Squeegee Phase 4 #4 Rear Squeegee Phase 3 #5 Rear Squeegee Phase 2 #6 Rear Squeegee Phase 1 #7 Front Squeegee Phase 4 #8 Front Squeegee Phase 3 #9 Front Squeegee Phase… Continue reading about Signal LEDs on Speedline MPM AccuFlex Screen Printer
#1 Signal: Ovp | Designation: J9 #2 Signal: Video | Designation: J2 #3 Signal: Ovs | Designation: J1 #4 Signal: Camera Y position CH B | Designation: J6 #5 Signal: Camera Y position CH A | Designation: J5 #6 Signal: Camera X position CH B | Designation: J4 #7 Signal: Camera X position CH A… Continue reading about AccuFlex Test Points on Speedline MPM AccuFlex Screen Printer
#1. ED: At | EM: Amplifier over-temp fault. | WTC: Check amplifier #2. ED: bF | EM: Output is disabled due to under voltage or over voltage condition. | WTC: Possible issue: Regen Resistor, check X77-FU1/X77-R1 #3. ED: CF | EM: Configuration fault. | WTC: Programming of Pac Sci unit #4. ED: d | EM:… Continue reading about Z Amplifier Troubleshooting Chart of Speedline MPM AccuFlex Screen Printer
Verify the FlexJet Head Assembly air kiss using the following procedure. 1. Zero the machine. Refer to the Machine Operation document for more information. 2. Verify the Pneumatic Panel assembly main pressure. Refer to the Verify Main Vacuum Pressure section in the Vacuum Level Verification section of this module and adjust the pressure if necessary…. Continue reading about Verify Air Kiss of Vacuum Level Verification on UIC FlexJet Head Assembly 47541107 T47541107
1. Select Machine Status > Diagnostics > Discrete I/O > Head The Discrete I/O – Head Subsystem I/O dialog box displays. 2. Select the correct Head # (number) option button. 3. Perform the following procedure to turn vacuum on for all 7 spindles. It is recommended to measure each spindle vacuum level with vacuum on… Continue reading about Verify Vacuum of Vacuum Level Verification on UIC FlexJet Head Assembly 47541107 T47541107