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TRANSFORMER Unit include power cord, CD manual. And 4 x P5050 prob VAC III-D22 Okuma Spindle Drive. Okuma VAC-III D11. Okuma Drives-AC Spindle. « 1, » 100 Chaddick Drive, Wheeling, IL 60090, USA. Phone: 800-551-4420. OKUMA, 4, SUPPORT SYSTEM, $885.00. OKUMA 2 axis CNC lathe GENOS L400 with Anti vibration. Revision: 11-10-11 Okuma LB3000 EX-MYW w OSP-THINC Proposal 2 of 27 SPACE TURN LB3000 EX-MYW Introduction The LB3000-MYW EX is Okuma’s next version of the top of the line single saddle milling/turning center in the 6-8 inch Chuck Class. Okuma Space Turn features a 20% reduction in floor space for the same amount of machining range from previous series. Expert OKUMA 3rd party exchange, repair and sales of OKUMA BL-D, BLII-D, BLIV-D, MIV0104, MIV0404 drives. Okuma Power Supplies. VAC I, II, III, IV drives, servo drive, spindle drive, power supply.
Precision Zone Specializes in Repairs for Okuma VAC-III AC Spindle Drives
The VAC-III is one of Okuma’s most popular conventional spindle drive units. With 3 powerful models, the VAC-III comes in a 6kW, 11kW and 22kW capacity. The VAC-III boasts quick, clean control signal communication through its fiber optic connection to the NC. This fiber optic connection allows for faster transmission of data and immunity from electromagnetic interference on the signals. Standard copper cables are used for encoder, resolver and winding select connections. Easy access fuse holders on the edge of the power board allow for the ability to quickly check for and replace blown fuses. With distinct, bright LEDs on the control board, the VAC-III provides easy to read LED indication for alarms and operation status.
A pair of large seven segment LEDs gives the user clear alarm and operation status read out in conjunction with the standard LED indicators. This alarm data is also transferred to the NC which displays the alarm name and alarm data on the main screen.
When assessing the functionality of an Okuma Spindle Drive, our repair team conducts a four-step evaluation:
- 1. Visual Overview
- 2. Static Test
- 3. Checks Under Power
- 4. Alarm Codes Verification
This overview is Precision Zone’s basic troubleshooting process. Once our repair team starts on the job, we use specialized and customized testing fixtures, Huntron trackers, signal generators, oscilloscopes, milli and mega ohm meters, as well as any other necessary tools we have available to assure quality repair work. Most importantly, every repair is fully tested in our custom-built simulators under load with a motor to replicate real-life working environment. Precision Zone goes as far as using heating chambers and overnight dynamic testing, when applicable, to guarantee performance of the repaired product when it arrives back with the customer.
Precision Zone goes as far as using heating chambers and overnight dynamic testing, when applicable, to guarantee performance of the repaired product when it arrives back with the customer.
Repair Process for Okuma VAC-III Spindles
Visual Overview
Okuma Vac Drive Unit
When conducting a visual check, the technician inspects the drive for any mechanical damage to the drive itself and any printed circuit boards. The technician then proceeds to verify connections are tight and correct inside the drive and there are no loose screws, wires or debris. Additionally, the unit is checked for any burn marks on the components, printed circuit boards or chassis. During the visual inspection, excessive dirt on cooling components is noted as well as the functionality of the heat sink.
Basic Static Check
Output Module Testing
Precision Zone repair technicians use digital multimeters with diode testing capabilities and also take resistance measurements to conduct a static test. For these units in particular, our team of technicians uses the diode function of the multimeter as well as huntron devices to check the output modules.
