Electronics Forum | Tue Jul 27 13:50:52 EDT 1999 | Mike Konrad
Aqueous Technologies manufactures the Zero-Ion ionic contamination tester. The Zero-Ion utilizes dynamic-based technology and has been assigned the highest equivalency value by the NAWC. It is among the most sensitive of all of the military-approved
Electronics Forum | Tue Oct 07 01:02:25 EDT 2003 | Hoss
Adam, I can't disagree with Pete that an Ionic contamination test may ID the affected boards. However, if you have a large number of boards to test, this may not be the answer. Omegameter testing takes 10-15 minutes per unit if memory serves. On
Used SMT Equipment | General Purpose Test & Measurement
SCS 600 SMD Omegameter (2013) Brand: Specialty Coating Systems Model number: OM 600 Year: 2013 S/N: 145837 Volts: 240, 10 amps, single phase, 50/60 Hz Int. Capacity: 300A Dimensions: 38" x 29" x 54" Weight: 500 lb Solution capacity: 10 gal. System
Used SMT Equipment | Coating and Encapsulation
SCS 600 SMD Omegameter (2013) Brand: Specialty Coating Systems Model number: OM 600 Year: 2013 S/N: 145837 Volts: 240, 10 amps, single phase, 50/60 Hz Int. Capacity: 300A Dimensions: 38" x 29" x 54" Weight: 500 lb Solution capacity: 10 gal. System
Industry News | 2017-10-11 17:23:58.0
Specialty Coating Systems (SCS) announced today the launch of the Omegameter SMD 650, the next-generation, software-controlled Omegameter ionic contamination test system.
Industry News | 2018-01-28 19:49:02.0
Specialty Coating Systems (SCS) is pleased to announce plans to exhibit in Booth #2307 at the 2018 IPC APEX EXPO, scheduled to take place Feb. 27 - March 1, 2018 at the San Diego Convention Center. The company will showcase its conformal coating line up, including the PrecisionCoat V, PrecisionCoat BT, Omegameter SMD 650 and Parylene coating services.
Technical Library | 2023-04-25 22:03:25.0
This report hopes to achieve several goals: 1. Determine the link between bare PWB contamination, soldered assembly contamination and long-term product reliability. 2. Establish measurable limits for bare PWB cleanliness as well as process control limits for both an aqueous as well as a water-soluble soldering process. 3. Determine whether there is any correlation between common, industry-accepted rose/modified rose (omegameter/ionograph type) testing and long term product reliability. 4. Determine the effect PWB plating finish (HASL, Immersion Silver and Cu OSP) has on both bare PWB contamination as well as soldered assembly in a no clean and water soluble process. 5. Determine whether there is a link between percentage of saponifier used to wash soldered assemblies and long-term reliability. 6. Establish a more cost-effective test for manufacturers to use as a process-monitoring tool.
This cell contains DSP_TRAILER.CFM. This is a layout/formatting test. Eventually, useful content will fill this area.
