induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below). https://dw-inductionheater.com/induction-soldering-fiber-optic-cable.html?feed_id=246876&_unique_id=6650053beac2d

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below). https://dw-inductionheater.com/induction-soldering-fiber-optic-cable.html?feed_id=228221&_unique_id=651961d2ad49f

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).

induction soldering fiber optic cable

Induction soldering fiber optic cable with high frequency induction heating units Objective To heat a gold-plated ferrule and fiber optic cable to 475°F within 8 seconds for a soldering application Material Gold-plated ferrule tube, fiber optic cable, solder preform Temperature 475 ºF Frequency 270 kHz Equipment DW-UHF-4.5kW power supply with a specially designed induction coil. Process A specially designed, two-turn plate concentrator coil was used to provide uniform heat to the fiber optic assembly. The assembly was placed in a specially designed fixture, then placed inside the induction coil. RF power was applied until the solder flowed and created a solid joint. Results Consistent and repeatable results were achieved using the DW-UHF-4.5kW power supply and induction coil with a 5 to 7 second heat cycle, depending on the type of solder used (see solder chart below).