Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz https://dw-inductionheater.com/induction-soldering-copper-tube-pipe.html?feed_id=246441&_unique_id=664c73520bf27

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective: Test: Induction Soldering copper tubing to brass valves Industry: HVAC Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine Power: 16 kW Temperature: 932^oF (500^oC) Time: 20 seconds Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

https://dw-inductionheater.com/induction-soldering-copper-tubing-to-brass-valves.html?feed_id=239798&_unique_id=660ce5349a514

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz https://dw-inductionheater.com/induction-soldering-copper-tube-pipe.html?feed_id=228071&_unique_id=6515cfb975c26

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective: Test: Induction Soldering copper tubing to brass valves Industry: HVAC Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine Power: 16 kW Temperature: 932^oF (500^oC) Time: 20 seconds Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective: Test: Induction Soldering copper tubing to brass valves Industry: HVAC Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine Power: 16 kW Temperature: 932^oF (500^oC) Time: 20 seconds Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

https://dw-inductionheater.com/induction-soldering-copper-tubing-to-brass-valves.html?feed_id=222736&_unique_id=64d639de7c3cb

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective: Test: Induction Soldering copper tubing to brass valves Industry: HVAC Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine Power: 16 kW Temperature: 932^oF (500^oC) Time: 20 seconds Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective:

Test: Induction Soldering copper tubing to brass valves

Industry: HVAC

Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine

Power: 16 kW

Temperature: 932^oF (500^oC)

Time: 20 seconds

Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz

induction soldering copper tubing to brass valves

High frequency induction soldering copper tubing to brass valves

Objective: Test: Induction Soldering copper tubing to brass valves Industry: HVAC Materials: Copper and brass pipes

Equipment: DW-HF-25kw induction heating machine Power: 16 kW Temperature: 932^oF (500^oC) Time: 20 seconds Coil: Coated custom-made coil.

The Process:

This application request was brought to HLQ Induction Heating Power’s attention by a HVAC company. Their goal was to eliminate their current use of the torch method, as well as remove defects and improve the safety for operators. To start the test, our applications engineer assembled the setup of copper tubing and brass valves. After applying flux to each joint the engineer heated them for 20 seconds. Solder was manually applied after the joints reached 932^oF (500^o C), and created an even solder around the joints.  The use of induction heating was successful in this HVAC application.

Induction Soldering Copper Tube

Induction Soldering Copper Tube With High Frequency Heating Units Objective: To heat a section of 3/8" copper tubing along with a 900 elbow for soldering. The copper tubing is to be used in Ice Machine Evaporator Assemblies, and soldering takes place after the tubes have been placed within the assembly. Heating must take place in a channel type coil to provide easy access, once the tubing has been installed. Solder can be manually fed after temperature has been reached. Material: 3/8" Thin Walled Copper Tubing and 900 Elbow Temperature: 6000F Application: Through the use of the DW-UHF-20kW output solid state induction power supply and a unique three (3) turn channel coil, the following results were achieved: 6000F was reached in 10 seconds. A quality solder joint was observed with adequate flow and surface texture. Equipment: DW-UHF-20kW output solid state induction power supply including one (1) remote heat station containing one (1) 1.2 μF capacitor, and a unique three (3) turn channel coil. Frequency: 200 kHz