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Pulse Soldering Machine

Name: Pulse Soldering Machine
Brand: SINRAD TECHNOLOGY CO., LTD.
Price: 6890.0 USD
Availability: InStock

Price 6890.0 USD ($)/ Piece

Get a Price/Quote

MOQ : 1 Piece

Pulse Soldering Machine Specification

Composition
Stainless Steel, High-grade Polymer and Electrical Components

Application
Precision Soldering for Electronic Components, PCB Assembly, Lead-free Soldering Operations

Operating Temperature
Ambient 050C

Operating Voltage
220V AC, 50Hz

Material
Metal Alloy (Typically Copper-based with Tin Coating)

Diameter
Not Applicable (Machine Unit)

Flux Content
Not Applicable (Depends on Solder Wire Used)

Melting Point
Solder Dependent (Generally 183250C)

Coating
Anti-Corrosion/Insulated Housing

Pulse Soldering Machine Trade Information

Minimum Order Quantity
1 Piece

FOB Port
shenzhen

Payment Terms
Paypal, Letter of Credit (L/C), Western Union, Letter of Credit at Sight (Sight L/C), Delivery Point (DP), Telegraphic Transfer (T/T), Days after Acceptance (DA), Cheque

Supply Ability
200 Pieces sets Per Month

Delivery Time
15 Days

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
packed in wooden case

Main Export Market(s)
Australia, North America, Africa, Central America, Middle East, South America, Western Europe, Asia

Main Domestic Market
All India

About Pulse Soldering Machine

We are the reputed and well-known supplier of high strength Pulse Soldering Machine to our clients. The offered wire is used in various electrical applications due to its high conducting capacity. It is known for its durability, excellent tensile strength and corrosion resistance. Superior quality material is used in the manufacturing of this product and crafted with factor of safety. The wire is tested on various quality checks in order to ensure its high performance and reliability. We are providing this Pulse Soldering Machine at reasonable rates.

Features:

Japan high-speed temperature controlling system Pulse heating, can store multiple sets of parameters of procedures, can be set to different multi-zone temperature control sensor detected by the system.
Microcomputer control system used to keep the equipment stability.
High quality titanium alloy pressure of indentor and imported temperature sensor, to ensure accurate heating temperature.
Clamp fixed type, so that soldering is more sophisticated and efficient.
Applicable to all kinds of ordinary TAB, TCP crimping, and FPC, FFC and PCB solder crimping.
Temperature sensor detected by the system control, and equipped with password protection, the system self-test.
High definition CCD alignment position.

Technical Index

Tech-Parameters
Pressure of indenter:0.02-0.8Mpa
Adjustable pressure accuracy, 0.05Mpa
Hold time:1~100S
Each piece of warm-up time: 1-2 sec / segment
Working Size:150mm x 200mm
Working pressure:0.4-0.8Mpa
Temperature range:0-450
Temperature accuracy : 3
Temperature, the number and scope of:Section 8 (including starting / separation temperature)
Working Voltage:220V, AC

Advanced Pulse Control Technology

Equipped with a microcontroller-based pulse timer, the machine delivers consistent heat pulses, allowing for precise temperature adjustment during soldering. This advanced control system ensures minimal thermal stress on sensitive electronic components, improving reliability and reducing potential damage during assembly.

Efficient and Fast Soldering

The quick-heating mechanism reaches operational temperatures in less than 10 seconds, dramatically speeding up workflow. Automatic fan-cooled cooling ensures swift tip recovery between solder joints, making it perfect for high-volume production environments.

User-Friendly and Safe Design

Intuitive push button and rotary dial controls, combined with a bright LED display, provide effortless monitoring and adjustment. Built-in overheat and short circuit safeguards help protect both the operator and delicate assemblies, ensuring safe, long-term operation in any professional setting.

FAQs of Pulse Soldering Machine:

Q: How do I operate the Pulse Soldering Machine for optimal performance?

A: Begin by connecting the machine to a 220V AC, 50Hz power source and selecting your desired temperature using the push button or rotary dial interface. Monitor settings via the digital LED display, and replace the soldering tip as needed for different tasks. Follow recommended pre-heating and cooling times for best results.

Q: What benefits does microcontroller-based pulse timing provide in soldering?

A: Microcontroller-based pulse timing allows for precise heat control and delivery, which reduces overheating risks and enhances the quality of solder joints. It is particularly valuable for sensitive electronic components, contributing to better reliability and longer operational life.

Q: When should I replace the soldering tip on this machine?

A: Replace the soldering tip whenever you notice decreased performance, buildup of residue, or after completing a different type of soldering operation. The quick-replaceable design allows for swift and secure changes, minimizing downtime.

Q: Where is this Pulse Soldering Machine typically used?

A: This machine is widely used in electronics manufacturing, PCB assembly facilities, and lead-free soldering stations. Its precision and rapid heating capabilities make it suitable for both industrial and specialized repair environments.

Q: What is the process for adjusting the tip temperature on this soldering machine?

A: To adjust the tip temperature, use the rotary dial or push button control on the machine until the desired value is shown on the LED display. The temperature can be set up to 500C, accommodating various solder types and component requirements.

Q: How does the automatic fan-cooled system enhance usage?

A: The built-in fan automatically cools the soldering tip after each use, reducing wait times between operations and preventing overheating. This feature increases efficiency and prolongs the lifespan of both the tip and machine.

Q: What safety protections does the Pulse Soldering Machine offer during operation?

A: Safety features include overheat and short-circuit protection circuits, safeguarding both the operator and equipment. These mechanisms automatically shut down the machine upon detecting unsafe conditions, ensuring consistent and safe use.

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