Krishna Scientific

• Arc-Force for Anti-Sticking.
• Hot-Start (0-130A) to Start the Welding Arc Smoothly.
• VRD Function-- Safe for Welders.
• Remote Control function Optional.
• Dust-free cooling system with upgraded duty cycle.

• Heavy Duty
• Fan cooled
• IGBT base inverter controlled power sources
• Easy settings

• Heavy Duty
• Fan cooled
• IGBT base inverter controlled power sources
• Easy settings

• Designed for MMA electrodes upto 4.0mm size - MSGP , LH , Stainless Steel and Cellulosic
• Wide mains voltage tolerance - 230V +/- 15%
• Full Load current delivered with 60% duty cycle .
• Adjustable arc force for Superior Arc Control .

Welding is a common process for joining metals using a large variety of applications. Welding occurs in several locations, from outdoors settings on rural farms and construction sites to inside locations, such as factories and job shops. Welding processes are fairly simple to understand, and basic techniques can be learned quickly. Welding is the joining of metals at a molecular level. A weld is a homogeneous bond between two or more pieces of metal, where the strength of the welded joint exceeds the strength of the base pieces of metal.

Welding is a process of joining two or more pieces of the same or dissimilar materials to achieve complete coalescence. This is the only method of developing monolithic structures and it is often accomplished by the use of heat and/or pressure. A metal joining method in which the joining edges are heated and fused together with or without filler metal to form a permanent (homogeneous) bond is known as welding.

At the simplest level, welding involves the use of four components: the metals, a heat source, filler metal, and some kind of shield from the air. The metals are heated to their melting point while being shielded from the air, and then a filler metal is added to the heated area to produce a single piece of metal. It can be performed with or without filler metal and with or without pressure.

ADVANTAGES OF WELDING

Welding is superior to other metal joining methods because it:

1.      It is a permanent pressure tight joint - occupies less space

2.      It gives more economy of material - has less weight

3.      Withstands high temperature and pressure equal to joined material

4.      It can be done quickly

5.      Gives no colour change to joints.

• Rugged and reliable design.
• Highly compact and efficient design
• Lower volume than commonly available models
• About 20% lighter in weight than commonly available models
• Suitable for 0.8 mm (MS/SS) wire continuous
• Handles interconnection lengths up to 10m Reliable In-built protections against thermal overloading

• IGBT based inverter controll power system
• Suitable for continous use
• High Productivity
• User friendly controls

Welding is a common process for joining metals using a large variety of applications. Welding occurs in several locations, from outdoors settings on rural farms and construction sites to inside locations, such as factories and job shops. Welding processes are fairly simple to understand, and basic techniques can be learned quickly. Welding is the joining of metals at a molecular level. A weld is a homogeneous bond between two or more pieces of metal, where the strength of the welded joint exceeds the strength of the base pieces of metal.

Welding is a process of joining two or more pieces of the same or dissimilar materials to achieve complete coalescence. This is the only method of developing monolithic structures and it is often accomplished by the use of heat and/or pressure. A metal joining method in which the joining edges are heated and fused together with or without filler metal to form a permanent (homogeneous) bond is known as welding.

At the simplest level, welding involves the use of four components: the metals, a heat source, filler metal, and some kind of shield from the air. The metals are heated to their melting point while being shielded from the air, and then a filler metal is added to the heated area to produce a single piece of metal. It can be performed with or without filler metal and with or without pressure.

ADVANTAGES OF WELDING

Welding is superior to other metal joining methods because it:

1.      It is a permanent pressure tight joint - occupies less space

2.      It gives more economy of material - has less weight

3.      Withstands high temperature and pressure equal to joined material

4.      It can be done quickly

5.      Gives no colour change to joints.

• Energy Efficient - Power Factor 0.9
• User Friendly Controls - Digital Ammeter and Voltmeter 
• Protection - Thermal, Single Phasing, Control Circuits & Over-Amperage
• Excellent Weld characteristics for Reduced Re-work

Welding is a common process for joining metals using a large variety of applications. Welding occurs in several locations, from outdoors settings on rural farms and construction sites to inside locations, such as factories and job shops. Welding processes are fairly simple to understand, and basic techniques can be learned quickly. Welding is the joining of metals at a molecular level. A weld is a homogeneous bond between two or more pieces of metal, where the strength of the welded joint exceeds the strength of the base pieces of metal.

Welding is a process of joining two or more pieces of the same or dissimilar materials to achieve complete coalescence. This is the only method of developing monolithic structures and it is often accomplished by the use of heat and/or pressure. A metal joining method in which the joining edges are heated and fused together with or without filler metal to form a permanent (homogeneous) bond is known as welding.

At the simplest level, welding involves the use of four components: the metals, a heat source, filler metal, and some kind of shield from the air. The metals are heated to their melting point while being shielded from the air, and then a filler metal is added to the heated area to produce a single piece of metal. It can be performed with or without filler metal and with or without pressure.

ADVANTAGES OF WELDING

Welding is superior to other metal joining methods because it:

1.      It is a permanent pressure tight joint - occupies less space

2.      It gives more economy of material - has less weight

3.      Withstands high temperature and pressure equal to joined material

4.      It can be done quickly

5.      Gives no colour change to joints.

• Arc-Force for Anti-sticking
• Hot start(0-110A) to Start the Welding Arc Smoothly
• VRD Function---Safe for Welders
• Dust-free cooling system with upgraded duty cycle