Bth Limited

NYC, United States

• Phase3 - Phase
• Supply Voltage380 - 440 V
• Type of CoolingForced

Simple operation Rugged and robust design No break down High efficiency Minimum maintenance Unmatched welding performance Most suitable for automatic welding Equipment Consist Of Thyristorised Power source Carriage mounted Boom mounted Welding head Control Panel Inter connection -10 mtrs. long Set of spanner Power Source Content Voltage Constant Current Power Source Thyristorised controlled. Fitted with Amps & Volt meter on control panel Remote control facility provided (optional) Due to built-in voltage stabilizing facility no effect of input supply fluctuation on wire feed, motor speed & output voltage.

• Type of CoolingForced Air
• Phase/ Frequency `3 - Phase, 50Hz
• Welding Cable50 mm2

Optimised design of transductor ensures smooth & steady arc with minimum spatter. Full wave silicon rectifier with excellent welding characteristics. High open circuit voltage to accommodate easy arc striking of wide variety of welding electrode. High quality CRGO laminations ensure very low idle power consumption. Fully copper wound with near perfect design ensures low energy consumption with trouble free service life. Robust design with powder coated chassis ensures long life in site conditions also. Easily adaptable for TIG or Plasma application with necessary Add-Ons.

• INPUT ( ±10%) Supply Voltage415/440 V, AC
• Type of CoolingForced Air
• Phase/ Frequency3 - Phase, 50Hz

State-of-the-art Thyristorised power regulation ensures accurate & repeatable welding current setting. Truly vertical welding current characteristic with exceptional arc stability and controlled heat input. Constant current feature with feedback control system assures uniform droplet transfer with minimum spatter. In-Built HOT START facility guarantees easy arc striking with added electronic device to avoid electrode freezing. Single range current control with step less adjustment & remote control facility. Fully protected against external interference from other electromagnetic sources making it suitable for TIG or Plasma application with necessary Add-Ons. Fully copper wound coupled with reliable electronic circuits ensures trouble free service even in site conditions. Light weight robust with easy maneuverability. Optimised design of transductor ensures smooth & steady arc with minimum spatter. VA meter provided with the machine.

• OCV-DC75-85
• Input Supply195V-265V
• Phase / Freq.1, 50Hz-60Hz

Light weight & compact: 80% less weight compared to conventional machines. No Load Input 0.2 amps results in substantial savings in power cost. On load power consumption 50% lesser than conventional machine. Designed to work under wide voltage fluctuations protected against Over Voltage, Under Voltage, Single Phasing, Over Heating with Indications. In-built selectable pulsing of 1 to 10 Hz of output current. High OCV & controlled start current ensures reliable electrode ignition. Fast regulation speed & excellent dynamic properties ensures spatter free welding performance even with difficult electrodes. Reliable start even at 3 amps in TIG without any surge in welding current makes it suitable for thin sheet welding. This power source has state-of-art operator friendly interface allowing no extra set-up in this compact machine more precise control on output than conventional machines. Automation made simple like weld onoff, gas startstop, pulsing and stopping weld sequence.

• Frequency50Hz
• Open circuit voltage (max.)18 – 44 V
• Supply voltage380/440 V, AC
• Phase3 - phase

Single knob voltage controlwire feed. Class FH insulation Spot welding Timer Facility Light weight feeder with quick change over mechanism We offer 3 in 1 facility i.e. MMA TIG MIG in single power source.

• Secondary Voltage260-280V
• Line Current12 Amp.
• Primary Voltage380-440V 3Phase 50Hz

Consist of Power source with controls, Water re circulating system if required and a well designed Torch. The basic principle is that the arc formed between the electrode and the work piece is constricted by a fine bore, copper nozzle. This increases the temperature and velocity of the plasma emanating from the nozzle. The temperature of the plasma is in excess of 20 000°C and the velocity can approach the speed of sound. When used for cutting, the plasma gas flow is increased so that the deeply penetrating plasma jet cuts through the material and molten material is removed in the efflux plasma.