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(1) Specification: TX-06 (2) Input power: 6KW (3) Oscillation frequency: 100-250KHZ (4) Heating current: 200~400A (5) Insulation current: 200~400A (6) Input voltage: single-phase 220V 50HZ (7) Load duration rate : 80% (8) Heating, heat preservation, cooling time: 0.1-9.9S (9) Cooling water requirements: ≥0.2MPa 2L/min (10) Weight: 20KG (11) Volume (CM): 42 length × 19 width × 36 high (12) Application: Carbide saw blade welding, etc.
This product is suitable for heating small parts, such as:
(1) Carbide saw blade welding teeth
(2) Heat treatment of small parts, such as valves, etc.
(3) Micro-smelting of metal materials, etc.;
Working principle and structural features: The equipment has a simple structure, favorable price, and the oscillation frequency can reach 250KHZ. It is widely used in the heating of small parts;
The equipment uses a series resonant circuit, and its structure is as shown below: After resonance, it outputs a low-voltage, high-current high-frequency power supply through a high-frequency transformer; using MOSFET power devices and our company's first-generation inverter control technology, the equipment structure is very simple and reliable. High, low maintenance rate, easy for customers to maintain by themselves. 
(1) Specification: TX-06 (2) Input power: 6KW (3) Oscillation frequency: 100-250KHZ (4) Heating current: 200~400A (5) Insulation current: 200~400A (6) Input voltage: single-phase 220V 50HZ (7) Load duration rate : 80% (8) Heating, heat preservation, cooling time: 0.1-9.9S (9) Cooling water requirements: ≥0.2MPa 2L/min (10) Weight: 20KG (11) Volume (CM): 42 length × 19 width × 36 high (12) Application: Carbide saw blade welding, etc.
This product is suitable for heating small parts, such as:
(1) Carbide saw blade welding teeth
(2) Heat treatment of small parts, such as valves, etc.
(3) Micro-smelting of metal materials, etc.;
Working principle and structural features: The equipment has a simple structure, favorable price, and the oscillation frequency can reach 250KHZ. It is widely used in the heating of small parts;
The equipment uses a series resonant circuit, and its structure is as shown below: After resonance, it outputs a low-voltage, high-current high-frequency power supply through a high-frequency transformer; using MOSFET power devices and our company's first-generation inverter control technology, the equipment structure is very simple and reliable. High, low maintenance rate, easy for customers to maintain by themselves.
