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Automatic Batching System

Automatic Batching System

Workflow of the batching microcomputer control instrument system: Input the fixed value of the required furnace charge for each batch into the microcomputer batching control instrument. Start the crane and input the type and sequence of furnace charge into the microcomputer batching instrument to pick up materials from the corresponding material pool. The microcomputer batching instrument automatically batches according to the input formula. After batching, it gives a command, the crane moves above the charging car, unloads the furnace charge into the charging car, then returns to pick up the corresponding material type for the next batch number. Once a unit of material is prepared, it signals the charging system, and the charging car system starts the charging program. This process repeats. Wireless microcomputer electromagnetic iron batching system features. Batching system composition: The system mainly consists of electromagnetic disks and wireless microcomputers.

14

2018

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11

Cooling System

Cooling System

1. Closed-loop water cooling system inside the power cabinet. A temperature switch is installed on the water inlet distributor, which cuts off the power supply when the temperature exceeds 45°C. A round thermometer and pressure gauge are installed on the water inlet distributor. A differential pressure switch is installed between the water inlet distributor and the return water collector, which cuts off the power supply when the differential pressure is less than 200 KPA. A round thermometer is installed on the return water collector. Each internal water flow branch is equipped with a temperature switch that cuts off the power supply and signals when the temperature exceeds 55°C. A side-stream deionizer is installed.

14

2018

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11

Jiangmen City Chengnan Foundry Co., Ltd.

Jiangmen City Chengnan Foundry Co., Ltd.

In October 2015, Jiangmen City Chengnan Foundry Co., Ltd. ordered a 3.0T series tandem one drag two.

28

2018

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09

Steel shell furnace body (with cyclone dust cover)

Steel shell furnace body (with cyclone dust cover)

Steel shell furnace body (with cyclone dust cover) with added furnace body video display. The closed steel shell furnace body includes: enclosed furnace frame, sensor, magnetic yoke, furnace cover, dust removal system, tilting furnace oil cylinder, furnace cover rotary oil cylinder, high-pressure carbon-free hose, furnace mouth and bottom casting fixed material, anti-fall device, a complete set of stainless steel water inlet distributor, return water collector, and clamps, etc., including stainless steel water distributors for inlet and outlet water. b1. The following are the main components of the steel shell furnace: a) enclosed steel frame structure, easy for daily maintenance and inspection; steel plates welded into the basic structure of the furnace frame, overall structure is simple and sturdy, maximum furnace body tilt angle 95

28

2018

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09

Parallel Medium Frequency Power Supply

Parallel Medium Frequency Power Supply

In furnace systems with power greater than 10,000 kilowatts, we use parallel resonant power supplies. Compared to series resonant power supplies, parallel resonant power supplies offer higher safety in ultra-high power applications. Our unique parallel resonant design ensures that when power exceeds 40%, the rectifier is fully open, achieving the highest power factor and lower harmonic distortion. This presents a significant advantage over traditional parallel power supplies. Our unique design guarantees a 100% startup success rate. Even under high power conditions, it ensures that the coil design voltage remains within a reasonable range, ensuring equipment safety. High-power parallel power supplies can form a one-to-one melting system.

28

2018

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09

Series-connected intermediate frequency power supply

Series-connected intermediate frequency power supply

Our series resonance design can easily achieve dual and multiple power supply melting systems, with the most common and typical being the dual power supply system. The series resonance dual output power cabinet, together with two furnace bodies, forms a one power supply two furnace melting system. The output power can be arbitrarily and steplessly distributed between the two furnace bodies, allowing simultaneous power supply to both furnaces—one for holding and one for melting—without the need for external switching devices to select the furnace. Our series resonance design ensures continuous and stable operation of the equipment and offers a wide load matching range. The rectifier part of the power cabinet adopts a fully open design, achieving the highest power factor and lower harmonic distortion. 12-pulse.

28

2018

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09

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