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1400°C Car Bottom Furnace With Touchscreen Control

ПАРАМЕТРЫ ПРОДУКТА

  1. Power Supply AC: Three-phase 380V
  2. Maximum Design Power: 130 kW
  3. Loading Table Capacity: 2 tons
  4. Loading Table Movement: Motorized / Electric drive in and out
  5. Размеры камеры (мм): Depth × Width × Height: 1500×1000×1000
  6. Heating Element Arrangement: Evenly distributed around the furnace chamber
Описание
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Описание

1400℃ Car Bottom Furnace

The 1400℃ car bottom furnace is an industrial electric furnace suitable for heat treatment of large workpieces. It belongs to the Car Bottom Furnace/Bogie Hearth Furnace type. The equipment adopts a movable trolley structure, facilitating the loading and unloading of heavy or large workpieces. It is widely used in the metallurgy, machinery manufacturing, mold making, and new materials industries.

This equipment, combined with a touchscreen intelligent control system, achieves high-precision temperature control and automated operation, making it an ideal device for heat treatment and sintering processes of medium to large workpieces.

Особенности продукта (Автомобильная подовая печь)

  1. Камера печи большой емкости, 2-ton load capacity

This car bottom furnace has a furnace chamber size of 1500mm × 1000mm × 1000mm (depth × width × height), with a volume of 1.5 cubic meters and a loading platform load capacity of 2 tons. Suitable for heat treatment and sintering processes of large workpieces and batch products, it is an ideal piece of equipment for mass production.

Bogie Furnace sintering
  1. Electric loading platform inlet and outlet, convenient operation

The loading platform uses an electric inlet and outlet system with a 2-ton load capacity, ensuring stable and reliable operation. The refractory material between the furnace opening and the loading platform is stepped and cross-sealed, with angles on both the top and bottom of the refractory material. The opening angle of the loading platform increases, and the closing angle gradually decreases, ensuring a good seal.

Bogie Furnace Electric Equipment
  1. Peripheral heating

The heating elements are U-shaped silicon carbide rods of equal diameter, evenly distributed around the furnace chamber to form a three-dimensional heating field. The silicon carbide heating element is a non-metallic high-temperature electric heating element made primarily of high-purity α-SiC. It features rapid heating, высокий тепловой КПД, long lifespan, resistance to deformation at high temperatures, and ease of installation, operation, and maintenance. Temperatures can reach 1500℃.

  1. Precise Temperature Control, Uniform Furnace Temperature

It employs a platinum-rhodium S thermocouple (temperature range 0-1600℃), with a temperature control accuracy of ±1℃ and furnace temperature uniformity of ±5℃. The heating rate can be freely adjusted from 1℃/h to 15℃/min to meet the heating speed requirements of different materials and processes.

  1. 7-inch Touchscreen Centralized Control

Equipped with a touchscreen, it allows for temperature curve setting and features an intuitive and user-friendly interface. It uses an intelligent temperature controller that supports multiple adjustment methods, including standard PID, AI-based APID, or MPT, and possesses self-tuning and self-learning functions, exhibiting excellent control characteristics with no overshoot or undershoot.

Точность контроля температуры±1℃ (интегральная схема управления, нет перерегулирования)
Равномерность температуры печи±5℃ (depending on chamber size)
Элемент измерения температурыPlatinum-rhodium type S thermocouple, measuring range 0-1600℃
Скорость нагреваFreely adjustable range: max 15℃/min, min 1℃/h
Нагревательный элементSilicon carbide rods (U-shaped constant diameter), made of high-purity α-SiC as main raw material, non-metallic high-temperature heating element. Features: fast heating, высокий тепловой КПД, long life, not easily deformed at high temperatures, easy installation and maintenance, temperature resistance up to 1500℃.
Корпус печиобработанный на станке с ЧПУ, полированный, ground, pickled, фосфатированный, powder coated, high-temperature baked. Novel appearance, oxidation/acid/alkali/corrosion/high temperature resistant, легко чистить.
Furnace Body StructureAdvanced air-cooled double-layer furnace body structure with effective air-cooled guide baffles for overall cold air circulation, ultimately cooling and discharging heating element conductive strips, preventing high-temperature oxidation of conductive strips and ensuring a good working environment.
Furnace Mouth & Loading Platform Refractory FitStep cross-seal design with angles on both refractory materials; loading platform opening angle increases and gradually decreases as the platform closes.
Огнеупорный материалVacuum-formed high-purity alumina lightweight material for lining. Lightweight hollow ball alumina plates at easily impacted areas (furnace mouth, нижний) for high service temperature, low heat storage, thermal shock resistance, and good insulation (энергосбережение >80% vs. old furnaces).
Изоляционный материалТрехслойная изоляция: aluminum silicate fiberboard, alumina fiberboard, alumina (polycrystalline) fiberboard. Energy saving >80% vs. old furnaces.
Furnace Shell Temperature<45℃ during long-term continuous operation.
Protection FunctionsIntegrated modular control unit with accurate precision, dual-loop control and protection. Includes protection against overshoot, чрезмерное регулирование, недостаточное регулирование, broken thermocouple, потеря фазы, перенапряжение, сверхток, перегрев, текущий отзыв, и плавный пуск.
Метод управленияClosed-loop thyristor module trigger control, запуск по фазовому сдвигу. Output voltage/current/power continuously adjustable with constant voltage/current/power characteristics. Current loop (inner), voltage loop (outer). Limits current within rated range to protect heating elements from surges, ensuring safe and reliable control and accuracy.
Display ParametersTemperature, segment number, время сегмента, оставшееся время, output power %, Напряжение, текущий, и т. д..
ButtonsImported buttons, service life >100,000 cycles, with LED indicators.
Temperature Curve SettingIntelligent temperature controller supporting standard PID, АППИД, МПТ, и т. д.. Features self-tuning and self-learning, no overshoot/undershoot. Supports 30-segment program control for任意 ramp heating/cooling, with programmable commands including jump (петля), бегать, пауза, и остановись; programs can be modified during operation. Curve fitting function achieves smooth control effects.
Touch ScreenTemperature curve setting via touch screen.
Multi-Curve Input30-segment program control: 30 segments for one curve, 14 segments each for two curves, 9 segments each for three curves, 5 segments each for five curves. Multiple curves can be input simultaneously and freely called during use.

Области применения (Автомобильная подовая печь)

  • Large Metal Workpiece Heat Treatment: Annealing, нормализация, закалка, and tempering processes for large castings, forgings, molds, rolls, and other metal workpieces. A 2-ton load capacity meets the processing needs of heavy workpieces.
  • Усовершенствованное спекание керамики: Batch sintering of large-scale products made of high-performance ceramics such as alumina, оксид циркония, нитрид кремния, и карбид кремния. A large 1.5 cubic meter capacity improves production efficiency.
  • Refractory Materials: High-temperature sintering of refractory bricks, refractory castables, magnesia-carbon bricks, and other refractory materials. The furnace chamber size can accommodate batch stacking of standard refractory bricks.
  • Порошковая металлургия: Batch sintering of iron-based and copper-based powder metallurgy products. Для предотвращения окисления может быть введена защитная атмосфера..
  • Metal Casting Heat Treatment: Stress-relieving annealing, нормализация, and tempering treatments for large cast steel and cast iron parts to eliminate casting stress and improve mechanical properties.
  • Термическая обработка пресс-форм: Quenching, закалка, and annealing of large molds; furnace chambers large enough to accommodate multiple molds simultaneously.
  • Automotive Parts: Batch heat treatment of large automotive structural components, chassis parts, transmission components, и т. д..
  • Аэрокосмические компоненты: Heat treatment processes for large aerospace structural components and high-temperature alloy parts.

Профиль компании

Профессиональное предприятие, специализирующееся на услугах по технологиям термообработки и R&Д, производство, и продажа высокотемпературных электропечей.

Компания специализируется на разработке высокотемпературных электрических печей, охватывающих полный диапазон температур от -100 ℃ до 2600 ℃.. Среди ее продукции – экспериментальные электропечи., печи с вакуумной атмосферой, промышленные печи, и среднечастотное индукционное нагревательное оборудование. Основная продукция включает коробчатые печи, трубчатые печи, подъемные печи, Толкательные печи, выдвижные печи, вращающиеся печи, туннельные печи, и различные специализированные среднечастотные печи.

Компания придерживается технологических инноваций и прошла сертификацию ISO9001 и ЕС CE.. Он владеет 21 зарегистрированные торговые марки, 29 патенты, и 27 авторские права на программное обеспечение.

Способы оплаты

ТТ

Способы доставки

Электропечь упакована в три слоя.: сначала завернули в пенопластовую бумагу, затем завернули в полиэтиленовую пленку, и, наконец, упаковано в деревянный ящик.

Car Bottom Furnace Frequently Asked Questions (Часто задаваемые вопросы)

  1. What is this furnace used for?

It is used for large-volume heat treatment, спекание, отжиг, and other processes involving large workpieces.

  1. What is the maximum temperature?

The maximum operating temperature is 1400℃, suitable for various high-temperature heat treatment processes.

  1. Can it operate automatically?

Да. The equipment supports PLC program control, enabling fully automatic heating, проведение, and cooling.

  1. How much can the loading platform hold?

2 tons, electrically operated, easy to operate.

  1. How is the sealing performance?

The furnace opening and loading platform use a stepped, cross-sealing design with angles at both the top and bottom, gradually tightening when closing.

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