Sign In | Join Free | My frbiz.com
frbiz.com
Products
Search by Category
Home > Printing Machinery >

1200 ℃ Stainless Steel Pipe Annealing Heat Treatment Furnace Bogie Hearth Car Bottom Type

Categories Heat Treatment Furnace
Brand Name: WONDERY
Model Number: RT3-980-12
Certification: CE
Place of Origin: Jiangsu,China(Mainland)
MOQ: 1Set/Sets
Price: TO BE ENGOTIATED
Payment Terms: L/C, T/T
Supply Ability: 200Set/Sets per Year
Delivery Time: 60 days
Packaging Details: wooden case suitable for sea transportation or nude package
Rated Power: 980 kW +5% (1-100%) adjustable
Rated temperature: 1200℃
Effective working size: 12000×1800×1800 mm (L*W*H)
Trolley rail length (outside the hearth): ~267000mm length
Temperature uniformity: ±10℃
Instrument temperature control: ±1℃
name: industrial heat treatment furnace
warranty: 13 months from the date of shipment
  • Haven't found right suppliers
  • Our buyer assistants can help you find the most suitable, 100% reliable suppliers from China.
  • And this service is free of charge.
  • we have buyer assistants who speak English, French, Spanish......and we are ready to help you anytime!
Submit Buying Request
  • Product Details
  • Company Profile

1200 ℃ Stainless Steel Pipe Annealing Heat Treatment Furnace Bogie Hearth Car Bottom Type

1200 ℃ Stainless Steel Pipe Annealing Heat treatment Furnace Bogie Hearth Car Bottom Type


1. Equipment Purpose

RT3-980-12 quneching car bottom furnace is mainly used for annealing and heat treatment of various stainless steel parts.

2. Technical Parameters

NO.ItemTechnical Parameters
1Rated Power980 kW +5% (1-100%) adjustable
2Power supply parameters380V , 3 - phase, 50Hz
3Rated temperature1200℃
4Empty furnace heating speed≤2h
5Number of control zones8 independent temperature control zones in front and back 8 temperature control thermocouples
6Effective working size12000×1800×1800 mm (L*W*H)
7Furnace body dimensions12800×2800×3300 mm (L*W*H) Height does not include furnace door frame height
8Trolley rail length (outside the hearth)~267000mm length
9Heating element connectionYYY YYYYYYYY
10Temperature uniformity±10℃
11Instrument temperature control accuracy±1℃
12Empty furnace power loss≤10%
13Temperature control method

Power regulator, PID regulator, Japanese island meter with 32-stage temperature control, 485 communication interface and 10.1-inch touch screen, which can be connected to the factory's MES system or ERP system in the future.

The touch screen can record historical data for more than one year, store more than 10 processes, and has over-temperature alarm.

14Temperature rise of furnace side outer wall<40 ℃
15Heating element material0Cr27AL7MO2(strip)
16Furnace bottom materialNi7N heat - resistant steel total thickness 30mm
17Loading methodThe workpiece is hoisted on the trolley surface, and the trolley is driven into the heating
18Furnace lining formAdopt high temperature refractory fiber structure
19Furnace door opening and closing form1 set of 2-ton electric hoist moves up and down, and its own weight compresses and seals
20Trolley entry and exit form1 set of 7.5KW cycloidal pinwheel reducer drives the wheel in and out
21Trolley travel power supply modeTank chain routing

3. Overall features and structure of the equipment

RT3-980-12 bogie hearth furnace is mainly composed of furnace shell , furnace lining , furnace door and

furnace door lifting mechanism, furnace door pressing and sealing mechanism; load-bearing trolley and

trolley traction mechanism, furnace body and trolley sealing mechanism; heating elements and fixing devices;

furnace temperature automatic control system; And so on.


3.1 Furnace shell, 1 set

3.2 Furnace lining : The lining is a full fiber structure, constructed with high-quality zirconium-aluminum

refractory fibers, using standard stainless steel round steel parts and scientific and reasonable installation

methods. The fiber folding block is pre-compressed again before installation (compressed bulk density ≥ 230Kg/m3 ) ,

fixed on the furnace top shell with stainless steel round steel , and the installation thickness of the insulation

material is 325 mm. The structure has low thermal conductivity, low thermal dissolution, excellent chemical

stability, thermal stability, thermal vibration resistance, excellent tensile strength and corrosion resistance.

The highest temperature resistance of aluminum silicate fiber is 1360 ℃, and the material of the fiber fixing part is 304 stainless steel .

3.3. Furnace door and furnace door mechanism, furnace door pressing and sealing mechanism;

3.4. Load-bearing trolley and trolley traction mechanism, furnace body and trolley sealing mechanism

3.4.1 Trolley and trolley traction mechanism

The trolley is composed of a frame, a steel plate on the trolley surface, wheels, refractory masonry,

a heat-resistant steel furnace bottom plate Ni7N , and a trolley traction mechanism.

3.4.1 Trolley steel structure: It is welded with 18 # steel beam and 10 mm steel plate.

Its rigidity ensures normal operation under full load and no deformation during long-term use.

3.4.2 Wheels: The wheels of the trolley are made of ZG55# steel castings after processing.

The transmission shaft is made of 45# steel with precision processing and tempering treatment.

The transmission bearing uses heavy-duty roller bearings to ensure the load requirements.

In order to reduce the wheel pressure of the trolley, 8 pairs of 16 Ø 240 wheels are installed

at the bottom of the trolley to support the entire trolley.

3.4.3 Lining: Heavy high-aluminum refractory bricks, lightweight refractory bricks, insulation bricks,

etc. are used to make a composite lining. Heavy high-aluminum refractory bricks are used for

masonry of parts prone to collision and load-bearing parts (high-temperature adhesive is added

to the mud during masonry) to enhance the structural strength of the furnace lining. Expansion

joints are left during production to prevent the lining from expanding after being heated and damaging the lining.

The furnace bottom plate is cast from Ni7N material with a total thickness of 30mm.

The maximum temperature is ≤ 1200℃ and it can be used for a long time without deformation or cracking.

3.4.4 Trolley traction mechanism: The trolley travel mechanism adopts self-propelled mode.

The trolley enters and exits the furnace through the reducer to drive the trolley driving wheel

to make the trolley move, and the operation is stable and reliable .

3.4.5 Sealing mechanism between furnace body and table

The sealing problem is a very important part of furnace design. The quality of the sealing

performance directly affects the uniformity of the temperature in the furnace and the service

life of the furnace; it also has a great impact on energy consumption and the heat treatment

quality of the workpiece. In the overall structure of the furnace, the sealing device is in a relatively

high temperature area and the working environment is relatively harsh. Therefore, it is very

necessary to adopt a sealing solution with reliable performance, simple structure, long service

life and easy maintenance.

The sealing between the furnace door, furnace body and trolley is more critical.

The sealing between the furnace door and the furnace body adopts the deadweight compression

structure commonly used in heat treatment furnaces in the mechanical industry, and the sealing

between the trolley and the furnace body is a special-shaped brick and fiber cotton block seal.

The above structure has been well and widely used in trolley-type heating furnaces and trolley-type

heat treatment furnaces, and has a good sealing effect.

3.5 Furnace Heating Elements

The heating element is made of high-quality high-resistance alloy material 0Cr27AL7Mo2 ,

which is processed into a corrugated shape and installed on both sides of the furnace body.

All lead rods are made of φ16 0Cr25AL5 material, and the wiring clamps of the lead rods are

special industrial clamps to ensure that the wiring is firm and reliable. The neutral points of all

resistors are connected to zero, and the cross-sectional area of the neutral wire meets the

requirements of industry standards.


3.6 Electronic control system

Temperature control: The temperature control adopts multi-segment zoning control and adopts

Japan Shimaden intelligent temperature controller. By setting its reasonable parameters,

it can achieve the best control of each temperature zone. By using its online self-tuning function,

it can calculate the best PID parameters of the furnace and achieve a more ideal temperature stability.


3. 7 Scope of supply of complete equipment

NO.IteQ’tyRemarks
1Furnace body1 set
2Trolley1 setIncluding furnace bottom plate
3Electric Drivetrain2 sets1 set of trolley, 1 set of furnace door
4Heating elements1 setResistance Bands
5Temperature control system1 set
6PID control cabinet11800 × 800 × 600mm
6.1Temperature control instrument4Programming, with 485 communication
6.215-inch touch screen1 set
6.3Thyristor24 sets600A
6.4Compensation wire160m
6.5Thermocouple80-1300
6.6Supporting electrical1 setPower regulator, air switch, ammeter, voltmeter, thermal relay, switch, etc.
7Technical data1 copy
7.1Basic diagram1 copy
7.2Temperature control system electrical schematic diagram1 copy
7.3Electric furnace instruction manual1 copy
7.4Electric furnace use certificate1 copy

4. Major component manufacturers

Major component manufacturers
No.ItemOrigin
1Temperature controllerShimaden, Japan
2ThyristorJiangsu Danxiang
3Resistance BandsBeijing Shougang
4Insulation MaterialsShandong Luyang Group
5Refractory MaterialsHenan Wanchao Refractory Materials
6ReducerJiangsu Yifan Transmission
7Electrical componentsDelixi, China
8Furnace bottom plateJiangsu Xinghua Jianda
915-inch touch screenMCGS, China
107-inch color screen recorderXiamen Yudian
Quality 1200 ℃ Stainless Steel Pipe Annealing Heat Treatment Furnace  Bogie Hearth Car Bottom Type for sale
Send your message to this supplier
 
*From:
*To: Wuxi Wondery Industry Equipment Co., Ltd
*Subject:
*Message:
Characters Remaining: (0/3000)
 
Inquiry Cart 0