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Welcome to Tianjin Guoce Aerospace Technology Co., Ltd!

Tianjin GuoCe Aerospace Technology Co., Ltd.

Inspection Industry Solution Provider

We are more professional.

Testequipment

Telephone:18322499311

Mobile phone:18920407795

Fax:022-22145487

E-mail:10533646999@qq.com

Address:Chagugang Town, Wuqing District, Tianjin

Hot oil impact test chamber

  • Hot Line:18322499311

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1. Product introduction: Main functions and advantages of the equipment:


1.1 Product Overview


The Hot oil impact test chamber can be used to determine the impact of temperature cycling changes on electronic products, components, materials, etc. in ultra-High and ultra-low temperature oil tanks, as well as changes in product performance.


The hot oil impact test chamber adopts a relatively reasonable structure and stable and reliable control method, making it aesthetically pleasing, easy to operate, safe, and with high humidity control accuracy. It is an ideal equipment for conducting low humidity tests, constant temperature and humidity tests, and alternating humidity tests.


1.2 Product Advantages and Technical Features

1.2.1 Utilize a multi-channel, environmentally friendly and energy-saving (low-noise) mechanical compression refrigeration system.

All materials, parts, components, raw materials, etc. of the hot oil impact test chamber, whether domestic or imported, are made of environmentally friendly products; Based on the characteristics of mechanical compression refrigeration, a two-stage multi-channel main and bypass system is adopted. The multi-channel main and bypass can be adaptively selected and activated according to different working conditions. The entire control is automatically implemented by an intelligent control system according to the working conditions, changing the traditional way of using a temperature controller to control the heater to offset the cooling capacity to control the cooling capacity. So as to achieve energy-saving effect, not only does the energy consumption account for only 80% of similar products. It also reduces the operating load of the refrigeration compressor, reduces equipment vibration and noise, and improves control accuracy. To achieve better energy-saving effects, frequency conversion technology is adopted to adapt the refrigeration output of the refrigeration compressor to various temperature change rate requirements in the laboratory, while controlling the power loss during use to achieve energy-saving effects. Use sound-absorbing and silencing methods in different parts of the entire structure and mechanical working process to reduce the overall noise of the equipment.

1.2.2. Independently developed multi-channel and multi-stage throttling system (refrigeration system).


The refrigeration system of this equipment is designed with different capillary main paths and bypass paths according to different operating conditions. The capillary throttling system is automatically controlled and adjusted by the intelligent communication control system based on the operating conditions to ensure that the flow rate can be adjusted, achieving the purpose of temperature change. Moreover, the temperature field changes uniformly and the temperature fluctuation is minimal.


1.2.3. Apply a broadband compression balance temperature control system to achieve rapid temperature control through a fast convergence PID adaptive algorithm.

By using a temperature mixing chamber, a static pressure chamber, and a forced air duct system with centrifugal blades, sufficient exchange of cold and heat is ensured, and air is evenly supplied through the top orifice plate to each space in the working room (experimental area) to achieve temperature uniformity; To achieve rapid temperature convergence

1.2.4 Implement remote visual control.

The device is equipped with a human-machine management interface and a touch mode automation control system to achieve automatic control; Simultaneously, connect to remote computers through RS485 communication interface to achieve network management and remote monitoring. The entire system is controlled and managed through a graphical interface, which is simple and fast, with automatic fault prompts. The graphical prompts are energy-saving and provide solutions to guide users in quickly troubleshooting.


Main technical indicators and brief configuration

Product Name


Hot oil impact tank


Product model


WS-CJ-18L


Basic configuration


1. One high-temperature tank


2. One low-temperature tank


3. Test oil: 20L of commercial grade oil with boiling point and ignition point exceeding 300 ℃


4. One air gun


5. Trichloroethane or trichloroethylene solution 20L


6. One test basin for trichloroethylene or trichloroethylene


Loading capacity


18L


Loading weight


10kg


Testing oil


Commercial grade oil with boiling point and ignition point exceeding 300 ℃


Refrigerant (synthetic oil) filling amount


≈ 20.3L (single slot) 40.6L (double slot)


Basket size


(W×D×H)


150×150×80 mm


Tank size inside the liquid tank (single tank) (W × D × H)


250 × 450 × 300 mm (the manufacturing material can store trichloroethylene or ethylene for a long time)


Equipment external dimensions


(W×D×H)


≈950×1050×1550  mm


Box weight


About 450kg


Temperature range of high temperature tank


Room temperature+25 ℃~+350 ℃


Temperature range of low-temperature tank


15℃~35℃


Impact temperature range


15℃~+350℃


Temperature fluctuation


≤± 0.5 ℃ (in constant state)


Temperature deviation


≤± 2 ℃ (in constant state)


High and low temperature impact basket conversion time


≤8S


heating rate 


≥ 20 ℃/min (unloaded, non-linear)


Power supply


Three phase five wire system/380VAC, 50Hz


Installed power


≤30KW


Work noise


≯68dB(A)


Wind gun


Both cold and hot air are acceptable


Cooling method


Air cooling


Cooling method


The Stirling Refrigeration System (SMRC), equipped with a low-temperature cooling head, is more reliable, stable, and energy-efficient than traditional binary CASCade systems.


Basket drive unit


The highly reliable electric drive system adopts Taiwan's screw reduction motor, ensuring safe and reliable operation.


Thermal conductive medium


Synthetic thermal oil. The expensive imported oil is divided into two types: high and low temperature, and needs to be replaced after impact testing and mixing. We use the synthetic heat transfer oil developed by the Chinese Academy of Sciences, which is the same working fluid and can withstand high and low temperatures without changing the oil. In the process of use, we only need to add a little.


heating system 


Nickel chromium alloy stainless steel heater, produced by a professional manufacturer


Temperature sensor


There is one temperature sensor in each of the high temperature zone, low temperature zone, and product zone, imported from Sweden with Class A Pt100


Temperature transmitter


Sweden INOR high-precision temperature transmission module


Control system


Weisi self-developed


Programmable controller



Touch operation screen


Super large true color 7 "touch screen+self-developed interface


Full angle freely adjustable platform for easy control


WinCE operating system


We can provide a full range of driver codes such as C++and Labviw, which can enable secondary development.


Product attachments


One lead hole with a diameter of 50mm, equipped with a matching silicone soft plug and remote control software,


Experimental mode


High temperature test, low temperature test, and impact test can be freely set as needed


data storage 


Equipped with USB/R232 interface, all operational data can be freely stored and exported


Remote control


Equipped with RS232 interface, remote monitoring and control can be achieved


Meet the standards


GB/T11158-2006 Technical Conditions for High Temperature Test Chamber

GB/T10592-2008 Technical Conditions for High and low temperature test chambers


GB/T 2423.2-2001 Test B: High temperature test method


GJB 150.3A-2009 High Temperature Test


GJB150.*-2009 Military Equipment Laboratory Environmental Test Methods Part 5: Temperature Shock Test


GB/T5170.2-2008 Basic parameter identification method for Environmental testing equipment for electrical and electronic products


Temperature testing equipment


GB/T 2423.22-2002 Environmental testing for electrical and electronic products - Part 2: Test methods - Test N: Temperature variation


remarks


nothing

System Design


explain:


1. The following table describes the characteristics of this model of product. If users request changes to technical indicators and other parameters, the design parameters will change accordingly;


2. This design is preliminary and the relevant parameters are for reference only, and cannot be used as the basis for final delivery and acceptance. Acceptance shall be in accordance with the provisions of the technical agreement;


3. Accurate and complete design should be carried out after sufficient communication with users.


Liquid tank temperature shock test chamber


A. Structural Form - Exclusive Design, Compact and Efficient


Product advantages


 


Adopting advanced refrigeration technology to achieve rapid cooling, high efficiency and energy saving;


Ultra compact appearance, saving floor space;


Excellent performance, with technical indicators superior to the national military standard requirements;


Advanced automatic control system, large-sized high-resolution touch screen, one click start stop, easy operation;


Equipped with comprehensive protective devices to fully ensure the safety of equipment and testing.


total


body


Explain


Describe


This equipment adopts a left-right structural form, with the left test chamber on the left and the refrigeration system and control console on the right. The next column lists the structure of a small liquid tank impact box. In this case, the large equipment cannot adopt an upper and lower structure, otherwise the equipment will be too high and not conducive to operation.


one


structural style


This product has a two slot structure, consisting of a high-temperature tank, a low-temperature tank, a refrigeration unit, and a control system. Compact in appearance, saves space, and is smaller than traditional stacked technology products. At the same time, in a tight space, the device layout is reasonable, the ventilation is reasonable, and it is convenient for later maintenance;


Introducing ACS technology from Italy, using an electric drive device to move the sample basket between the high-temperature and low-temperature tanks, with fast conversion speed and high reliability.


two


Inner box material


International standard mirror stainless steel plate (SUS # 304);


Strengthening the internal structure to avoid the influence of long-term (wet) heat testing on the deformation of the inner wall;


The inner wall adopts full welding processing technology to eliminate the possibility of wet steam entering the foam layer and deteriorating the insulation effect.


three


Outer box material


High quality cold-rolled steel plates are used, and the surface is treated with acid pickling, phosphating, and electrostatic color spraying.


The overall strength is designed with software assistance;


four


Insulation material


High temperature hard polyurethane, with added ultra-fine glass fiber to avoid the influence of high temperature on the foaming layer;


Adopting patented secondary foaming technology to enhance insulation effect; And eliminate long-term deformation;


We have the only Italian imported CANON foam machine in the industry, worth 1.8 million RMB. Fully guarantee the foaming process; Advanced foaming technology, constant temperature foaming workshop;


five


Noise reducing material


Efficient sound-absorbing materials effectively reduce high-frequency noise;


Reasonable structural design to control operating noise within a reasonable range;


six


Box door structure


Front door design, convenient for taking and placing test specimens; Using heavy-duty hinges to ensure long-term stability without deformation;


There are multi-layer tempered anti fog observation windows installed on the door, which are coated with transparent heating film to prevent condensation and frosting, ensuring the observability of the windows during testing;


seven


mobile device


Vibration isolation treatment is applied to the fixed parts of the overall box, which can effectively reduce the impact of vibration on other equipment;


The test chamber is equipped with horizontally adjustable casters with high load-bearing capacity, which facilitates overall movement and facilitates various tests at different workstations.


eight


 


 


Observation window


There is one piece on the door of the laboratory; Window visual range: W300 * H450mm conductive film explosion-proof, anti fog, and anti frost tempered glass observation window. The observation window is equipped with high brightness LED tubes, which reflect the light source into the test chamber through the observation window, ensuring safety and reliability, and extending the service life. There is a control switch on the operation panel; During the installation and testing process of the test piece, the internal condition of the test chamber can be effectively observed;


There are auxiliary heating devices installed around the box door to prevent condensation or frosting during low-temperature testing;,


Simultaneously equipped with conductive film explosion-proof, anti fog, and anti frost tempered glass observation windows, specially customized


 


 


nine


Distribution control cabinet


Main power circuit breaker, controller, distribution board, cooling fan, over temperature protector


 


a distribution board


E safety device


one


safeguard


device


Equipped with sound and light alarm and can be manually reset


Touch screen system misoperation protection


Undervoltage and power phase sequence protection switch


Multi level password protection for operating systems


High and low temperature protection inside the test chamber


Line fuse (fuse)


Electrical circuit system protection


Reliable grounding protection


Observe the light and turn off the protection after 3 minutes


Self check and self check information display of system protection fault source


Maintenance and upkeep guidance


Automatic startup function after power outage recovery


two


Alarm record


Internal alarm record files, available for viewing at any time;


Paper alarm record output, simple and convenient;


three


call the police


Korea KLET indicator light


F Other accessory parts


one


power cord


Low impedance rubber cable with pressure terminal treatment.


two


Sample rack


The basket is equipped with a detachable sample holder.

three

Lead hole

Equipped with one Φ 50mm lead hole and a specially matched rubber plug, it provides convenient operation and ensures the sealing of the test chamber.

G Other






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