MES Intelligent High-Temperature Oven, Double-Door Oxide-Free Oven, Dust-Free Oxygen-Free OvenIntroduction:
Oxide-Free OvenSpecial process requirements for high-temperature curing of precision electronic components, PI, BCB adhesives, photolithography adhesives, and dust-free drying of electronic ceramic materials, to create a high-temperature, low-oxygen (oxygen-free), and clean environment, particularly suitable for industries such as semiconductor manufacturing, COB packaging, hygiene, flexible printed circuit boards, and precision mold annealing, with non-oxidation drying and baking processes. The MES intelligent system can obtain information such as personnel, orders, plans, and materials, enabling planning management and production scheduling. By integrating with SCADA systems, it can access the status and operating parameters of production equipment and inspection equipment, realizing equipment management, quality management, and production process management.
1) By networking and communicating with on-site equipment, real-time collection of equipment operating status and parameters is achieved.
2) The workshop is equipped with computer terminals (PCs), all-in-one machines, barcode scanners, barcode printers, wireless local area networks, mobile operation terminals (PDAs), tablets (iPads), RFID tags, and electronic bulletin boards to achieve batch material identification, timely data entry, and real-time data display.
3) ForceControl's data collection products (ForceControl, pSpace) store equipment operating parameters into real-time databases via OPC, COM, and other communication methods, and integrate with ForceCon-MES to transfer data to relational databases (Oracle, MySQL, etc.).
4) Integrated with third-party information systems (PLM, CAPP, ERP systems), data interaction can be achieved through Webservices, intermediate databases, and file transfer.
5) The system can aggregate, analyze manufacturing execution data, and then present it through browsers, mobile apps, information portals, and other forms.
6) The system is structured in a B/S (Browser/Server) architecture, eliminating the need for additional client installation. It supports cloud server deployment, reducing IT maintenance workload and minimizing the risk of data loss.
MES Smart High-Temperature Oven, Double-Door Oxidation-Free Oven, Dust-Free Oxygen-Free OvenTechnical Specifications:
Outer case material: The outer case is made of high-quality cold-rolled steel with plastic coating, while the inner case is made of SUS304 stainless steel.
Cavity Size: Custom-made to specification
Temperature Controller: Touchscreen, RKC, Fuji Instruments (optional)
Temperature Range: RT+50-550℃
Temperature Resolution: 0.1℃
Temperature fluctuation: ＜±1℃
Uniformity of temperature: ≤±1.5%
Timer Function: features an independent timer, timer switch, and timer completion buzzer
Online Oxygen Content Monitoring
Oxygen Content at High Temperature: ≤ 10ppm + Gas Source Oxygen Content
Oxygen content at low temperature: ≤ 20ppm + Oxygen content of gas source
Nitrogen Control: Flowmeter-based nitrogen saving system, reduces nitrogen consumption in anaerobic and low-oxygen environments
Nitrogen Purification System: Micro Oil-Water Dust Filter Set, capable of filtering nitrogen oil and water, as well as 0.1μm particles.
Cabinet Sealing Device: The cabinet utilizes double-layer high-temperature resistant silicone rubber sealing strips with a water cooling system.
Heater Material: 304 Stainless Steel Heater.
MES Smart High-Temperature Oven, Double-Door Oxidation-Free Oven, Dust-Free Oxygen-Free Oven, Oxygen Content Online Detection Device
Oxygen Content Analyzer Features
1. Choose high-quality zirconia detection elements, featuring long lifespan and rapid response.
2. Equipped with a large-screen dot-matrix LCD display, it can simultaneously display parameters such as oxygen levels, temperature, date, and time.
3. Full Chinese human-machine dialogue menu, operation is intuitive and convenient.
4. Utilizes a convection diffusion structure, reducing the impact of flow on the measurement of trace oxygen.
5. The instrument features four ranges from trace to normal, with automatic range conversion.
6. Upper and lower alarm points can be set at any point within the full range.
7. Features a paperless recorder that automatically logs the oxygen concentration change curve over time.
8. Features automatic storage of measurement data, with the storage interval set by the user.
9. Features 0~10 or 4~20mA current signal output.
10. The instrument features an imported sampling pump built-in.
11. The instrument features a standard RS232C communication port, which allows for connection to serial printers or for two-way communication with computers.
Oxygen Content Analyzer Technical Specifications
Measurement Range: 0.1ppm ~ 50% O2
2. Automatic Range Switching: 4 ranges - 0~500ppm, 0~5000ppm, 0~5%, and 0~50% (auto-shift).
3. Basic Error: ±2% FS
4. Repeated Error: ≤1.5%
5. Response Time: <30s
