High carbon silicon is composed of silicon and carbon alloy, also known as silicon carbon alloy, symbol SiC.High carbon iron silicon is commonly used deoxidizer has the following advantages: no hydrogen source in the deoxidizing process, to ensure safety and reliability; Carbon and silicon are important elements that determine the function of steel. High carbon ferro silicon can not only react with oxygen in the melting steel to play a deoxidation effect, but also the remaining carbon and silicon that are not oxidized can dissolve in the molten steel to play a role of increasing silicon and carbon, so as to achieve the effect of killing two birds with one stone. From the use of silicon carbon alloy can be seen in the replacement of some alloys have a great advantage, steel demand for silicon carbide alloy is also increasing, so silicon carbide alloy prospects.Reduce steelmaking cost, increase economic benefit, improve product quality, stable performance. The point use of high carbon silicon is that it can conducive to the reduction of production costs,Improve the quality of melting steel,reduce the amount of alloy,adjust the main alloy. The main point for choosing our company is the reliability of our products,have our own factory.
This is a versatile and efficient solution for fusing labels, decals, and heat transfers onto a variety of materials. This machine features double heads, making it ideal for high-volume production. Its pneumatic operation ensures precise pressure and control, while inbuilt digital timers and temperature controllers provide accuracy and consistency in the fusing process. Double Head Design: The machine is equipped with two fusing heads, allowing for simultaneous processing of multiple items. This design significantly enhances production efficiency. Pneumatic Cylinder: The machine utilizes a pneumatic cylinder to apply pressure evenly during the fusing process. This ensures consistent and high-quality results. Double Foot pedal: The double station machine includes a double foot pedal, providing smooth and convenient operation. Operators can control the machine's functions with ease. Digital Timer and Temperature Controller: Inbuilt digital timers and temperature controllers offer precise control over the fusing process. Users can set the desired temperature and duration for optimal results.
The Cynosure Elite Aesthetic Laser Workstation is a dual-wavelength (755nm and 1064nm) system delivering a range of reliable, cost-effective treatments for hair removal, vascular treatments, epidermal pigment, and wrinkle reduction. This flexible and versatile combination has made it possible to offer treatments to people of all skin types and tones without multiple devices. The Alexandrite wavelength is suitable for most skin and hair types, while the Nd:YAG wavelength can target darker complexions safely and effectively. The clinical proven 755 nm Alexandrite laserâ??s high melanin absorption characteristics and proven long-term results make it a wavelength for excellent hair reduction, permanently reducing hair by an average of 79% after just three treatments.1 The 755 nm Alexandrite can also provide excellent clearance of epidermal pigment lesions, including age spots, sunspots, and freckles. The Apogee is built on the proven technology of the Apogee Aesthetic Workstation but provides high fluence with large spot sizes for deeper penetration, faster procedures, and optimal results. Indicated Uses: Laser Hair Removal for All Skin Types Pigment for All Skin Types Vascular Lesions for All Skin Types Skin Rejuvenation Wrinkle Reduction Manufactured 06/2017; Perfect Operating Condition & Excellent Cosmetic Condition; Reason for Selling: Downsizing; Software Version: V1.4; System Has Received Full Maintenance and is Certified to Be Fully Functional at its Highest Levels on 05/20/2022, Record Available Upon Request; 755nm Alex Pulse Count = 1,873,390 Pulses, 1064nm Nd Yag Pulse Count = 330,740 Pulses; Includes Handpiece with Spot Sizes: 3mm, 5mm, 7mm, 10mm, 12mm, 15mm, and 18mm; Also Includes: Zimmer Cryo 6 Chiller, Operator Eyewear, Patient Eyewear, Key, Digital Operator Manual, Footswitch, Interlock, Water Refill Kit. Elite Plus Product Specifications System Type: Alexandrite & Nd Yag
A Complete Guide To Gate Valve The gate valve is the most common shut-off valve. Unlike ball valves, they are not quarter-turn devices; instead, they close and open through revolutions of the hand wheel. Used in wastewater plants, power plants and process systems, the threaded system of the gate valves give them an advantage over the quarter turn system of the ball and butterfly valve in large applications. Fluid through gate valves experiences only minimal pressure drop as gate valves allow total flow through its passage when fully open. This post discusses the functions, symbols, advantages and disadvantages, types, and other essential things you need to know about the gate valve. What is A Gate Valve? Gate valves can also be called sluice valves or knife valves. They are control valves that allow or restrict the flow of media completely. Gate valves use a flat gate to close off flow between pipe flanges. A gate valve, being a full port valve, has an equal diameter to the pipe through which the fluid passes. Hence, unlike butterfly valves, gate valves minimise pressure losses in the fluid when fully open. Also, because of the equal pipe and valve diameters, gate valves allow for the movement of pigs within the pipe for cleaning and inspection operations. While butterfly valves can be used in flow regulation and on-off services, gate valves should only be used in on-off services as blocking valves and also to allow fluid flow. They should not be used in throttling. Because of their uncomplicated construction and capability to be used in different low-pressure applications, gate valves are one of the most common valves in the industry. Gate Valve Symbol The gate valve symbol is composed of two triangles meeting at a point. A vertical line is inserted between the triangles, and solid horizontal lines extend from the opposite sides of the triangle. The vertical line indicates the blocking operation of the gate valve, and the horizontal lines show that the valve has a two-way function in on-off applications. The gate valve symbol used in piping and instrumentation diagrams (P&ID) is a modification of the valve symbol, which is the gate valve symbol without the vertical line between the triangles. The three isometric symbols in the diagram indicate symbols for butt-welding end connections, flanged ends, and socket ends connections.
Static Pass Box Manufacturers in Ahmedabad Static pass boxes are used to transfer materials between two rooms of equal cleanliness levels and are designed for minimal personnel movement while dynamic pass boxes are used to transfer materials from uncontrolled to controlled environments. Our Pass Boxes follow global and of highest design standards, giving you the option of the type of pass box depending on the containment level and transfer of material from one cleanroom to the other. We also supply them for flame-proof areas. Cabinet Fabricated in SS 304/316 Static Pass Box SS 304 Hinges and Door Handle Doubled Skin Cabinet with Doors and Toughed Glass Electro Magnetic Interlocking System Feather Touch controller for Door/Light/Hour Meter for UV Pre-Installed White and UV Germicidal Light Sound Level Minimum 65db Power Supply Single Phase 220V 50 Hz Static Pass Box Functioning: It has two doors at its extreme. The doors are provided with a glass window so that the material kept for transfer can be seen. One door opens in the cleanroom and the other door opens in the other room. The doors are electrically interlocked type, hence only one door can be opened at a time. It prevents the direct flow of air from the cleanroom to the other room and vice-versa. It helps to achieving the objective of material transfer without compromising the cleanliness level of the cleanroom.
Product Description The Capresso Triple Brew Coffee & Tea Maker is a multi-functional, customizable brewing system that lets you prepare a single cup of coffee, tea, or a 42oz carafe in less than six minutes. With four dedicated brew buttons and three different brew filters, the Triple Brew allows you to brew whole carafes or even single cups of your favorite beverages without the need for costly pods or capsules. Rounding out the Triple Brew is the dishwasher safe glass carafe, 3-60 second heat up time, and 200+ degree brew temperature for optimal extraction. Dimensions: 11.75" D x 6.5" W x 13" H Weight: 10lbs 1-Year Limited Warranty for Household Use Three Ways to Brew True to its name, the Triple Brew features three brewing options for a single cup of coffee or tea as well as a full carafe of coffee. This is accomplished through the use of multiple brew filters specifically designed for certain types of brewing. The coffee filter can be filled with up to 60 grams of ground coffee and features a smooth interior wall for even distribution of the coffee. The tea filter has four ribs on the inside of to prevent tea leaves from getting stuck to the wall and improve steeping. Each filter is fitted with a safety grip for easy loading and removal. By using two separate filters for tea and coffee, the Triple Brew prevents cross contamination between the two brewing methods. Programmable Brew Buttons You can customize all of the single-cup drink buttons to dispense between 4 - 16oz of coffee or tea. The single cup buttons come with the following factory presets: Small Cup: 4oz Large Cup: 8oz Tea: 8oz The full carafe brewing option cannot be reprogrammed and will always brew 42oz of coffee.
Technical Parameters : Travel of X and Y Axes: 800x630 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1130x9500x300 mm; Maximum Work piece weight: 750 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Numerical Control System: X8 ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 2200x1650x1910 mm; Approx. Machine weight: 2980 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters: Travel of X and Y Axes: 630x500 mm; Maximum cutting thickness: 350 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 m mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1020x640x350 mm; Maximum Work piece weight: 300 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Numerical Control System: X8 ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 2180 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters Travel of X and Y Axes: 500x400 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 850x540x300 mm; Maximum Work piece weight: 450 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Numerical Control System: X8 ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 1790 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters Travel of X and Y Axes: 400x320 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 620x480x300 mm; Maximum Work piece weight: 300 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Numerical Control System: X8 ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1700x1300x2160 mm; Approx. Machine weight: 1480 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 800x630 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1130x9500x300 mm; Maximum Work piece weight: 750 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 2200x1650x1910 mm; Approx. Machine weight: 3000 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 630x500 mm; Maximum cutting thickness: 350 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 m mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1020x640x350 mm; Maximum Work piece weight: 300 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 2200 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 500x400 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 850x540x300 mm; Maximum Work piece weight: 450 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 1800 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 400x320 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 620x480x300 mm; Maximum Work piece weight: 300 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1700x1300x2160 mm; Approx. Machine weight: 1500 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
ZM-R7220A Infrared Soldering Station ZM R7220A infrared SMD rework station is an intelligent infrared soldering station with real-time temperature monitoring, optical alignment system, rapid heating, and cooling. As an ir soldering station manufacturer, Zhuomao promises to provide high-quality infrared BGA machines. Significantly, Zhuomao's infrared soldering station price is reasonable. Plus, Seamark ZM-R7220A infrared smd rework station is also called zm r6200c in the past. Functions of R7220A Infrared Soldering Station (ZM R6200) 01 Real-time Temperature Monitoring Real-time temperature display, with automatic curve analysis function. 02 Optical Alignment System High-definition CCD (2m pixels) digital imaging, automatic optical zoom system, manual control and laser red-dot alignment. 03 Rapid heating and cooling The IR preheating zone is heated by a medium wave ceramic infrared heating plate, a multi-functional movable PCB fixing bracket, and a BGA bottom support frame. Laminar integrated cooling fan. As one of the top infrared soldering station suppliers in China, Seamark ZM is famous for its rich technical force, complete detection means, reliable product quality, and full service. If you want to know the BGA repair machine and to get a perfect infrared soldering station price for your factory, please contact Seamark ZM first. Specification Of R7220A IR Infrared BGA Rework Station (ZM R6200C) Power Supply AC220V±10% 50/60HZ Power 5.65KW(Max), Top heater(1.45KW) Bottom heater (1.2KW), IR Preheater (2.7KW),Other(0.3KW) PCB Size 412*370mm(Max);6*6mm(Min) BGA Chip Size 60*60mm(Max);2*2mm(Min) IR Heater Size 285*375mm Temperature Sensor 1 pcs Operation Method 7" HD touchscreen Control System Autonomous heating control system V2ï¼?software copyrightï¼? Display System 15" SD industrial display (720P front screen) Alignment System 2 Million Pixel SD digital imaging system, automatic optical zoom with laser red-dot indicator Vacuum Adsorption Automatic Alignment Accuracy ±0.02mm Temperature Control K-type thermocouple closed-loop control with accuracy up to ±3 Feeding Device No Positioning V-groove with universal fixture Dimensions L685*W633*H850mm Weight 76KG Difference Between A Hot Air Rework Station And An IR Infrared BGA Rework Station The main difference between a hot air rework station and an IR BGA Rework China Station is the way they heat the board. A hot air rework station uses heated air to transfer heat from the tool-to-board interface and into the solder balls, whereas an IR BGA Rework Station uses infrared light to heat up just enough of each ball so that it melts.
Features and benifits Monitoring scope HR, ECG, SPO2, NIBP, RESP, TEMP, CO2 (optional). 1024*768 color LCD display, full viewing angle display, 10-level brightness adjustment; The vertical button layout on the right side satisfies the quick operation of various scenarios; 30-second blood pressure measurement, performance, function, all-around; ECG 12-coreanti-interference socket design; There are three filtering modes of monitoring, diagnosis and surgery, to satisfy various scenarios; There are more than three ways to enter the alarm limit setting, and there is no need to operate too much for newly received patients; Support fast import/export of USB configuration to meet the needs of different departments; Large storage capacity: it can meet the data storage requirements of continuous patient monitoring for at least 960 hours; With blood pressure STAT measurement mode, it will automatically exit after 5 minutes of continuous measurement; With automatic blood pressure measurement interval time adjustment above level 10, to meet the needs of different patients for monitoring; Support Multi-language, Chinese, English, Italian, Spanish, Turkish, Portuguese, Polish, Germany, Russian; convenient operation of patient information entry\delete\save; 20 kinds of arrhythmia event alarms, support ST segment analysis function; Trigger the printing function, record every abnormality in time; improve the communication efficiency between nurses and doctors (optional); Double overpressure protection of blood pressure software and hardware to ensure patient safety; six groups of data are displayed on the same screen, and trend analysis is clear at a glance; Super long alarm light, 360-degree visibility, easier to monitor patient status information; The alarm sound and the pulse rate sound are independent, the pulse rate sound continues to respond when the alarm is muted, and the alarm sound can be activated normally when the pulse rate sound is muted; The waveform display has two ways of curve and filling to meet the needs of different departments; Large-capacity built-in lithium battery, continuous working time 300 minutes; When the waveform screen is frozen, the real-time parameters are continuously displayed in the parameter area; the frozen waveform can be viewed forward and backward along the time axis. Anti-defibrillation, anti-electric knife, anti-power grid, anti-myoelectric and other interference; Low battery alarm, no data loss at critical moments; Support USB firmware upgrade outside the machine, get rid of local restrictions.
Weightless feeder is a kind of high-precision continuous and quantitative feeding equipment. It not only has the advantages of high precision of static weighing, but also has the function of continuous automatic quantitative control of dynamic weighing. It integrates the advantages of accuracy, stability and speed, and is the first choice equipment to achieve accurate feeding, improve efficiency and save investment in the production of batching process. Features: Self-cleaning twin screw; High corrosion and IP protection level; Automatic double shift transmission box; Lean design double arch breaking mechanism; Stainless steel hoop structure; Microchip controller for weightlessness scale Dynamic measurement accuracy 0.2%-0.5% Applicable material: Suitable for poor fluidity, sticky, or moisture sensitive powder. Twin-screw weight loss scale is a kind of high-precision continuous and quantitative feeding equipment. It not only has the advantages of high-precision static weighing, but also has the function of continuous automatic quantitative control of dynamic weighing. It integrates the advantages of accuracy, stability and speed, and is the first choice equipment to achieve accurate feeding, improve efficiency and save investment in the production of batching process. Double screw weight loss scale adopts double screw, screw non-stick material, with self-cleaning function, more uniform material flow. It can achieve high precision control of different feeding ranges and materials of different properties. Working principle This series of twin-screw weight loss scale uses the form of meshing twin-screw and blade twin-screw to push the material out through the two screws, and the above of the screw is equipped with horizontal and vertical stirring, which can improve the filling rate of the screw and avoid the occurrence of material bridge Scope of application It is used for powder, granule, glass fiber materials, and powder raw materials with poor fluidity and easy adhesion Core advantage High precision batching Based on rich industry experience and professional knowledge in batching system design, the use of independent research and development control instrument, can be multi-stage feeding, high speed, high precision batching, can achieve the precise control of the material drop and timing, the highest accuracy of +0.1g. High intelligent control - The human-machine interface is clear and easy to understand, and the control system can automatically calculate and display the weight of the material in the storage bin, the operation status of automatic weighing, instantaneous weight, cumulative weight and other information.
Wholesale or OEM, This 2-in-1 diagnostic cables designed specifically for Yamaha X-MAX, N-MAX, and MT-125 motorcycles. This versatile cable includes both a 3-pin to OBD2 and Honda 6pin to OBD2 connector, providing comprehensive compatibility for your diagnostic needs. With this cable, you only need to purchase one product to access both connector types, allowing you to choose the appropriate connector based on your motorcycle model. Before use, please verify which connector is suitable for your specific Yamaha bike. The Yama-ha OBD2 3 Pin diagnostic Plug Adaptor Cable is perfect for motorcycles, bikes, and ATVs. It converts a standard 16-pin OBD2 type plug to the Yamaha 3-pin plug, enabling seamless connection to the motorbike's diagnostic socket, especially for CAN Bus models. Additionally, the Yama-ha 3-pin to OBD2 cable allows you to connect your car's code reader to your Yamaha bike easily. This cable supports various programs/apps and even works with standard OBD2 readers, making it a versatile and valuable tool for motorcycle diagnostics. Supported Yamaha bike models include YZF-R125, MT-125, YS-125, Delight-125, N-MAX 125, X-MAX 125, X-MAX 300, X-MAX 400, and the 2018 AEROX 50. It's important to note that the compatibility may vary depending on the model and year of your Yamaha motorcycle. While most models from 2015 onwards are supported, certain models from 2017 may have different requirements. Always verify the connector type required for your specific bike. These diagnostic cables are typically used with diagnostic readers to convert the standard 16-pin plug into the necessary 3-pin or 4-pin plug. They can be used with your Code Reader or wireless OBD2 Bluetooth reader/resetter for fault code reading, diagnostic data retrieval, and resetting functionalities. Key Features: â?ªManufactured to meet standard specifications, ensuring reliability and accuracy. â?ª Crafted from high-quality ABS material for enhanced flexibility and durability. â?ª Compact and lightweight design allows for easy storage, portability, and hassle-free usage. â?ª Converts OBD2 to 6-pin for seamless motorcycle fault detection, offering practicality and convenience. Upgrade your diagnostic capabilities with our 2-in-1 Yamaha diagnostic cables and gain access to essential engine data and fault code information for improved maintenance and troubleshooting.
Application The CLRT-01 Carbon Dioxide Volume Tester is a crucial tool in the beverage industry, focusing on gauging carbonation levels, which significantly impact the bubbly and sensory qualities of drinks, thus influencing product excellence and customer contentment. Specially crafted for CO2 volume assessment, the CLRT-01 employs an automated process to uncover the connection between pressure and temperature, a pivotal factor in thorough beverage quality analysis. By seamlessly merging these elements, it offers a profound understanding of carbonation dynamics, granting manufacturers the ability to maintain consistency, adapt formulations, and provide effervescence that resonates with consumer preferences and brand achievement. Automatic Testing and Shaking The tester automates the traditional manual process: Piercing the bottle cap â?? Opening the vent valve to release pressure â?? Closing the vent valve â?? Vigorously vibrating for 40 seconds â?? Recording the stabilized MPa pressure (while measuring liquid temperature) â?? Obtaining the carbon dioxide gas capacity test results. Technical Features 1.This unit is under precise PLC control (at an industrial-grade stability level) and operated through an HMI touch screen interface. 2.Agitating the sample bottle is achieved using a servo motor and gearbox transmission mechanism. 3.The design incorporates anti-leak features and includes accurate temperature and pressure measurement. 4.The process involves automated piercing and shaking. 5.Displacement and speed during piercing are controlled for accuracy. 6.The shaking parameters, including frequency and duration, can be customized. 7.Test results are guaranteed accurate due to the implementation of a highprecision pressuresensor. 8.Real-time temperature display is enabled by a precision temperature sensor. 9.Post-test, the carbonation volume is automatically and presented. 10.Designed to prevent leaks, this versatile tester is suitable for both bottles and cans. 11.(Optional) A microprinter can be incorporated for additional functionality. 12.(Optional) The inclusion of an RS 232 port and professional software provides further versatility. Main Parameters Test Range 0~1MPa Resolution 0.01KPa Shaking Speed Adjustable Piercing Speed 5mm/s (other available) Sample Height â?¤ 350mm (other available) Temp. range 0 ~ 30 Shaking time 40s (other available) Resolution 0.1
ZM-R5860 Hot Air BGA Rework Station ZM R5860C Hot Air BGA Rework Station is a kind of rework station provided by Zhuomao, which has three temperature zone Independently control, convection hot air heating, lower temperature zone height-adjustable, high-precision autonomous control system, high-precision K-type thermocouple with accuracy up to ± 3, dynamic APR multi-loop closed-loop control selective reflow process. Imported high power constant current integrated cooling fan. As one of the most reputable BGA Rework Station suppliers, Seamark ZM provides the best BGA Rework Station with good quality. If you want to know seamark ZM R5860 price, please contact us now! Functions of Zhuomao ZMR5860 Smart BGA Rework Equipment 01 Temperature Curve Setting High-definition touch screen operation, real-time display and, editing of temperature curves, each group of temperature curves can be set to 8 segments, 100 groups of temperature curves can be stored, with temperature self-organizing function. 02 Laser Red-dot Positioning Guide Laser indicator for PCB and component positioning. 03 Vacuum Adsorption The external vacuum suction pen is convenient for taking BGA. Specification Of Seamark Zhuomao BGA Rework Station Power Supply AC220V±10% 50/60HZ Power 5.0KW(Max), Top heater(0.8KW) Bottom heater (1.2KW), IR Preheater (2.7KW),Other(0.3KW) PCB Size 410*370mm(Max); 10*10mm(Min) BGA Chip Size 40*40mm(Max); 10*10mm(Min) IR Heater Size 375*285mm Temperature Sensor 1 pcs Operation Method 7" HD touch screen Control System Autonomous heating control system V1 software copyright Alignment System Laser dot Vacuum Adsorption Manual Temperature Control K-type thermocouple closed-loop control with accuracy up to ±3 Positioning V-groove with universal fixture Dimensions L635*W620*H655mm Weight 43.5KG Principle And Operation Mode Of Seamark ZM R5860 BGA Machine The Seamark ZM R5860 BGA Machine is a rework station used for soldering and desoldering ball grid array (BGA) components on printed circuit boards(PCBs).BGA components are a type of surface-mount packaging used for integrated circuits. Seamark Zhuomao ZM R5860 BGA Machine is based on the hot air rework technique. lt uses precisely controlled hot air to melt the solderballs of the BGA component allowing it to be removed or replaced without damaging the PCB or the component itself. The machine also uses a vision alignment system to accurately align the BGA component with the PCB. The Seamark ZM R5860 BGA Machine allows for precise control over the temperature and airflow, ensuring a reliable and high-quality soldering/desoldering process. lt is suitable for use with a wide range of BGA components and PCBs. The operation mode of the Seamark ZMR5860 BGA Machine involves several steps: Preheating: The PCB is preheated to a suitable temperature to prevent thermal shock to the board when the hot air is applied.
