Copper is made of pure copper or copper alloy in various shapes, including rods, wires, plates, belts, strips, tubes, foils, etc. The processing of copper is rolling, extrusion and drawing methods, copper sheet and strip are hot rolled and cold rolled; And strip and foil are cold-rolled; Pipe and bar are divided into extruded products and drawn products; The wires are drawn.
Copper plate
Copper sheet is a highly stable, low-maintenance roofing and curtain wall material that is environmentally friendly, safe to use, easy to process and highly resistant to corrosion.
Aluminum bronze, tin bronze, silicon bronze, beryllium bronze, red copper, brass, white copper, tungsten copper, red copper, oxygen free copper.
Copper plate classification: aluminum bronze plate, brass plate, tin bronze plate, silicon bronze plate, beryllium bronze plate, tungsten copper plate, purple copper plate, red copper plate, oxygen free copper plate, various specifications/models of copper plate.
Commonly used copper plate brands: H62, H65, H68, H70, H80, H90, C2600, C2680, C2700, C5210, C5191, C51000, QBe2.0, C1100, T2, etc.
Copper rod
Copper bar is a kind of non-ferrous metal processing bar, has better processing performance, high conductivity. Mainly divided into brass rod (copper zinc alloy, less expensive), purple copper rod (higher copper content).
Aluminum bronze, tin bronze, silicon bronze, beryllium bronze, red copper, brass, white copper, tungsten copper, red copper, oxygen free copper.
Copper rod classification: aluminum bronze rod, tin bronze rod, silicon bronze rod, beryllium bronze plate, brass plate, white copper plate, purple copper plate, red copper plate, tungsten copper plate, oxygen free copper plate, all materials of copper plate.
Commonly used brands: H59, HPb59-1, HPb59-3, H62, H65, H68, H70, H80, H90, C2600, C2680, C2700, C5210, C5191, C51000, QBe2.0, C1100, T2 and so on.
General specifications: Diameter: φ1.0-200mm, length: 2500-6000mm.
Copper pipe is also known as copper pipe. A non-ferrous metal tube is a pressed and drawn seamless tube. Copper pipe has strong, corrosion resistance characteristics, and become the modern contractor in all residential commercial housing water pipe, heating, cooling pipe installation of the first choice. Copper pipe is the best water supply.
Aluminum bronze, tin bronze, silicon bronze, beryllium bronze, tungsten copper, white copper, brass, red copper, red copper, oxygen free copper.
Aluminum bronze pipe, tin bronze pipe, silicon bronze pipe, beryllium bronze pipe, brass pipe, white copper pipe, red copper pipe, tungsten copper pipe, oxygen free copper pipe, various types of copper pipe.
Commonly used brands: H62, H65, H68, H63, H70, H80, H90, C2600, C2680, C2700, C5210, C5191, C51000, QBe2.0, C1100, T2, etc.
General specification: Wall thickness: 0.1-100mm, outer diameter: 1-600mm.
Copper strip
Copper belt is a kind of metal components, the product specifications are 0.1 ~ 3 * 50 ~ 250mm various states of copper belt products, mainly used for the production of electrical components, lamp caps, battery caps, buttons, seals, connectors, mainly used as conductive, thermal conductivity, corrosion resistance equipment. Such as electrical components, switches, washers, gaskets, electric vacuum devices, radiators, conductive base metal and automobile water tank, radiator, cylinder sheet and other parts.
Aluminum bronze, tin bronze, silicon bronze, beryllium bronze, tungsten copper, white copper, brass, red copper, red copper, oxygen free copper.
Aluminum bronze belt, tin bronze belt, silicon bronze belt, beryllium bronze belt, brass belt, white copper belt, red copper belt, tungsten copper belt, oxygen free copper belt, all specifications of copper belt.
Commonly used brands: H62, H65, H68, H63, H70, H80, H90, C2600, C2680, C2700, C5210, C5191, C51000, QBe2.0, C1100, T2, etc.
Specification: Thickness: 0.01-2.0mm, width: 4-600mm.
Good electrical and thermal conductivity, corrosion resistance and machining properties, can be welded and brazed. Containing reduced electrical and thermal conductivity impurities less, trace oxygen has little effect on electrical and thermal conductivity and processing properties, but easy to cause "hydrogen disease", not in high temperature (such as >370℃) reducing atmosphere processing (annealing, welding, etc.) and use.
Aluminum bronze, tin bronze, silicon bronze, beryllium bronze, tungsten copper, white copper, brass, red copper, red copper, oxygen free copper.
Aluminum bronze wire, tin bronze wire, silicon bronze wire, beryllium bronze wire, brass wire, white copper wire, red copper wire, tungsten copper wire, oxygen free copper wire, all specifications of copper wire.
Commonly used brands: H62, H65, H68, H70, H80, H90, C2600, C2680, C2700, C5210, C5191, C51000, QBe2.0, C1100, T2, etc.
Specification: Wire diameter: 0.01-15.0mm
Copper Metal,Red Copper,Brass,Brass Plates,copper wire Shandong Longhao Steel Group Co., Ltd. , https://www.longhaosteels.com
I. Ultrasonic flow meter host machine menu settings:
1. Press ON to start the instrument and enter the self-test. (Press OFF to shut down)
Enter the communication menu operation: Press MENU, then press the number 5, 0, enter the M50 menu (data timing output options), the original factory default is "off OFF", then the measured data will not be stored in the machine's memory. If you want to retrieve the data from the on-site measurement and upload it to your computer for saving, the M50 menu must be set to “ON†(This setting should be set before the on-site measurement, so that the data can be saved when the measurement starts.
2. Or you can set “ON†after the meter measurement is normal, so that your saved value skips the self-test, and all data is the data when the meter works normally. Or enter the M51 menu to record data within a specified period of time. The M51 menu function settings are described below).
3. In the M50 menu, press ENT, and then press ▲/+ or ▼/ to select “ON†and press ENT. This will select “ON†for the data timing output option. When “ON†is selected, the host will record and save the measured data.
4, M50 is selected as "ON" after the menu will automatically enter the next "select output options", which have 1-11 items to be selected output options, respectively, date and time, system status, the current window, instantaneous flow , Instantaneous flow rate, net cumulant, positive cumulant, negative cumulant, signal strength quality, work timer, today's cumulative flow, etc. If you want the above data to be saved, press â–²/+ or down â–¼/ to select "ON" is OK. If you do not need to save, press â–²/+ or down â–¼/ to select "OFF."
5. Press â–²/+ or â–¼/ to enter the M51 menu (timing output time), set “start timeâ€**/**/** (hour/minute/second), “interval timeâ€**/** /**(Hours/Minutes/Seconds) and “Durationâ€**/**/**(Hours/Minutes/Seconds). If you want to turn on the data and put it into memory, just set the interval time ( Or not set, the factory default is 5 seconds to sample once).
6. Press â–²/+ or DOWN/ to enter the M52 menu (output data flow control), select 0, output to RS2321, save in the internal buffer 2, cache => RS2323, clear the built-in buffer. “1. Store in the internal cacheâ€: Store the measurement data in the built-in memory of the host “2. Cache => RS232â€: After the host is connected to the computer, select this option to automatically upload the memory data to the computer for storage. Browse or print. "3. Clear Built-in Cache": Clear the host's built-in memory data.
7. Press â–²/+ or â–¼/ to enter the M53 menu (cache browser). Press ENT to browse the data stored in the cache first.
Second, the host and computer to connect:
1. Press MEUN6, 0 or upâ–²/+ or downâ–¼/ to enter M62 menu (RS232 serial port setting).
Press ENT to select the baud rate first (for example, select 9600), select the check bit automatically after the selection, and select “Noneâ€.
Note: The value of the baud rate of the host computer must be the same as the baud rate of the computer in the following third step. Otherwise, an error will occur.
2. Connect one end of the random communication cable to the computer and one end to the mainframe of the flowmeter. The communication cable is a double-headed nine-pin female connector. One end is connected to the host's RS232 nine-pin connector, and the other end is connected to the COM1 or COM2 of the computer. The public interface can be connected.
3, computer settings:
Click "Start" in the lower left corner of the computer => "Programs" => "Accessories" => "Communications" => "HyperTerminal". The "Connection Description" window appears. Enter the name you want and click the "OK" button. , Jump out of the "Connect to" window, select "Use when connected" "COM1" or "COM2", etc., and then click "OK" button, out of the "COM1 or COM2 Properties" window, set the interface properties: "bits per second "(Baud rate), select the same baud rate as the flow meter host M62, "data bit" is "8", "parity bit" is "none", "stop bit" is "1", "data Flow control "Select" None, after clicking "OK" button to complete the setting.
At this time, the computer will display a document with the same name as the “(Name)- HyperTerminal†entered in the “Connection Description†window of the previous step. After entering the command, the data returned from the handheld flowmeter host appears in the document. in.
Note: If you enter a command directly in the document, it is not visible in the document, and the return data appears after you press the Enter key.
If you select “2, Cache=>RS232†in the host's M52 menu, and then press ENT, the cached data in the host will be uploaded quickly and appear in the document.
4, upload data:
A. Input the command according to the communication protocol command in the manual, and return the desired data.
B. Press MEUN5, 2 or upâ–²/+ or downâ–¼/ to enter the M52 menu (Output data flow control), select “2, Cache=>RS232â€. At this time, you will see that the meter is normally stored in the host. The data is all uploaded to the computer for easy data storage, browsing or printing.
Through the above introduction, I think you should understand the connection steps of ultrasonic flow meter and computer! If you have any questions, you can contact Jiangsu Jinneng Automation Equipment Co., Ltd. at any time.
How to connect an ultrasonic flow meter to a computer
Ultrasonic flowmeter can be regarded as a kind of inexpensive instrument in all flowmeters, it can not only be measured in the scene, but also can store the measured data in its host's internal memory after measuring, If you want to analyze and study the measured data, you can upload the data stored in the memory to the computer at any time, and then analyze and print it. So how do we connect the ultrasonic flow meter to the computer? Today we will learn about the steps of connecting ultrasonic flowmeters to computers.