Quanzhou 40-ton weighbridge, affordable and high-quality.
[Simple Introduction] The 20-ton electronic weighbridge is constructed using cold-bent U-shaped steel sections, significantly improving overall rigidity, torsional resistance, and the rigidity of the platform. The weighbridge platform design is modular, standardized, and serialized, allowing for flexible assembly into various specifications. This series features high-precision bridge or column-type weighing sensors and multifunctional weighing indicators with robust storage capabilities, forming a comprehensive electronic weighbridge weighing and measurement system.
Qinghai Zhonglian successfully delivered. The caller wanted to inquire about our company. After understanding the customer's needs in detail, our salesperson immediately stated that we have solutions to meet their requirements. After continuous communication and negotiations, we successfully secured the order, and today we received feedback saying the goods have arrived and are in transit. 3 Gauge: This is the same as the sensor, the quality determines the price, and whether the gauge comes with a printer is also a factor. 4 Optional components: Such as computers, etc., these all have an impact on the final total price. 5 Freight: The price should be the same, of course, the farther the distance, the higher the price. What is the reference price for the weighbridge?
[Description] The 20-ton electronic weighbridge features an "U" steel design, representing the fourth generation of electronic weighbridges. A bending machine is an essential piece of equipment for manufacturing "U" steel weighbridges. It utilizes a 600T large dual-motor bending machine, offering high precision and speed. The price of the "U" steel electronic weighbridge is slightly higher than that of channel steel, but the structural design of the steel frame is more reasonable, providing good stiffness and strength, strong lateral resistance, and thus the body of the scale is less prone to rotation, with a longer lifespan. The bottom of the "U" steel weighbridge is designed with a bridge structure. The weighing platform uses 5-7 "U" main beams (the number and size of beams are designed based on the tonnage and platform dimensions of the weighbridge), ensuring the overall rigidity of the platform. The inner cavity of the platform is fully sealed, making it less susceptible to rust. The steel plates are treated with shot blasting to remove rust before applying zinc-rich primer and acid-resistant marine paint, resulting in a thick oil film with a thickness of 100 micrometers, offering enhanced pressure resistance, acid resistance, alkali resistance, and corrosion resistance.
7. Relative humidity: 85%RH. The electronic scale may exhibit the following phenomena: ① The electronic scale does not display zero, and the screen keeps flickering. ② After displaying zero, adding weights does not show the weighing value. ③ The weighing is inaccurate on the electronic scale, and the displayed weighing value does not match the number of weights added. ④ The electronic scale has poor repeatability; adding the same weight, it may weigh accurately sometimes and inaccurately at other times. High-quality hydraulic cylinders: Avoid the缺点 of oil leakage; even if the operator uses it during hydraulic operations, it does not affect the durability of the cylinder. A combination of handling and weighing functions, high-configured forklift weighing products. Equipped with high-strength nylon wheels: incorporates a lighter alloy steel sensor, ensuring the module is organically integrated with the scale body. Strong lateral force resistance; minimizes damage to the scale body from impacts.
20-ton electronic weighbridge components include the load-bearing and force transmission mechanism, which transfers the weight of an object to the weighbridge's weighing sensor. The mechanical platform is commonly available in two types: steel structure and steel-concrete structure. The high-precision weighing sensor is the core component of the electronic weighbridge, responsible for converting weight values into corresponding measurable electrical signals. Its quality directly affects the overall performance of the electronic weighbridge. The weighing indicator measures the electrical signals transmitted by the sensor, processes them through dedicated software to display weight readings, and then further transmits the data to a printer, large screen display, and computer management system.
Logistics weighbridge scales, with printing scales. This model of weighbridge features high-precision weighing sensors that can be configured for intelligent weighing display, including zeroing, tare, zero-point tracking, display of gross weight, net weight, tare weight, print date, vehicle, product name, and weight. It also offers the option to connect a microcomputer management system and a large-screen display, as per customer requirements. The convenience brought by the weighbridge during use is quite evident, and with its wide weighing range, it is widely used in many places. Currently, there are many types of weighbridges on the market, with the 3-ton model being particularly popular due to its moderate load-bearing range and broader application areas.
Key Features: △Engineered ABS plastic housing for enhanced durability. O 6-digit 0.8-inch ultra-bright LED display, capable of displaying the sensor's millivolt signal, convenient for detecting and monitoring sensors. △Digital filtering from level 1 to 4 combined with the T3.0 version stable program ensures quick and stable weighing. O Long line compensation for sensors, allowing for longer sensor bus. O Excellent A/D conversion, replacing the meter does not require re-calibration. △Range setting combined with overload protection consultation, preventing users from overloading the scale.
Although it can still be used for several hours, this will have an adverse effect on battery life (cumulative effective working time). 3. Regular charging can extend battery life; it is recommended to charge at least once per week, and even if not in use for a long time, charging should not be less than once per month. Use the charger according to specifications to avoid damage. This system can also automatically generate Excel reports from metering data as needed, and transmit them to the department's computers automatically. Below, the editor will provide a detailed introduction to the design of the unattended electronic truck scale weighing system: The unattended electronic truck scale weighing system can automatically complete the weighing process. First, each car is equipped with an electronic card. Before the car arrives at the unattended electronic truck scale, the system detects the arrival of the car and automatically inputs it into the computer without error. After the computer confirms, the barrier is automatically raised to allow the car to drive onto the unattended truck scale for weighing and photo-taking, and the weighing process is completed.
Unattended weighing systems consist of an automatic ground scale weighing system, an automatic identification system (or RFID reader), an LED large-screen command system (or voice system), a monitoring system, a mobile SMS notification system for abnormal conditions, traffic light indicator system, infrared prevention system, barrier gate control system, and a remote inquiry system. With the advancement of technology, businesses demand increasing precision in weighing and long-term stability. Analog car scales, which once sent signals from weight sensors (sensors) in the form of analog signals at the millivolt level, now transfer these signals to a data processing center for collection and processing of the goods.
The激励voltage is sourced from the bridge voltage of the display meter. Generally, the analog signal at the millivolt level, which is transmitted over a distance of 20 to 30 meters via wiring, and in some cases even longer, is affected by changes in temperature, humidity, and electromagnetic interference during transmission. This leads to discrepancies between the signal sent to the instrument's data processing center, resulting in inaccurate, unreliable, and unstable weighing data. Manual adjustments solely relying on mechanical potentiometers for partial load tuning of the analog electronic truck scale cannot guarantee accuracy. In everyday use, changes in the mechanical potentiometer, due to factors like solid vibrations and temperature, are difficult to ensure long-term stable weighing data.
