Structural Composition:
Weight Measuring Instrument
Instrumental Comprehensive Error: <0.02%
Tool
Sensor Input Ports: Capable of connecting 6 x 350Ω sensors, with a sensitivity requirement of above 1.5 mV/V.
3. Weighing Instrument: Features a reliable 32-bit ARM CPU for fast operation.
4. Wide voltage design: 85V-260V, 50Hz
5. 24-bit ADC sampling module with a speed of 240 samples/second. Features include bilingual menu display, 6 digital inputs, 2 analog inputs, and 2 analog outputs. Large LCD screen display, standard RS485 interface (Modbus protocol) for full integration with DCS networking.
Speed Sensor or Encoder
1. Speed sensor's speed input terminal is enhanced with a pulse shaping circuit, which allows for more accurate and stable speed measurement results.
2. 8030-1024 photoelectric encoder with 0 30 axis bore tail bushing direct connection, good concentricity, and long service life. Strong anti-interference capability.
Section 3: Weighing Sensor
Utilizing high-sensitivity 2mv+ weighing sensors with temperature compensation, suitable for environments from -30°C to -60°C. No drift, stable operation, and high precision.
Four: Excellent Variable Frequency Inverter
Utilizing top-tier domestic or international brands, high-performance vector control technology with a wide speed regulation range, precise speed control, and strong overload capacity, fully meeting the requirements for quantitative batching control.
Body Features
1. Weighing stand
The weighing body is made from a single 5mm cold-rolled steel sheet, bent into a C-shaped frame structure, offering high strength, stable structure, and resistance to deformation.
2. Transmission System:
Transmission unit (motor reducer) selects SEW or SBD Schenck special-purpose reducer, installed in an axis-hole suspended direct-drive manner, driven directly by the driving roller to operate the belt vibration-free and smoothly.
3. Guidance and automatic offset correction device:
During belt operation, if an external force causes the belt to deviate to one side, the weighing body alignment device will automatically use the lever to push the counterweight mechanism, applying a reverse force to automatically reset the belt.
4. Automatic Tensioning Adjustment Device
Adjust the tension of the driven auger's tensioning screw to regulate the tension of the conveyor belt's belt, maintain a constant tension on the conveyor belt, and prevent the belt from slipping and deviating by using guide roller blocks and an automatic alignment device.
5. The main roller and driven roller of the weighing body feature a unique barrel-shaped structure, effectively preventing belt misalignment. Both the main roller and driven roller are treated with rubber coating, effectively preventing belt slippage.
6. All bearings of the belt scale are imported, offering waterproof, sturdy sealing, and durability. Fully adaptable to harsh environments, with a long service life.
7. The feeding port is equipped with a material flow shaping plate for easy adjustment of the material layer thickness.
8. The belt and drum are equipped with an apple-shaped cleaning brush and a belt rubber scraper, which can remove adhered materials from the belt at any time, ensuring the weighing body's measurement accuracy and zero point stability. 9. The weighing body is fitted with (emergency stop) switches on both sides, connected to the controller, allowing for immediate power-off and parking on-site, making maintenance and safety more convenient. 10. It features a reducer motor and an automatic cleaning function for the scraper chain, effectively overcoming the problem of material accumulation.
Product Actual Photos:
Technical Specifications: (Customizable as Required)
Engineering Case Studies:
