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MV-WI0010 Large-Display Weighing Indicator
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MV-WI0010 Large-Display Weighing Indicator

MV-WI0010 Large-Display Weighing Indicator

Brand: METRAVON

Model: MV-WI0010

Output: RS232, USB, Bluetooth, Zigbee

Power Supply: AC110~220V 50/60Hz or built-in lead-acid battery 6V4Ah (optional lithium battery DC6V/6Ah)

Ingress Protection: Working temperature -10℃~ +40℃

Measuring Range: -6mV ~ 19.5mV; 6-digit 50mm high-brightness LED or LCD with backlight; display 15,000 internal code 1,000,000

Description: MV-WI0010 large display weighing indicator focuses on checking the sensor driving capability, input signal, working power supply and communication and control interface. View technical parameters, applicable scenarios, selection procedures, installation and commissioning suggestions, ordering instructions and 10 frequently asked questions.

Product Details

Key points for selection

First check the sensor driving capability and input signal, and then confirm the RS232, USB, Bluetooth, Zigbee, AC110 ~ 220V 50/60Hz or built-in lead-acid battery 6V4Ah (optional lithium battery DC6V/6Ah) and display and control requirements.

Product overview

MV-WI0010 is a large display weighing indicator. The page is organized based on this single product information page and is used for procurement preliminary selection, replacement verification and project interface confirmation. Display 6-digit 50mm high-brightness LED or LCD with backlight; accuracy class III; AD conversion Σ-△ conversion method, 24bit; input signal range -6mV ~ 19.5mV; resolution display 15,000 internal code 1,000,000; minimum resolution 1μV/e; bridge voltage 5V DC; sensor interface 1 ~ 4 only 350Ω Analog sensor; working power supply AC110 ~ 220V 50/60Hz or built-in lead-acid battery 6.

Applicable scenarios and purchasing value

Used for display, calibration and data output of bench scales, platform scales, hopper scales, batching or weighing equipment. Interfaces, driver capabilities, display resolution and power supply methods will directly affect system integration and later expansion.

This page is organized according to a single product. The parameters and pictures are from the corresponding information page of the product and are not spliced with other models. Items with unclear information will be marked as order confirmation items.

Technical parameters

show6-digit 50mm bright LED or LCD with backlight
accuracy class
AD conversionΣ-△ conversion method, 24bit
Input signal range-6mV ~ 19.5mV
resolutionDisplay 15,000 code 1,000,000
minimum resolution1μV/e
supply bridge voltage5V DC
sensor interface1 to 4 350Ω analog sensors
Working power supplyAC110~220V 50/60Hz or built-in lead-acid battery 6V4Ah (optional lithium battery DC6V/6Ah)
Usage environmentWorking temperature -10℃~ +40℃
relative humidity≤ 85%RH
Battery life100 hours (continuous operation, load 4 350Ω analog sensors)

Selection steps

  1. Identify the number of sensors, impedance, wire system and input signal
  2. Determine display graduations, refresh speeds and control tasks
  3. Matching power, communication, analog, relay and printing interfaces
  4. Check installation openings, enclosure and site temperature and humidity
  5. Agree on calibration, communication protocol and acceptance items

Installation and commissioning suggestions

  • Sensor lines and power lines are laid separately
  • The shielding layer is single-ended or grounded according to the system plan or in a specified manner.
  • Back up the calibration parameters first and then adjust them
  • Test communications, alarms and power outage recovery item by item

FAQ

What interfaces does MV-WI0010 support?

The interfaces or outputs summarized on this page are RS232, USB, Bluetooth, and Zigbee. Some of these functions may be optional and should be confirmed item by item when making an inquiry.

How many load cells can be connected?

It should be based on the driving capability and bridge impedance. The relevant parameters in this model information are: confirm according to the specific version.

How to choose working power supply?

The power supply conditions marked in the data are AC110 ~ 220V 50/60Hz or built-in lead-acid battery 6V4Ah (optional lithium battery DC6V/6Ah). The site should also confirm requirements for grounding, battery backup, and data retention after a power outage.

How to choose between RS232, RS485 and 4~20mA?

RS232 is suitable for short-range point-to-point, RS485 is suitable for multi-point and long distance, and 4~20mA is easy to access the analog system; it is finally determined according to the PLC, DCS or host computer interface.

Is the display resolution equal to the system accuracy?

Not equal to. The system accuracy is also affected by the sensor, mechanical structure, calibration weight, eccentric load, temperature drift and installation. The number of display digits cannot alone be used as an accuracy promise.

Can it be used for batching or weight control?

It is necessary to confirm the relay, switching value, control logic, refresh speed and failure status. Only weight display does not mean complete control function.

Can the wireless communication distance directly copy the sample value?

No. The sample distance is usually based on specific conditions. Metal obstruction, co-channel interference, installation height and antenna position will all affect the on-site effect.

What parameters need to be checked when replacing old instruments?

Check the sensor wire system, excitation voltage, input signal, driver quantity, opening size, power supply, serial port protocol and calibration data.

How to carry out arrival and commissioning acceptance?

Check the model and interface, and complete no-load, standard load, eccentric load, communication, alarm, power-off recovery and printing or data upload tests.

What is needed for the request for quotations?

Provide the number and impedance of sensors, range and graduation value, power supply, display mode, output interface, number of control points, installation method and explosion-proof or waterproof requirements.

Ordering instructions

When ordering, please indicate the sensor quantity and impedance, range and graduation value, power supply, display, communication/analog/relay, printing, installation method and explosion-proof and waterproof requirements; interfaces marked as optional must be written into the order.