UICYXOR DSDW-004

Contents

UICYXOR DSDW-004 Multidirection Three Axis Force Sensor / Load Cell User Manual

Model: DSDW-004 | Brand: UICYXOR

1. Product Information

Product Name: Pressure Sensor & Load Cell

Model: DSDW-004

Batch/Serial Number: DY202501019001

The DSDW-004 is a multidirectional force sensor designed for precise measurement of forces along three axes (Fx, Fy, Fz). It functions as a 6-axis load cell, available in various capacities up to 100kg (1000N).

Product overview video demonstrating the force sensor.

2. Manufacturer & EU Representative Information

Manufacturer: Beng Bu Da Yang Sensing System Engineering Co., Ltd, D3-2, 258 Tebu Street, Bengbu City, Anhui Province, Bangbu Anhui Province, 86-13855277587

EU Authorized Representative: SUCCESS COURIER SLES-CALLE RIO TORMES NUM. 1, PLANTA 1, DERECHA, OFICINA 3, Fuenlabrada, Madrid, 28947 Spain

Email: successservice2@hotmail.com

3. Safety & Warnings

Important Safety Information

Read all instructions before use. Failure to follow these instructions may result in damage to the product or personal injury.

  • Do not use this product for purposes other than its intended use.
  • It is strictly prohibited to use beyond the specified range; even short-term overvoltage may permanently damage sensitive components.
  • Prohibit water hammer and air hammer impact: buffers or damping joints should be installed in the pipeline.
  • High temperature media require the installation of heat dissipation bends or condensation rings to prevent heat transfer to the electronic compartment.
  • Regularly check the sealing and whether the wiring terminals are loose.
  • In corrosive/viscous media, it is recommended to install isolation membranes or flushing rings.
  • Installation in hazardous areas must comply with local explosion-proof regulations.

4. Setup and Installation

The DSDW-004 sensor is designed for precise force measurement. Proper installation is crucial for accurate readings and longevity.

4.1. Outline Dimensions

Refer to the diagram below for the physical dimensions and mounting points of the sensor. Ensure adequate space and proper alignment for installation.

Outline Dimension diagram of the DSDW-004 force sensor with measurements in millimeters.
Figure 4.1: Outline Dimensions (unit: mm)
Table 4.1: Mounting Screw Specifications
Range (kg) Dimension 'A' (mm) Screw Type 'M'
5-20kg 10 M3
30-100kg 9 M4

4.2. Cable Connection Diagram

The sensor uses a shielded wire for stable signal transmission and strong anti-interference. Connect the wires according to the diagram below.

Cable Connection Diagram for DSDW-004 force sensor, showing EX-, SG-, EX+, SG+ wires and their color coding: Red (Exc+), Green (Sig+), Black (Exc-), White (Sig-).
Figure 4.2: Cable Connection Diagram (DSDW-004)

Wiring Definitions:

  • Red: Exc+ (Excitation +)
  • Green: Sig+ (Signal +)
  • Black: Exc- (Excitation -)
  • White: Sig- (Signal -)

Important Note: This diagram illustrates the pressure wiring method. If the sensor is used for tension measurement, the wiring definitions of the green wire (Sig+) and the white wire (Sig-) should be reversed.

Image showing the shielded wire for anti-interference, highlighting signal stability.
Figure 4.3: Shielded wire for anti-interference, ensuring signal stability.

5. Operating Instructions

The DSDW-004 is a triaxial force sensor utilizing a Wheatstone full-bridge circuit. It directly outputs an analog signal proportional to the force value without requiring complex coupling operations.

5.1. General Usage

The sensor is suitable for a wide range of applications requiring three-dimensional force measurement in confined spaces. This includes, but is not limited to:

  • Robot execution force measurement
  • Grinding force measurement
  • Mechanical simulators
  • Material testing
  • College mechanical experiments

The signal output range is 1.0-1.5mV/V. An optional signal variable transmitter can be used to output standard analog signals (0-5V, 0-10V, or 4-20mA).

Application scenarios showing the force sensor integrated into robotic arms and industrial machinery for various tasks.
Figure 5.1: Application scenarios of the DSDW-004 force sensor.

5.2. Force Diagram

The sensor measures forces along the X, Y, and Z axes (Fx, Fy, Fz) as illustrated in the diagram below.

Force diagram of the multidimensional force sensor, illustrating the directions of Fx, Fy, and Fz forces and dimensions H40mm, W40mm.
Figure 5.2: Force Diagram of the Multidimensional Force Sensor.

6. Maintenance

6.1. Storage

When not in use for a long time, it is recommended to keep the product in its original packaging and seal the interface. Store in a dry environment, free from corrosive gases, at a temperature between -20°C and +70°C.

6.2. General Care

  • Regularly check the sealing and ensure that wiring terminals are secure.
  • If used in corrosive or viscous media, consider installing isolation membranes or flushing rings to protect the sensor.

6.3. Disposal

When the product is scrapped, it should be treated as electronic waste and disposed of according to local regulations. Do not incinerate or bury.

7. Troubleshooting

No specific troubleshooting steps are provided in the product information. If you encounter issues, please refer to the specifications and wiring diagram to ensure correct installation and operation. For further assistance, contact customer support as detailed in the Warranty/Support section.

8. Specifications

The DSDW-004 Multidirection Force Sensor offers high precision and robust construction.

Product Parameter table for the Multidimensional force sensor, listing various electrical and environmental specifications.
Figure 8.1: Detailed Product Parameters
Table 8.1: Multidirection Force Sensor Parameters
Parameter Value (Unit) Parameter Value (Unit)
Output -R.O. 1.0-1.5%mV/V Response frequency 1KHz
Zero point output ±2%F.S. Material Aluminum alloy/alloy steel
Non-linearity 0.3%F.S. Impedance 350Ω
Hysteresis 1.0%F.S. Insulation resistance ≥5000MΩ/100V DC
Repeatability 0.05%F.S. Working Power 5-15V
Creep (30 min) 0.05%F.S. Operating temperature range -20-80℃
Coupling accuracy 0.5%F.S. Safety overload 120%R.C.
Zero temperature drift 0.05%F.S./10℃ Extreme overload 150%R.C.

Additional Product Advantages:

  • High precision
  • Anti-eccentric load
  • Constructed from Aluminum alloy for good thermal conductivity, high strength, and corrosion resistance.
  • Features original imported chip for reliable performance.
  • Stable and durable design.
  • Unique structure supporting custom specifications, precision control for robotic arms, and precision testing.
  • AVIC High Precision Strain Gauge ensures good heat resistance, small creep, small thermal hysteresis, and good long-term stability.
Image highlighting product core advantages with icons for high precision, anti-eccentric load, physical factory, aluminum alloy, original imported chip, and stable and durable.
Figure 8.2: Product Core Advantages.
Image showing an AVIC High Precision Strain Gauge with text describing its properties: good heat resistance, small creep, small thermal hysteresis, good long-term stability.
Figure 8.3: AVIC High Precision Strain Gauge.

9. Warranty & Support

9.1. Quality Guarantee

The product comes with a 12-month quality guarantee. If a quality problem arises within 12 months, you may return it for repair or replacement. This guarantee does not cover man-made damage, improper operation, or issues due to force majeure. The customer is responsible for the shipping cost of returning the product.

9.2. After-Sale Service

After receiving your product, if you have any questions or require assistance, you can contact our after-sale service team via e-mail, WhatsApp, Skype, trade manager, telephone, or WeChat.

For detailed contact information, please refer to the Manufacturer & EU Representative Information section.

10. User Tips

No specific user tips were available from customer reviews or Q&A for this product at this time. Always ensure proper calibration and follow the wiring instructions carefully for optimal performance.

11. Frequently Asked Questions (FAQ)

FAQ section with common questions and answers regarding MOQ, lead time, payment terms, express delivery, quality guarantee, and after-sale service.
Figure 11.1: Frequently Asked Questions.
Q1: What is the MOQ?
If we don't have it in stock, the MOQ is different according to different models. If we have it in stock, we can ship you even 1 pc as sample.
Q2: What is lead time?
If we have it in stock, we can ship it to you within 3-5 working days. If we don't have it in stock, the lead time will be 10-30 days normally.
Q3: What are the payment terms?
T/T, Western Union, Paypal, is acceptable.
Q4: What is the express delivery?
DHL, Fedex, TNT, EMS, UPS etc. We will choose the safe and cheapest way for you to reduce your cost. Economic shipping way: by sea. If you place mass order with us, the shipping way of by sea will be ideal choice.
Q5: What is the quality guarantee?
Quality guarantee: 12 months. If the product has quality problem within 12 months, please return it to us, we will repair it; if we can't repair it successfully, we will give you a new one; but the man-made damage, improper operation and force majeure will be excepted. And you will pay the shipping cost of returning to us, we will pay the shipping cost to you.
Q6: Is there any after-sale service?
After you receive our product, if you have any questions or need any assistance, we can provide you the after-sale service by e-mail, whatsapp, skype, trade manager, telephone and Wechat etc.

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