Overview
The MK823 is a miniature load cell that delivers high sensitivity, accuracy and stable output from a very small, lightweight housing. Its low-power, dependable design is easy to build into finished equipment and tolerant of changing environments, which makes it a practical choice for precision force and weight measurement where there is little room to spare.
Key Features
- Small, lightweight and easy to integrate
- High sensitivity and accuracy
- Low-power, high-reliability design
- Strong environmental tolerance
- High accuracy (±0.5%F.S / ±0.5%F.S) for precise measurement
- Stainless Steel elastic element for durability and corrosion resistance
Applications
Medical devices, robotics, consumer electronics and machinery, plus industrial production and smart-home products with embedded force sensing.
| Technical Parameters | |||
|---|---|---|---|
| Rated capacity | 0~5 10 20 30 50kg | Output sensitivity | 1.0–1.5mV/V |
| Temperature compensated range | -10°C~40°C | Nonlinearity / Repeatability | ±0.5%F.S / ±0.5%F.S |
| Operating temperature range | -20°C~60°C | Hysteresis | ±0.5%F.S |
| Temperature Effect on Output | <0.10%F.S/10°C | Creep (30 min) | ±0.1%F.S/30min |
| Temperature Effect on Zero | <0.10%F.S/10°C | Zero balance | ≤±2.0%F.S |
| Input impedance | 350±10Ω | Recommended excitation voltage | 3~5V DC |
| Output impedance | 350±5Ω | Safe overload | 120%F.S |
| Insulation resistance | ≥5000MΩ / 100VDC | Limit overload | – |
| Material | Stainless Steel | Cable connection | Red: power + (E+), Black: power – (E-); Green: signal + (S+), White: signal – (S-) |
Dimension Drawing
Frequently Asked Questions
What are the typical applications of the MK823?
Medical devices, robotics, consumer electronics and machinery, plus industrial production and smart-home products with embedded force sensing.
Which indicator, transmitter or system works with the MK823?
It outputs a standard mV/V strain signal, so it connects to most weighing indicators and transmitters — including those in our Sensor Accessories range.
