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Phaeton Load Cell Sensor 611E 01 200KG Weighing Aluminum Alloy

₹125.00 (Inclusive of all taxes)
Out of Stock

The Phaeton 611E is a 200 kg capacity aluminum alloy load cell sensor designed for industrial weighing and force measurement applications. It features a 1.2±0.2mV/V output sensitivity and a compact, screw-fastened design for easy integration into scales, platforms, and process control systems.

Features

  • 200 kg (approx. 440 lbf) rated capacity for robust industrial weighing.
  • High output sensitivity of 1.2±0.2mV/V ensures precise signal generation.
  • Compact aluminum alloy construction (58x20x12mm) for space-constrained installations.
  • Screw-fastened mounting design provides secure and stable mechanical attachment.
  • Standard 4-wire (Red, Green, Black, White) configuration for straightforward connection to instrumentation amplifiers.

Out of stock

Description

The Phaeton 611E load cell is a precision strain gauge-based transducer engineered for accurate force and weight measurement up to 200 kg. Its aluminum alloy body provides a high strength-to-weight ratio and excellent resistance to deformation under load, ensuring long-term measurement stability and repeatability.

The sensor operates on the Wheatstone bridge principle, where applied force induces a proportional change in electrical resistance, output as a millivolt-per-volt (mV/V) signal. This low-level analog output requires connection to a compatible signal conditioner or instrumentation amplifier for precise digitization and integration into PLCs, data loggers, or custom microcontroller-based systems like those using Arduino or Raspberry Pi with HX711 modules.

Key Features

  • High-Capacity Aluminum Alloy Build: Engineered for durability and consistent performance under repeated 200 kg loads.
  • Optimized Signal Output: 1.2±0.2mV/V sensitivity provides a strong, measurable signal for accurate weight interpretation.
  • Stable Electrical Characteristics: Output impedance of 1000±10 ohms ensures compatibility with standard signal conditioning circuits.
  • Robust Mechanical Design: Screw-fastened construction allows for secure mounting, minimizing measurement error from mechanical play.
  • Compact Form Factor: Dimensions of 58mm x 20mm x 12mm enable integration into tight spaces within machinery or custom enclosures.
  • Standardized Wiring: Color-coded leads (Red: Excitation+, Green: Excitation-, Black: Signal+, White: Signal-) simplify installation and reduce wiring errors.

Applications

  • Industrial bench scales and platform scales for parts counting or batch weighing.
  • Force monitoring in process control systems, such as press fit or assembly verification.
  • Overload protection and load sensing in material handling equipment and hoppers.
  • Educational and prototyping projects for building electronic scales with Arduino or Raspberry Pi.
  • Tension and compression force measurement in test stands and mechanical rigs.

Technical Specifications

Model Number611E
Rated Capacity200 kg
Output Sensitivity1.2 ± 0.2 mV/V
Output Impedance1000 ± 10 Ω
MaterialAluminum Alloy
Dimensions (L x W x H)58 x 20 x 12 mm
Wiring Configuration4-Wire (Red: Excitation+, Green: Excitation-, Black: Signal+, White: Signal-)
Mounting TypeScrew-Fastened
Primary ApplicationWeighing, Force Measurement

Frequently Asked Questions

What is the recommended excitation voltage for this 611E load cell?

The load cell is designed for a standard excitation voltage of 5V or 10V DC. Applying a voltage within this range ensures the output sensitivity (1.2mV/V) is correctly realized. Exceeding the maximum recommended voltage (typically 15V) can cause overheating and damage the internal strain gauges.

How do I connect this 4-wire load cell to a microcontroller like an Arduino?

You cannot connect the load cell directly to a microcontroller's analog pin. The millivolt-level signal must first be amplified by a dedicated instrumentation amplifier module, such as an HX711. Connect the load cell wires (Red: E+, Green: E-, Black: S+, White: S-) to the corresponding terminals on the HX711, then interface the HX711's digital output to the Arduino via its clock and data pins.

Can multiple 611E load cells be used together in a weighing system?

Yes, multiple load cells can be used in parallel for larger platforms, typically in a summing circuit configuration. For precise summation, they should be connected to a junction box that balances the signals before feeding into a single amplifier. Ensure all cells are identical (same model and capacity) and mounted on a level, rigid platform to distribute the load evenly.

What is the significance of the 1.2±0.2mV/V sensitivity rating?

This rating indicates the sensor's output signal strength per volt of excitation. With a 10V excitation, the full-scale output will be approximately 12mV ± 2mV when the 200 kg load is applied. This parameter is critical for calibrating your amplifier or readout device to convert the millivolt signal into an accurate weight or force reading.

Package Includes

  • 1 x Phaeton 611E 200 kg Load Cell Sensor

Additional Information

Weight 0.05 kg
Dimensions 5.8 × 2 × 1.2 cm