Special Loadcell AND XY-750L/250L

Special Loadcell AND XY-750L/250L

The Special Loadcell AND XY-750L/250L is a high-accuracy, dual-axis load cell engineered for simultaneous measurement in the X and Y directions. With enhanced durability and minimal axis interference, this sensor is ideal for dynamic testing environments such as tire uniformity systems and mechanical diagnostics requiring multi-directional force analysis.

Features

• Dual-Axis Measurement in One Sensor: Captures forces on both the X (7.5 kN) and Y (2.5 kN) axes simultaneously, simplifying setup and enhancing measurement precision.

• Low Crosstalk Between Axes: Specially designed to minimize mutual interference, ensuring accurate and independent readings for each direction.

• Exceptional Toughness: Constructed for long-term use in high-load applications, withstanding vibration, repeated force, and industrial wear.

• Stable Output Performance: Offers a consistent rated output of 2 mV/V ±1% per axis with high repeatability and low hysteresis.

• Protected from External Elements: IP54-rated to guard against dust and light splashing, suitable for controlled industrial environments.

Specifications

• Model: XY-750L/250L

• Rated Capacity:

  • X-Axis: 750 kg (7.5 kN)

  • Y-Axis: 250 kg (2.5 kN)

• Rated Output: 2 mV/V ±1% (for both axes)

• Non-Linearity: 0.1% of Rated Output

• Hysteresis: 0.05% of Rated Output

• Repeatability: 0.05% of Rated Output

• Zero Balance: ±1% of Rated Output

• Recommended Excitation Voltage: 5 V to 10 V AC/DC

• Maximum Excitation Voltage: 20 V AC/DC

• Bridge Resistance (Input/Output): 350 Ω ±3.5 Ω

• Insulation Resistance: 2000 MΩ (DC 50 V)

• Temperature Range (Compensated & Usable): –10°C to +70°C

• Zero Temperature Effect: 0.05% R.O. per 10°C

• Output Temperature Effect: 0.05% Load per 10°C

• Safe Overload: 150% of Rated Load

• Limit Overload: 200% of Rated Load

• Crosstalk: ≤ 5.0 N

• Natural Frequency: >1 kHz

• Cable: φ7 mm, 4-core shielded, 10 m length with connector

• Protection Rating: IP54

• Tire uniformity and balance testing in automotive production lines

• Multidirectional force monitoring in mechanical engineering and materials testing

• R&D testing platforms requiring vector load analysis

• Automation systems with complex mechanical interactions and feedback control

• Vibration testing equipment needing precise force separation on multiple axes