Different HMD2004RTN ring torsion load cell versions are available for a wide range of maximum capacities (up to 470 tons) and feature very low height.
Product Details
Description
HMD2004RTN RING TORSION LOAD CELLS: PRECISE WEIGHING UP TO 470 TONS
Different HMD2004RTN ring torsion load cell versions are available for a wide range of maximum capacities (up to 470 tons) and feature very low height. They are well-suited for any type of container weighing task as well as for large platform scales. Typical applications include the construction of truck scales. Unlike other load cells of this type, HMD2004RTN load cells – due to the use of unique ring-shaped strain gauges – significantly minimize the effects of transverse and lateral loads.
● Maximum capacity: 1 t to 470 t
● High precision and high signal-to-noise ratio, due to the 2.85 mV/V output signal
● Wide temperature range from -30 °C to +80 °C (optionally up to +110 °C)
● Resistance to chemicals
● Large cable cross-section for low temperature influence
● Very low height
● Different cable lengths and cable types available
● Also available as a complete weighing module, for easy mechanical integratio
Drawing
Specifications
MODEL
HMD2004RTN
COMPREHENSIVE ERROR
0.02
0.03
0.05
OUTPUT SENSITIVITY mV/V
2.85±0.25%
NONLINEARITY %F.S.
±0.02
±0.03
±0.05
REPEATABILITY %F.S.
0.02
0.02
0.03
HYSTERESIS %F.S.
±0.02
±0.03
±0.05
CREEP (30min) %F.S.
±0.02
±0.03
±0.05
TEMP. EFFECT ON ZERO %F.S/10℃
≤0.002
≤0.003
≤0.005
TEMP. EFFECT ON OUTPUT %F.S/10℃
≤0.002
≤0.003
≤0.005
ZERO OUTPUT mV/V /%FS
±1
±1
±2
INPUT RESISTANCE Ω
4480±50
OUTPUT RESISTANCE Ω
4010±10
INSULATION RESISTANCE MΩ
≥5000
≥2000
EXCITATION VOLTAGE V(DC/AC)
5~12
OPERATION TEMP. RANGE ℃
-10~+80
OVERLOAD CAPACITY %F.S.
150
CAPACITY
1~470t
IP67
Model HMD2004-RTN loadcell has good sealing and stability. It has remarkable characteristics of resisting side direction force and impulsive force. Natural frequency is high, and the ability of anti-vibiration is good.It is widely applied to hopper balance,track scale and truck scale etc..