S & Z Beam Style Load Cells
Model 151
S-type/z-beam load cells. Capacities of 5 N to 50K N. ±0.03% full-scale accuracy. Alloy steel case
Honeywell Models 151/152 S-Beam Load Cells combine compact structure with enhanced precision and rigorous testing to form a reliable and durable tension and compression force transducer. The one-piece design achieves an accuracy of ±0.03 % full scale. The lower capacity (50 N and 100 N) Models 152 (Order Code CA152) are constructed from aluminum: whereas higher capacity load cells Models 151 (250 N to 50K N) are made with alloy steel (Order Code CA151). Models 151/152 load cells help keep equipment and specimens safe, as well as minimize test time and maintenance through reliable force measurement.
Value to Customers
- Wide capacity range: 50 N to 50K N
- Standard accuracy of ±0.03 %FS
- 5-points calibration in tension and compression
Differentiators
- Tension and compression calibration
- 5-points calibration data
- Mechanical shock tested 50 g peak to IEC 60068-2-27
- Vibration tested to IEC 60068-2-6
Others
- Non-linearity
- ±0.03 %FS typ.
- Order Code
- CA151MY,1BB,2U,6E,9A,30B
- CA151ZN,1BB,2U,6E,9A,30B
- CA151NL,1BB,2U,6E,9A,30B
- CA151MQ,1BB,2U,6E,9A,30B
- CA151MS,1BB,2U,6E,9A,30B
- CA151MR,1BB,2U,6E,9A,30B
- CA151MN,1BB,2U,6E,9A,30B
- CA151MO,1BB,2U,6E,9A,30B
- CA151MT,1BB,2U,6E,9A,30B
- Temperature (Compensated)
- -10°C to 40°C [14°F to 104°F]
- Electrical Termination (std.)
- Integral cable (PVC), 1,5 m [4.92 ft]
- Operation
- Tension/Compression
- Range
- 5000 N
- 500 N
- 1000 N
- 20K N
- 10K N
- 50K N
- 250 N
- 2000 N
- 30K N
- Temperature Effect (Span)
- 0.003 % of reading/°C
- Accuracy
- ±0.03 % full scale
- Temperature Effect (Zero)
- 0.003 % of full scale/°C
- Output
- 2 mV/V (nominal)
- Series Name
- Model 151
- Case Material
- Alloy steel
- Hysteresis
- ±0.03 %FS typ.
- Temperature (Operating)
- -20°C to 80°C [-4°F to 176°F]
Others
- Non-linearity
- ±0.03 %FS typ.
- Order Code
- CA151MY,1BB,2U,6E,9A,30B
- CA151ZN,1BB,2U,6E,9A,30B
- CA151NL,1BB,2U,6E,9A,30B
- CA151MQ,1BB,2U,6E,9A,30B
- CA151MS,1BB,2U,6E,9A,30B
- CA151MR,1BB,2U,6E,9A,30B
- CA151MN,1BB,2U,6E,9A,30B
- CA151MO,1BB,2U,6E,9A,30B
- CA151MT,1BB,2U,6E,9A,30B
- Temperature (Compensated)
- -10°C to 40°C [14°F to 104°F]
- Electrical Termination (std.)
- Integral cable (PVC), 1,5 m [4.92 ft]
- Operation
- Tension/Compression
- Range
- 5000 N
- 500 N
- 1000 N
- 20K N
- 10K N
- 50K N
- 250 N
- 2000 N
- 30K N
- Temperature Effect (Span)
- 0.003 % of reading/°C
- Accuracy
- ±0.03 % full scale
- Temperature Effect (Zero)
- 0.003 % of full scale/°C
- Output
- 2 mV/V (nominal)
- Series Name
- Model 151
- Case Material
- Alloy steel
- Hysteresis
- ±0.03 %FS typ.
- Temperature (Operating)
- -20°C to 80°C [-4°F to 176°F]
- Non-linearity : ±0.03 %FS typ.
- Order Code : CA151MY,1BB,2U,6E,9A,30B|CA151ZN,1BB,2U,6E,9A,30B|CA151NL,1BB,2U,6E,9A,30B|CA151MQ,1BB,2U,6E,9A,30B|CA151MS,1BB,2U,6E,9A,30B|CA151MR,1BB,2U,6E,9A,30B|CA151MN,1BB,2U,6E,9A,30B|CA151MO,1BB,2U,6E,9A,30B|CA151MT,1BB,2U,6E,9A,30B
- Temperature (Compensated) : -10°C to 40°C [14°F to 104°F]
- Electrical Termination (std.) : Integral cable (PVC), 1,5 m [4.92 ft]
- Operation : Tension/Compression
- Range : 5000 N|500 N|1000 N|20K N|10K N|50K N|250 N|2000 N|30K N
- Temperature Effect (Span) : 0.003 % of reading/°C
- Accuracy : ±0.03 % full scale
- Temperature Effect (Zero) : 0.003 % of full scale/°C
- Output : 2 mV/V (nominal)
- Series Name : Model 151
- Case Material : Alloy steel
- Hysteresis : ±0.03 %FS typ.
- Temperature (Operating) : -20°C to 80°C [-4°F to 176°F]
Data Sheet
Name
Description
File Size
Date
Size
Test & MeasurementLoad Accessories Datasheet
519.98 KB
9/11/2020
PDF 519.98 KB
Test & MeasurementModel 151/152: Tension & Compression S-Beam Load Cells Datasheet
348.78 KB
9/11/2020
PDF 348.78 KB
Brochure
Name
Description
File Size
Date
Size
Name
Description
File Size
Date
Size
Test & MeasurementLoad Accessories Datasheet
519.98 KB
9/11/2020
PDF 519.98 KB
Test & MeasurementModel 151/152: Tension & Compression S-Beam Load Cells Datasheet
348.78 KB
9/11/2020
PDF 348.78 KB