Load Cells for Special Applications
X-Y Force - Model 6443
Complete two-component system, including flexures, provides unusual structure strength & to minimize crosstalk between the two transducers.
Honeywell’s X-Y force sensor is constructed of two strain gauge bridges mounted at 90° and isolated by a flexure system. The complete, two-component system, including flexures, is machined from one specially-prepared metal billet to provide unusual structure strength and to minimize crosstalk between the two transducers.
This unique sensor has excellent linearity characteristics and maximum structure life. Need additional modifications or a custom design? Contact us for a quote.
Features
- Compact size
- 0.1 % linearity and hysteresis, respectively
- Simultaneous dual-axis readings
- Minimal crosstalk
Others
- Non-linearity
- ±0.10 % of full scale
- Order Code
- 6443-106-500/1.5K,1AD,2U,6AC,15B
- 6443-123-1.325K/6.6K,1AD,2U,6AC,15B
- 6443-105-500/2K,1AD,2U,6AC,15B
- 6443-500/1K,1AD,2U,6AC,15B
- Temperature (Compensated)
- 21°C to 77°C [70°F to 170°F]
- Approvals
- CE (unamplified)
- Electrical Termination (std.)
- MS3102E-14S-5P (x2)
- Operation
- Tension/Compression
- Range
- 1.325K lb and 6.6K lb
- 500 lb and 2,000 lb
- 500 lb & 1,000 lb
- 500 lb & 1,500 lb
- Temperature Effect (Span)
- 0.002 % of reading/°F
- Repeatability
- ±0.05 % of full scale
- Accuracy
- ±0.15 % full scale
- Temperature Effect (Zero)
- ±0.002 % full scale/°F
- Output
- 2 mV/V (nominal)
- Series Name
- Model 6443
- Case Material
- Nickle Plated Carbon Steel
- Mating Connector
- MS3106E-14S-5S
- Hysteresis
- ±0.10 % of full scale
- Temperature (Operating)
- -54°C to 93°C [-65°F to 200°F]
Others
- Non-linearity
- ±0.10 % of full scale
- Order Code
- 6443-106-500/1.5K,1AD,2U,6AC,15B
- 6443-123-1.325K/6.6K,1AD,2U,6AC,15B
- 6443-105-500/2K,1AD,2U,6AC,15B
- 6443-500/1K,1AD,2U,6AC,15B
- Temperature (Compensated)
- 21°C to 77°C [70°F to 170°F]
- Approvals
- CE (unamplified)
- Electrical Termination (std.)
- MS3102E-14S-5P (x2)
- Operation
- Tension/Compression
- Range
- 1.325K lb and 6.6K lb
- 500 lb and 2,000 lb
- 500 lb & 1,000 lb
- 500 lb & 1,500 lb
- Temperature Effect (Span)
- 0.002 % of reading/°F
- Repeatability
- ±0.05 % of full scale
- Accuracy
- ±0.15 % full scale
- Temperature Effect (Zero)
- ±0.002 % full scale/°F
- Output
- 2 mV/V (nominal)
- Series Name
- Model 6443
- Case Material
- Nickle Plated Carbon Steel
- Mating Connector
- MS3106E-14S-5S
- Hysteresis
- ±0.10 % of full scale
- Temperature (Operating)
- -54°C to 93°C [-65°F to 200°F]
- Non-linearity : ±0.10 % of full scale
- Order Code : 6443-106-500/1.5K,1AD,2U,6AC,15B|6443-123-1.325K/6.6K,1AD,2U,6AC,15B|6443-105-500/2K,1AD,2U,6AC,15B|6443-500/1K,1AD,2U,6AC,15B
- Temperature (Compensated) : 21°C to 77°C [70°F to 170°F]
- Approvals : CE (unamplified)
- Electrical Termination (std.) : MS3102E-14S-5P (x2)
- Operation : Tension/Compression
- Range : 1.325K lb and 6.6K lb|500 lb and 2,000 lb|500 lb & 1,000 lb|500 lb & 1,500 lb
- Temperature Effect (Span) : 0.002 % of reading/°F
- Repeatability : ±0.05 % of full scale
- Accuracy : ±0.15 % full scale
- Temperature Effect (Zero) : ±0.002 % full scale/°F
- Output : 2 mV/V (nominal)
- Series Name : Model 6443
- Case Material : Nickle Plated Carbon Steel
- Mating Connector : MS3106E-14S-5S
- Hysteresis : ±0.10 % of full scale
- Temperature (Operating) : -54°C to 93°C [-65°F to 200°F]
Data Sheet
Name
Description
File Size
Date
Size
Test & MeasurementLoad Accessories Datasheet
519.98 KB
9/11/2020
PDF 519.98 KB
Model 6443 X-Y Force Sensor Datasheet
302.76 KB
9/11/2020
PDF 302.76 KB
Brochure
Name
Description
File Size
Date
Size
Technical Note
Name
Description
File Size
Date
Size
Application Note
Name
Description
File Size
Date
Size
Tire Uniformity Machines for Tire Manufacturing
1.51 MB
9/11/2020
PDF 1.51 MB
Name
Description
File Size
Date
Size
Test & MeasurementLoad Accessories Datasheet
519.98 KB
9/11/2020
PDF 519.98 KB
Model 6443 X-Y Force Sensor Datasheet
302.76 KB
9/11/2020
PDF 302.76 KB
Tire Uniformity Machines for Tire Manufacturing
1.51 MB
9/11/2020
PDF 1.51 MB