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Stellar Technology

PNC7xx series

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Stellar Technology PNC700 Series

General purpose, high accuracy pancake tension and compression load cell
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC710 Series

General purpose, high accuracy pancake tension and compression load cell
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC720 Series

General purpose, high accuracy pancake tension and compression load cell
Hysteresis of 0.08% FSO
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC770 Series

Low profile, lightweight and precise pancake load cell
Low off-axis sensitivity
Barometric compensation
Shock and vibration resistant
Compact size with integral base with integral cable
Life cycle of 10 million
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC772 Series

Low profile, lightweight and precise pancake load cell
Low off-axis sensitivity
Barometric compensation
Shock and vibration resistant
Compact size with integral base and bolt-on flange electrical connector
Life cycle of 10 million
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO