No. SS2-GTX00D-0100 Azbil Corporation - 10 - Model GTX40D/41D/42D (Material of wetted parts: Diaphragm; 316L SST, Others; 316 SST) Model GTX40D/41D (Material of wetted parts: Diaphragm; ASTM B575 (Equivalent to Hastelloy C-276), Tantalum, 316L SST Others; ASTM B575 (Equivalent to Hastelloy C-276), Tantalum, 316L SST) *3: Within a range of URV > 0 and LRV > 0. *4: Reference accuracy at calibrated condition. Reference accuracy (*3)(*4) Linear output: ± 0.1% (For {1.4 kgf/cm2}) % (For {1.4 kgf/cm2}) Square-root output: When output is 50 to 100%: same as the linear output When output is 7.1 to 50%: linear output × % When output is less than 7.1%: dropout Ambient Temperature effect (Shift from the set range) Change of 30oC (*3) (Range from -5 to 55oC) Combined shift: (including zero and span shifts) ± 0.41% (For {2.1 kgf/cm2}) % (For {2.1 kgf/cm2}) Static pressure effect (Shift with respect to Setting range) (*3) Change of 7 MPa {70 kgf/cm2} Zero shift: % Combined shift: (including zero and span shifts) ± 0.33% (For {7.1 kgf/cm2}) %(For {7.1 kgf/cm2}) Reference accuracy (*3)(*4) Linear output: ± 0.2%( {1.4 kgf/cm2}) % (For {1.4 kgf/cm2} Square-root output: When output is 50 to 100%: same as the linear output When output is 7.1 to 50%: linear output × % When output is less than 7.1%: dropout Ambient Temperature effect (Shift from the set range) Change of 30oC (*3) (Range from -5 to 55oC) Combined shift: (including zero and span shifts) ± 1.20%( {2.1 kgf/cm2}) % (For {2.1 kgf/cm2}) Static pressure effect (Shift with respect to Setting range) (*3) Change of 7 MPa {70 kgf/cm2} Zero shift: % Combined shift: (including zero and span shifts) % χ . 140kPa 0.025 0.075 140 χ .. + × --------.. ±.. .. χ < 140kPa 50 square . root . output -------------------------------------------------------- χ . 210kPa 0.18 0.23 210 χ .. + × --------.. ±.. .. χ < 210kPa 0.03 0.17 700 χ .. + × --------.. ±.. .. χ . 700kPa 0.03 0.37 700 χ .. + × --------.. ±.. .. χ < 700kPa χ . 140kPa 0.125 0.075 140 χ .. + × --------.. ±.. .. χ < 140kPa 50 square . root . output -------------------------------------------------------- χ . 210kPa 0.55 0.65 210 χ .. + × --------.. ±.. .. χ < 210kPa 0.03 0.295 700 χ .. + × --------.. ±.. .. 0.08 0.495 700 χ .. + × --------.. ±.. ..