Product Name: HADP series high-precision differential pressure transmitter Model: HADP ± 0.14% FS accuracy, NIST certification media: compatible with non-conductive gas coherent Material:. Positive (high) Pressure Port: Gases compatible with SS, hard anodized 6061 aluminum (Buna-N O-ring); Reference (low) Pressure Port:.. Anodized aluminum, alumina ceramics, gold, fluorocarbon elastomer sealant & Buna-N O-ring accuracy: <± 0.14% FS Stability: <± . 0.1% FS over 6 months @ 70 ° F (21 ° C) Pressure limit: See Catalog page temperature limits: Operating: 0 to 175 ° F (-18 to 71 ° C); Storage:. -65 to 250 ° F (-53 to 121 ° C) temperature compensation:. 30 to 150 ° F (-1 to 65 ° C) thermal effects:. <± 1.0% FS / 100 ° F Power:.. 17 to 42 VDC Output: 4 to 20 . mA for current models, 0 to 5 VDC for voltage models full output Zero: Zero output: Factory set to within ± 0.07 mA; Span (FS) output: Factory set to within ± 0.07 mA loop impedance: Minimum supply voltage (. VDC) = 17 + 0.02 x Resistance of receiver plus line; maximum supply voltage (VDC) = 42 + 0.004 x Resistance of receiver plus line zero and span adjustments: None Response time: <5 msec power consumption: <30 mA.... Electrical connection: 2 ft multiconductor cable Process connection:. 1/8 "-27 NPT internal (both positive and negative ports) Mounting direction:. Pressure port 90 ° parallel to ground thermal effects:. Max zero:. ± 1.0 (± 1.8) ;% FS / 100 ° F (100 ° C) max weight:.. 8 oz (227 g) Certification: CE Selection table: Example HADP UV 00 A1 Series HADP-UV-00-A1 High Accuracy Differential Pressure Transmitter,. unidirectional, voltage output, range 0-0.5 "wc, Improved Accuracy ± 0.073%. Series HADP High Accuracy Differential Pressure Transmitter direction UB unidirectional bidirectional output VC Voltage Current limits 00 01 02 03 04 05 06 0,708,091,011,121,314 15 0-0.5 "wc 0-1.0" wc 0-2.5 "wc 0-5.0" wc 0-15 "wc 0-30" wc 0-5 psid 0-10 psid 0- ± 0.25 "wc 0- ± 0.5" wc 0- ± 1 "wc 0- ± 2.5" wc 0- ± 7.5 "wc 0- ± 15" wc 0- ± 2.5 psid 0- ± 5 psid Options A1 T1 Improved Accuracy ± 0.073% Expanded Temperature Range -65 to 250 ° F