HIGH PRECISION PRESSURE TRANSMITTERS
Description
Fairchild Industrial Products’ new rugged precision P/I pressure transmitters are designed for use in either pneumatic or hydraulic systems in the toughest environments man or Mother Nature can dish out. The TD8600 series offers 0.5% accuracy in a rugged machined stainless steel, laser welded, hermetically sealed housing. It is designed for harsh applications such as Tire Manufacturing, Pulp & Paper, Test Equipment and Factory Automation.
For applications requiring higher accuracy, Fairchild’s new TA8800 series offers 0.2% or better accuracy in a similar Stainless Steel housing, with a wide variety of available options such as special electrical connectors, optional pressure ports, temperature compensation and exotic wetted materials. The TA8800 has become widely accepted for Oil & Gas Applications, as it carries full approval from FM, CSA, ATEX and other organizations. Fairchild delivers high performance in our compact pressure transmitters to meet your application needs.
For applications requiring higher accuracy, Fairchild’s new TA8800 series offers 0.2% or better accuracy in a similar Stainless Steel housing, with a wide variety of available options such as special electrical connectors, optional pressure ports, temperature compensation and exotic wetted materials. The TA8800 has become widely accepted for Oil & Gas Applications, as it carries full approval from FM, CSA, ATEX and other organizations. Fairchild delivers high performance in our compact pressure transmitters to meet your application needs.
Specs
• Non-linearity (Best Fit Straight Line) - ≤ ± 0.5% FSO • Hysteresis and repeatability - ≤ ± 0.3% FSO • Full Scale Output (FSO) - TD8501: 5 VDC ± 3% @ 70°F (21°C); TD8502: 16 mA ± 3% @ 70°F (21°C) • Long Term Stability - ≤ ± 0.5% FSO per 6 months • Compensated Temperature Range - 70°F to 170°F (21°C to 76°C) • Maximum Operating Temperature Range - 200°F (93°C) Process • Minimum Operating Temperature Range - -20°F (-28°C) • Non-Operating Temperature Range - -60°F to +250°F (-51°C to 121°C) • Thermal Effect on Zero - ≤ ± 3% FSO per 100°F (37°C) typical • Thermal Effect on Span - ≤ ± 2% FSO per 100°F (37°C) typical