Vacuum Transducer Absolute Pressure 1000 to 5 x 10-4 mbar The Pirani sensor in the VCP63 works with the patented impulse ramp principle. The VCP63 has an optimized temperature compensation, which leads to higher accuracy and excellent stability. Analog, logarithmic output signal Typical Applications • Analysis instruments • Suitable for corrosive media • Applications with corrosive gases • High reliabilty • Precise push button digital adjustment on zero pressure and atmosphere • Coating plants • Compact design for industrial applications • Logarithmic standard output 2.2 - 8.5 V • Freeze drying • High resolution, also in the rough vacuum range • Chemical engineering • Excellent reproducibility • Easy system integration and connection with PLCs, wide supply voltage range • Safety circuits in vacuum systems and monitoring of fore vacuum • High chemical resistance with platinum rhodium filament • Vacuum centrifuges • Durable, elastic Pirani helix filament • Vacuum ovens • Stable measurements due to optimized temperature compensation • Suitable for UHV applications due to the robust metal sealed stainless steel sensor • Filament protected by a metal screen provides good resistance against oil and solvent vapors • Suitable for Thyracont 2 channel display and control unit VD12 • Rugged, EMI-proof metal housing • Vacuum connection us

Technical Data Product Codes _______________________________________________________________________________________ Measuring Principle Heat conduction (Impulse Pirani), depending on gas type _______________________________________________________________________________________ Materials In Contact With Vacuum Stainless steel 1.4307, nickel, glass, filament: platinum-rhodium _______________________________________________________________________________________ Measurement Range 1000 - 5 x 10-4 mbar (750 - 5 x 10-4 Torr), max. overpressure 4 bar absolute _______________________________________________________________________________________...