■ 제품필수정보

제조사	RS PRO
제조사품명	IPS-G4003-5M12/PRO
간략설명	RS PRO Pressure Sensor, 0bar Min, 400bar Max, Analogue Output, Relative Reading

■ 제품사양

Pressure Reading
타입 = Relative Minimum Pressure Reading = 0bar Maximum Pressure Reading = 400bar Accuracy = ±0.25 % Output
타입 = Analogue Process Connection = G1/4 Electrical Connection = M12 4-pin Maximum Current = 20 mA Supply Voltage = 9 ??32 V dc Housing Material = Stainless Steel
장착형태 = Threaded RS PRO Pressure Sensors. Introducing RS PRO pressure sensors, also known as pressure transmitters. These devices change pressure forces into electrical signals. They are used to measure the pressure of the specific quantity like air, water and gas by changing the pressure into electrical energy. The probe uses a piezo-resistive ceramic sensor, giving excellent media compatibility within a stainless steel housing. Why would choose these types of pressure sensors? Pressure sensors with 0-5 V or 4-20mA outputs are transmitters least affected with electrical noise and resistance in signal wires, perfect technology for long distance transmission. What is the difference between a pressure transmitter and a pressure transducer? Pressure transmitters regularly get confused with a pressure transducer. A pressure sensor with a current loop output such as 4-20 mA is technical a pressure transmitter. If a pressure sensor provides an mV voltage output or a non-amplified output then it ??s a pressure transducer. Characteristics The electronics incorporate a microprocessor-based amplifier, requiring no adjustments and giving stable electronics, especially for industrial applications. The device is temperature compensated and supplied with a traceable serial number. Features and Benefits. Piezo-resistive thick film ceramic sensor Compact and rugged Stainless steel body Accuracy ;±0.25% Output 4-20 mA Pressure rating: -1 to +9 Bar G Threaded mounting BSP 1/ 4 M12 4-pin connector CE Compliant. Material Specifications. Housing: Stainless Steel 316L. O ring seals: Viton. Diaphragm: Ceramic Al ;sub>2 ;/sub> O ;sub>3 ;/sub> 96%. Media wetted parts: Housing ; connection, O ring seal, diaphragm.
무게: 100 g. Installation position: Flexible. Operational Life: >100x 10 ;sub>6 ;/sub> cycles.
단열재 resistance >50 hms at 50 V dc. IP67. RS PRO Range IPS-M12
시리즈 Industrial Pressure Sensor Options. ;I>4-20mA Pressure Sensor Range ;/I>. RS Stock no: ; 175-4983 175-4983 = Pressure Transmitter 0-1barG 4-20mA M12 RS Stock no: ; 175-5001 175-5001 = Pressure Transmitter 0-6barG 4-20mA M12 RS Stock no: ; 175-5003 175-5003 = Pressure Transmitter -1 to +9barG 4-20mA M12 RS Stock no: ; 175-4985 175-4985 = Pressure Transmitter 0-10barG 4-20mA M12 RS Stock no: ; 175-4990 175-4990 = Pressure Transmitter 0-16barG 4-20mA M12 RS Stock no: ; 175-4981 175-4981 = Pressure Transmitter -1 to +24barG 4-20m M12 RS Stock no: ; 175-4992 175-4992 = Pressure Transmitter 0-25barG 4-20mA M12 RS Stock no: ; 175-4999 175-4999 = Pressure Transmitter 0-400barG 4-20mA M12 RS Stock no: ; 175-4987 175-4987 = Pressure Transmitter 0-100barG 4-20mA M12 RS Stock no: ; 175-4995 175-4995 = Pressure Transmitter 0-250barG 4-20mA M12. ;I>0-5 V Pressure Sensor Range ;/I>. RS Stock no: ; 175-4984 175-4984 = Pressure Transmitter 0-1barG 0-5V M12 RS Stock no: ; 175-5002 175-5002 = Pressure Transmitter 0-6barG 0-5V M12 RS Stock no: ; 175-5005 175-5005 = Pressure Transmitter -1 to +9barG 0-5V M12 RS Stock no: ; 175-4986 175-4986 = Pressure Transmitter 0-10barG 0-5V M12 RS Stock no: ; 175-4991 175-4991 = Pressure Transmitter 0-16barG 0-5V M12 RS Stock no: ; 175-4982 175-4982 = Pressure Transmitter -1 to +24barG 0-5V M12 RS Stock no: ; 175-4993 175-4993 = Pressure Transmitter 0-25barG 0-5V M12 RS Stock no: ; 175-4998 175-4998 = Pressure Transmitter 0-40barG 0-5V M12 RS Stock no: ; 175-4989 175-4989 = Pressure Transmitter 0-100barG 0-5V M12 RS Stock no: ; 175-4996 175-4996 = Pressure Transmitter 0-250barG 0-5V M12 RS Stock no: ; 175-5000 175-5000 = Pressure Transmitter 0-400barG 0-5V M12. Applications Information. Temperature testing facilities Process control Automation Industrial measurement