JUMO pressure transmitter

Features Safe use in explosive areas Measuring ranges: 250 mbar ... 600 bar, relative and absolute pressure Insensitive to aggressive gasses, vapors and fluids Medium temperature: -40... +85 °C, optional high-temperature variant up to 200 °C Accessories: seal and repeater power supply (type 40.4757) Protection class: IP65 Particularly for the level measurement probe variant (IP 68): Measuring range: 250 mbar to 25 bar Medium temperature:- 40...+ 70°C Sturdy level measurement probe for indoor and outdoor installation Customer benefits Process safe and reliable The measuring instrument was designed and certified in conformity with ATEX directives. Its completely welded measuring system does not require seals and ensures maximum process safety. Its core is a piezoresistive measuring cell, featuring high overload resistance and longevity. It is safe, reliable and temperature resistant. Versatile A wide spectrum of measuring ranges as well as a large number of process connections guarantee variant versatility allowing individual adaptation to every application. As an option, a version designed as level measurement probe (extra co

Features Measuring ranges: 50 bar...2000 bar Medium temperature: up to 480 °C Parts coming into contact with the medium: Stainless steel, Inconel or Hastelloy as an option Mercury-free version as an option Customer benefits Uncomplicated and economical To date, melt pressure transmitters were typically used with a 2 mV/V or 3.3 mV/V output signal. On the control side, however, this requires either special signal inputs or an additional measuring amplifier for the conversion to a standard signal. Thanks to the use of new electronics, the melt pressure transmitters from JUMO are optionally available with an analog 4..20 mA standard signal or with a digital CANopen signal. This allows the probes to directly connected to the generally used standard or fieldbus signals of control systems and display devices, and results in lower cost controls, simplifies installation and creates more space in the switch cabinet. environmentaly friendly The NAK (sodium-potassium) filling medium is a real alternative to conventional mercury. NAK is a liquid an environmentally sound, non-toxic alloy. Applications Plastics processing Processing technology Ch

Features   0 to 1.6 bar up to 0 to 60 bar relative Elastomer-sealed Compact design: as of 65 mm in length Long-term stability: < 0.2 % New level of quality for the OEM sector 60 % quicker device installation with the QUICKON quick-clamp technology Temperature compensation range increased by 50 % to -20 to +100 Â°C 2.5 times more vibration resistance than the industry standard Made in Germany   Customer benefits   Process reliability The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility. The ceramic measuring cell made of aluminum oxide has an excellent long-term stability and a high overload resistance. These features are the result of the used sensor material and a special calibration process.     Economical The QUICKON quick-clamp technology enables quicker and safer installation. The connection is even guaranteed with any temperature fluctuations that may occur thanks to the spring contacts. This electrical connection means that installation times can be shortened a

Features Measuring cell made of aluminum oxide ceramic Case and process connection made of titanium Long-term stability < 0.2 % of end value Approx. 40 % weight reduction when compared to similar stainless steel versions Potting as protection against vibrations, condensation, and moisture Measuring ranges: 0 to 1.6 bar up to 0 to 100 bar relative Elastomer-sealed Compact design: as of 56.5 mm in length Customer benefits Process reliability The full final inspection in the fully automated measuring and calibration facility guarantees that each pressure transmitter is of a high quality. The durability of the used materials results in high system availability. In combination with the oil-free ceramic measuring cell which prevents filling oil leaks in the event of a burst, this guarantees a high degree of process reliability for critical processes such as reverse osmosis.   Economical A proven design ensures efficient production, which in turn leads to short delivery times. The resistant materials reduce cleaning and repair processes, thereby reducing plant downtimes as well as the resulting costs of these. Th

Features Measuring ranges: 0 to 400 mbar to 0 to 16 bar differential pressure, silicon sensor with stainless steel separating diaphragm Medium: gaseous, liquid, or low-aggression Version with elastomer seal, optional welding Compact design type: as of 78 mm in length Parts in contact with media: PBT plastic, option with full stainless steel Overload pressure up to 30 bar on one side Customer benefits Economical Type 401050 is the differential pressure model in the JUMO MIDAS pressure transmitter range with sensor technology that has been proven thousands of times over. An almost fully automated production sequence (digital compensation and calibration of the sensor module) and a functional design reduce both the production time and manufacturing costs.     Process reliability The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility.     Versatile High-quality materials allow for a wide application field. Various output signals, different process connections, and case materials are available.

Features Compact design Version for use on DIN rail with terminal block Measuring ranges: 0 to 1.6 bar up to 0 to 16 bar relative pressure Ceramic thick-film sensor (Al2O3) Elastomer-sealed Compact design: as of 45 mm in length Customer benefits Economical Type 401009 is the control cabinet model in the JUMO MIDAS pressure transmitter range, with sensor technology that has been proven thousands of times over. An almost fully automated production sequence (digital compensation and calibration of the sensor module) reduces the production time and manufacturing costs.     Process reliability The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility.     Time-saving and simple Mounting is simple on a 35 mm DIN rail according to DIN EN 60715. Electrical installation requires little time. Applications Pneumatics Compressor engineering The pressure transmitter with thick-film strain gauge (Al2O3) ceramic sensor is used to record the relative pressure (0 to 100 bar up to 0 to 600&nbs

Features High chemical resistance Measuring system resistant to high mechanical loads Measuring ranges: 0 to 100 bar up to 0 to 600 bar relative pressure Thin-film technology Welded measuring system Compact design: as of 57 mm in length High bursting strength Customer benefits Economical Type 401005 is the high-pressure model in the JUMO MIDAS pressure transmitter range, with sensor technology that has been proven thousands of times over. An almost fully automated production sequence (digital compensation and calibration of the sensor module) reduces the production time and manufacturing costs.     Process reliability The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility.     Versatile This measuring instrument distinguishes itself through its versatility. Various output signals, different process connections, materials for process connections, and sealing material are available. The standardized features are specified in the data sheet; further features can be implemented upon request. Appli

Features 1.6 bar to 100 bar relative Elastomer-sealed Compact design: as of 58 mm in length High chemical resistance Membrane withstands high mechanical loading Customer benefits Economical Type 401001 has proven its worth thousands of times over as the basis of the sensor technology in the JUMO MIDAS series of pressure transmitters. An almost automatic production sequence (digital compensation and calibration of the sensor module) reduces production time and manufacturing costs.   Process reliable The high quality of every pressure transmitter is ensured by a 100 % final inspection within a fully automated measuring and calibration system. The ceramic measuring cell made of aluminum oxide not only performs well in terms of long-term stability that is achieved through the selection of sensor material and a special adjustment process, it also features high overload resistance.   Versatile In addition to various output signals and different process connections a selection of different process connection materials, sealing materials, and electrical connections suitable for a specific application are available. Applications Co

Features Successor model to MIDAS SI (type 401006) Measuring ranges: 0 to 1 bar up to 0 to 100 bar relative pressure, 0 to 1 bar up to 0 to 60 bar absolute pressure Silicon sensor with stainless steel separating diaphragm Welded measuring system Compact design: as of 56 mm in length Customer benefits Economical Type 401010 is the successor model to JUMO MIDAS SI (type 401006), with sensor technology that has been proven thousands of times over. An almost fully automated production sequence (digital compensation and calibration of the sensor module) reduces the production time and manufacturing costs.     Process reliability The piezoresistive silicon sensor has long-term stability and a high level of overload protection. The full final inspection in the fully automated measuring and calibration facility guarantees that each pressure transmitter is of a high quality.     Time-saving, simple, and versatile The installation of the measuring instrument requires little work and the electrical installation is simple. The modular structure means that it can be used universally in almost

Features Measuring ranges as of 0 to 100 mbar relative High degree of process reliability due to a welded measuring system with no seals Robust and maintenance-free measurement technology thanks to extreme overload resistance Parts in contact with media are made of stainless steel Compact design: as of 58 mm in length Customer benefits Economical A high degree of automation (digital compensation and calibration of sensor module) reduces production time and manufacturing costs. Process reliability The piezoresistive silicon sensor has long-term stability and a high level of overload protection. The full final inspection in the fully automated measuring and calibration facility guarantees that each pressure transmitter is of a high quality. Time-saving, simple, and versatile The installation of the measuring instrument requires little work and electrical installation is simple. The modular structure means that it can be used universally in almost any application. Applications HVAC (heating, ventilating, and air conditioning) Filter technology Filling level measurement Bubble-through method Packaging industry Machin

Features Measuring ranges: 0 to 2.5 bar - 0 to 60 bar relative / 0 to 2.5 - 0 to 40 bar absolute Welded measuring system Vibration and shock resistant Tested according to railway standards Extremely overload-proof For the highest EMC requirements Applications Railway applications HVAC (heating, ventilating, and air conditioning) The pressure transmitter MIDAS SR has been especially designed and qualified for use in rail vehicles. The completely welded measuring system (without seals) made of high-quality stainless steel allows this device to be used in almost all media, even in rough conditions. The silicon sensor that is used is able to handle extreme overload, even in the lowest measuring ranges, and it is capable of handling millions of pressure cycles.

Features Measuring ranges: 0 to 250 mbar up to 0 to 1.6 bar relative pressure, 0 to 600 mbar up to 0 to 25 bar absolute pressure Silicon sensor with stainless steel separating diaphragm Welded measuring system Compact design: as of 71 mm in length High bursting strength Customer benefits Economical Type 401006 is based on the sensor technology of the JUMO MIDAS pressure transmitter range, which has been proven thousands of times over. An almost fully automated production process (digital compensation and calibration of the sensor module) reduces production time and manufacturing costs.     Process reliability The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility. The process is guaranteed in the first instance by a high burst pressure. However, if the burst pressure is exceeded, the structural design of the pressure transmitter prevents filling oil leakage.   Versatile This measuring instrument distinguishes itself through its versatility. Various output signals, different process connections, materials fo

Features 4 measuring ranges adjustable within two basic measuring ranges Adjustable output signal: 0 to 10 V or 0 (4) to 20 mA Adjustable attenuation for strongly differing pressures Optional plug-in LCD display Customer benefits Varied and economical The measuring range, output and attenuation are selected using a 9-part DIP switch, which is characterized by its simple configuration. This multi-facetted measuring instrument combines a large number of functions, meaning that versions can be kept to a limit, resulting in a reduction of prices and delivery times being kept to a minimum. The wear-free measuring system provides operation that requires almost no maintenance.   Compact and simple Small but efficient. Thanks to its compact dimensions, this measuring instrument can be installed with ease and takes up very little space. Time is also saved for startup, which is performed simply using a DIP switch. Applications Ventilation Air-conditioning Clean room technology Flue draft mechanisms Filter monitoring This transmitter with piezoresistive pressure sensor allows differential pressure to be measured in dry, non

Features for non-aggressive gases Measuring ranges: 0.5…1000 mbar relative or differential pressure, 800…1200 mbar barometric pressure maintenance-free measuring system: inductive Medium temperature: -10 ... 50 °C Characteristic line: linear or the root extracted Adjustment of zero point and measuring range possible optional with LCD display optional with one/two limit contacts Customer benefits economic A temperature drift is reduced to a minimum by the targeted compensation of each sensor. The wear-free inductive measuring system offers nearly maintenance-free operation.   versatile A wide range of measuring ranges and analog outputs, linear or the root extracted, ensures the individual adaptation to any application. Applications Building services engineering HVAC, ventilation and air conditioning technology Clean-room technology Filling level measurement (bubbling-through method) Flow measurement and monitoring Filter monitoring Finishing pass measurement Pressure and differential pressure transformers of the type 40.4304 are suitable to detect the over-, under- and differential pressure

Features Measuring ranges: 0 to 50 mbar through 0 to 1 bar relative pressure Sensor: ceramic thick-film sensor Al²O³ Linearity: ≤ 0.2 % of end value High chemical resistance Up to 80 times overload resistance High temperature resistance Mechanically highly-stress resistant membrane (cleaning; abrasive substances), corrosion-resistant Excellent long-term stability Hysteresis free Protection type: IP 67 Customer benefits In addition to the excellent long-term stability the capacitive ceramic measuring cell, which is made out of aluminum oxide (99.9 %), achieves up to 80 times its overload strength due to the selected electrode material and the special coating method. The measuring method meets the highest requirements for resolution and reproducibility. The combination of the mechanically highly stress-resistant membrane and the stainless steel case (material no. 1.4571) offers excellent chemical resistance against many aggressive mediums. Applications Food and beverages industry Medical technology Chemical industry Biotechnology The type 404327 pressure transmitter measures relative pressures in liquid and gaseo