IFM Process sensors
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Electronic pressure sensor, DC, e1 compliant, Connector, Analogue output
Electronic pressure sensor, DC, e1 compliant, Connector, Analogue output
- PI-010-RES30-MFRKG/US/ /P
- -14.5...145psi
- -0.1...1MPa
IN STOCK!!!
Electronic pressure sensor PM1707 with gold-plated contacts.
IN STOCK!!!
M12 connector, 4-digit alphanumeric display, 2 outputs
PN-010-RER14-MFRKG/US/ /V
Electronic pressure sensor, DC PNP, Adjustment of the switch point by teach function, Connector, 2 outputs, OUT1 = switching output, OUT2 = switching output or diagnostic output
- Electronic pressure sensor
- DC NPN
- Function programmable
- 4-digit alphanumeric display
- 2 outputs
- OUT1 = switching output
- OUT2 = switching output or diagnostic output
- 4-digit alphanumeric display
In Stock of our Partners!
- Electronic pressure sensor
- Operating voltage 8.5...36 DC V
- 2-wire
- M12 Connector
- for industrial applications
- Magnetic-inductive flow meter
- Operating voltage 18...30 DC
- (according to EN 50178 SELV/PELV) V
- M12 Connector
- Gold-plated contacts
- for industrial applications
- Vortex flow meter
- Operating voltage 8...33 DC V
- M12 Connector
- Gold-plated contacts
- for industrial applications
- Vortex flow meter
- Operating voltage 8...33 DC V
- M12 Connector
- Gold-plated contacts
- for industrial applications
- Number of analog outputs: 1
- -50...200
- Diameter Ø 6mm
- 50
- TD-100CFED06-A-ZVG/US
- Number of analog outputs: 1
- -50...150 °C
- Diameter Ø 6mm
TW-030KLBM30-KFDKG/US
Electronic level sensor, DC PNP/NPN, Gold-plated contacts, Probe length: 11 mm, Communication interface: IO-Link 1.1, Connector, Gold-plated contacts, 2 switching outputs
Electronic level sensor, DC PNP/NPN, Gold-plated contacts, Probe length: 11 mm, Communication interface: IO-Link 1.1, Connector, Gold-plated contacts, 2 switching outputs
Level sensor, Metal thread, 2x M30 x 1.5, DC PNP, 2 m HF connection cable, Connector
Electronic level sensor, DC PNP, WHG § 19 approved, Connector, 7-segment LED display, 1 operating output (OUT1), 1 overflow output (OUT-OP), 7-segment LED display
Electronic level sensor, DC PNP, WHG § 19 approved, Connector, 7-segment LED display, 1 operating output (OUT1), 1 overflow output (OUT-OP), 7-segment LED display
Electronic level sensor, DC PNP, Connector, 4-digit alphanumeric display, 1 analogue output (OUT2), 1 overflow output (OUT-OP), 4-digit alphanumeric display
Electronic level sensor, DC PNP, Connector, 4-digit alphanumeric display, 1 analogue output (OUT2), 1 overflow output (OUT-OP), 4-digit alphanumeric display
Electronic level sensor, DC PNP, Connector, 4-digit alphanumeric display, 3 operating outputs (OUT1...OUT3), 1 overflow output (OUT-OP), Indication of the level as a 8-4-2-1 binary code, 4-digit alphanumeric display
Electronic level sensor, DC PNP, Connector, 4-digit alphanumeric display, 3 operating outputs (OUT1...OUT3), 1 overflow output (OUT-OP), Indication of the level as a 8-4-2-1 binary code, 4-digit alphanumeric display
Electronic level sensor , with leakage monitoring, DC PNP, 4 switching outputs:, 1 operating output, 1 output sudden leakage, and minimum level alarm, 1 output progressive leakage, 1 overflow output, Temperature indication, -10...100 °C, 4-digit alphanumeric display, Connector, 4-digit alphanumeric display, 4-digit alphanumeric display
Electronic level sensor , with leakage monitoring, DC PNP, 4 switching outputs:, 1 operating output, 1 output sudden leakage, and minimum level alarm, 1 output progressive leakage, 1 overflow output, Temperature indication, -10...100 °C, 4-digit alphanumeric display, Connector, 4-digit alphanumeric display, 4-digit alphanumeric display
Electronic level sensor, DC PNP/NPN, Guided wave radar, Communication interface: IO-Link 1.1, Connector, 4-digit alphanumeric display, 2 switching outputs or 1 switching output and 1 analogue output 4...20 mA, 4-digit alphanumeric display
- Electronic level sensor
- Operating voltage 18...30 DC V
- PNP/NPN
- M12 Connector
- Gold-plated contacts
- Electronic level sensor
- Operating voltage 18...30 DC V
- PNP/NPN
- M12 Connector
- Gold-plated contacts
Electronic level sensor, DC PNP/NPN, Guided wave radar, Connector, 4-digit alphanumeric display, 2 switching outputs or 1 switching output and 1 analogue output 4...20 mA, 4-digit alphanumeric display
- Electronic level sensor
- Operating voltage 18...30 DC V
- PNP/NPN
- M12 Connector
- Gold-plated contacts
What is Electronic Process sensors?
Electronic sensors (meters) are an important component in the automation of any technological processes and in the control of various machines and mechanisms.
With the help of electronic devices, it is possible to obtain complete information about the parameters of the controlled equipment.
Principle of operation
Principle of operation of any electronic sensor is built on the conversion of controlled indicators into a signal that is transmitted for further processing by the control device. It is possible to measure any values - temperature, pressure, electrical voltage and current, luminous intensity and other indicators.
Features:
- transmit the measured parameters to almost any distance;
- convert metrics to digital code for high sensitivity and responsiveness;
- transfer data at the highest possible speed.
IFM Process sensors
IFM Pressure sensors
- Sensors and broadcaster with combined assessment
- Expressly for the use in hygienic appliance
- Perfect supercharge defense and long-term stability
- Alternative act contact using adapters
IFM suggests a large diapason of electronic squeeze sensors to run the demands of different manufactured applications. The ceramic-capacitive metering cell, approved and examined millions of times, is supplemented by a rustproof steel measuring cell with slim-film or puffy-film wire tension gauges (series PK, PV, PT) and a piezoresistive metering engineering (for pneumatic applications).
IFM Level sensors
- High safety in virtue of the disposal of mechanical components
- Various function principles: controlled wave radar, capacitive and hydrostatic
- Units for margin level finding or continued level dimension
- Legibly seeable LED display
- Approach for all global technical and operation aquas
Electronic degree sensors monitor plenum levels of fluids or volume materials in crispers, tanks and hoppers. Even pointed process terms such as emptying a hydraulic tank or the inadvertent transfuse of a tank are controlled using grade sensors.
The electronic ifm sensors can do without any mechanical details or bobbers. This creates the sensors specifically strong and solid. Further benefits of electronic sensors are the topical stage indication and easy switch full stop installation via pressbutton.
IFM Flow sensors / flow meters
- For fluids and gases
- Release for the take in hygienic supplement
- Variable process compound using adapters
- Stream inspection also for invasive media
Electronic flux sensors are used to avert injury or downtime summoned by flow pauses. IFM's product band includes torrent sensors with various metering principles for control the most varied types of media, including water, oils and coolants, but also air, concise air or belligerent media.
IFM Temperature sensors
- Units with consolidated or individual assessment electronics
- Modular construct for a high diversity of applications
- Big process security owing to self-control
- Alternating way communications using adapters
- High shake and oscillation opposition
Temperature is the physical variable frequently measured in machines and installations.
In automaton engine and motor enclosures, the temperature or temperature dissemblance measured at discs, gears and engines play a significant part as an detector of the machine position. In the steel, metal and glass departments, temperature control of refrigeration schemes enures to preclude superheating of plants.
Analytical sensors
- Dense conductivity sensors for the food industry
- Inductive and conductive conductance sensors
- Strong sensors for the control of oil property
- Comparative moisture and cluster of bits
Conductivity sensors are foreordained for use in the food industry. They find out the conductibility and centralization of sundry media and can perceive between e.g. cleaning agents, gargle water, and the food article. This indicates that it is not only probable to constantly way the product but also to decrease the refuse of product and rinse water – all feasible without production adjustments to the sensor. Oil sensors monitor the excellence of hydraulic liquids and greases oils.
Analytical sensors make an significant deposit to state-based monitoring and the evasion of downtime.