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ifm stands for the optimisation and solution of technical processes by means of sensors, networking and control systems |
| Employees : |
1000+ |
| Year established : |
1969 |
Business : |
Manufacturer |
 Temperature transmitter with excellent response time Temperature transmitter with excellent response time
Compact 6 mm temperature sensor for tanks and pipes.
Compact 6 mm temperature sensor for tanks and pipes.
* Measuring range of -10...150 °C.
* Precision of 0.15 K at 60 °C.
* Excellent response time: T05 = 1.2 s or T09 = 3.5 s.
* Flexible installation depths.
* Mounting via common clamp fittings.
One unit – a wide range of options
The TA type temperature sensor is a universal transmitter with a 4...20 mA current output. Due to a Pt1000 sensor element of precision class A and factory calibration, the achieved precision is 0.15 K at 60 °C. Using ifm’s tried-and-testedfilm technology the unit also features excellent response times. So this sensor is suited for all highly precise and rapid processes.
sensors •
networking and control systems •
Electric and electronic components and assemblies; other •
Electronic and stored program controls •
Angle and inclination measurement •
Data input and processing •
Detecting, measuring, testing and protecting devices •
Diagnostic systems •
Displacement and distance measurement •
ifm
ifm stands for the optimisation and solution of technical processes by means of sensors, networking and and control systems. Close customer contact, quality and innovations have made us the market lea in many areas.
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Close customer contact
"ifm has a special attitude towards its customers. Each employee - wether directly or indirectly - is a sales person."
"World-wide ifm employees have to develop a relationship of trust in close contact with the customer which openly and honestly considers mutual interests."
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Quality
"High product quality and accurate technical data are unimpeachable values of ifm."
"Quality and performance of ifm products are exemplary."
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Innovations
"In continuous, intensive training ifm wants to ... ensure a flexible, innovative reaction to changes in the market."
"ifm wants to achieve and keep a reputation as a technically flexible, innovative enterprise."
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 | convenient optical distance measurement convenient optical distance measurement |  | efector gwr-the microwave sensor efector gwr-the microwave sensor |  | m18 photoelectric sensors m18 photoelectric sensors |  | Magnetic-inductive inline flow sensor SM Series MagMeter - In-Line Flow Meter for Accurate Feedback in Critical Flow Applications
ifm introduces the new SM Series Magmeter – a magnetic inductive flow meter – designed to reliably detect the flow rate of conductive media up to six gallons per minute.
• SM Magmeter’s stainless steel, mechanically-robust design is mounted in-line providing a compact, low-profile installation for process control.
• Display includes a 4-digit numeric display with eight integrated LEDs that together indicate the flow rate (gal/min or l/min), total volume (gallons or liters), and temperature (°F or °C) of all conductive media.
• Simple pushbutton programming quickly establishes application parameters.
• The Magmeter can be setup to provide a switching output, analog output and pulsed output.
• High accuracy with a response time of less than 0.15 seconds and a repeatability of ±0.2%.
• Electrical connection is made through an M12 connector.
Typical applications include:
• Flow and temperature monitoring through heat exchangers
• Monitoring cooling water on welding machines
• Batching applications
• Totalize flow of process water
• Pump run dry protection
• Guard welding equipment against loss of cooling water
Operating Principle: Faraday's Law
The principle of operation of the flow meter is based upon Faraday's Law of electromagnetic induction to detect the flow velocity of an electronically conducting fluid through a defined pipe diameter. Faraday’s Law states that the voltage induced across any conductor as it moves at right angles through a magnetic field is proportional to the velocity of that conductor.
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ifm electronic - International short Catalogue
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