ifm efector proximity sensor
ifm efector proximity sensor
ifm efector proximity sensor |
High performance metal face inductive proximity sensors at a great value
Sensors that offer a great value should not compromise performance or quality. As a leading manufacturer of sensors and controls, ifm provides a complete line of robust metal face inductive proximity sensors that are
designed for real-world application environments.
• Tested to extremes: ifm sensors endure rigorous testing to ensure reliable performance in extreme plant floor environments such as food processing, machining, welding and stamping.
• Innovative production techniques: ifm incorporates technologies such
as extended sensing ranges, one-piece stainless steel construction, and metal face technology to ensure high performance.
• Best value: Stop replacing traditional proximity sensors and switch to ifm metal face sensors. With a great price-to-performance value, ifm sensors can be applied throughout a plant without increasing total
Inductive sensors for food and beverage
Stainless steel sensors are compatible with industrial cleaning solutions and high temperature (0 to 100°C) applications. In food and beverage applications, proximity sensors are pressure cleaned with caustic and acid solutions. Traditional proximity switches can fail due to ingress and corrosion.
ifm sensors are manufactured with stainless steel housings that are chemical compatible with industrial cleaning solutions and will not corrode.
The sensors can withstand temperature fluctuations and resist damage from target impact resulting in extended sensor life.
ifm efector proximity sensor Model Option :
- IFT 240
- IFT 244
- IFT 245
- IFT 246
- IGT 247
- IGT 248
- IGT 249
- IGT 250
- IIT 228
- IIT 230
- IIT 231
- IIT 232
ifm efector proximity sensor Inductive sensors for oils and coolants
Robust, stainless steel housings withstand liquid ingress from oils and coolants used in the machining process
In metalworking applications, proximity sensors are directly exposed to harsh environmental conditions such as synthetic coolants, oils and metal chips.
The oils and coolants used can seep inside traditional proximity switches causing component failure and sensing range fluctuations. ifm proximity sensors for oils and coolants are designed and tested to perform in these applications.
The sensor’s stainless steel housing withstands the machining process, resists harsh chemicals and ignores metal chips.
ifm efector proximity sensor Model Option :
- IEC 201
- IEC 202
- IEC 200
- IEC 203
- IFC 258
- IFC 266
- IGC 248
- IGC 252
- IIC 224
- IIC 226
- IFC 263
- IFC 264
- IGC 249
- IGC 250
ifm efector proximity sensor Inductive sensors for welding and stamping
Stainless steel sensors with high temperature, weld-slag resistant coating offer long life-in-application
There are two main causes for sensor failure in welding and stamping applications: impact and abrasion.
Traditional plastic switches are prone to failure due to continuous impact in the part-loading process. Weld slag build-up can create a coating that’s difficult to remove. ifm’s sensors are manufactured with a 316 stainless steel housing and high-temperature weld-slag resistant coating that extends the sensor’s life-in-application by a factor of 15 compared to plastic and teflon switches.
- IER 200
- IER 201
- IFR 200
- IFR 202
- IGR 200
- IGR 202
- IIR 200
- IIR 202
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