IFM IF/IG/II Series Inductive Proximity Sensor Switch

Inductive Proximity Sensor Switch, Proximity Sensor Switch, Sensor SwitchIFM

Deal Score0

2025/7/4 Update

Analog output
— Cylindrical proximity switch M12, M18, M30. Analog Output Proximity Switch Can Solve the Needs of a Wide Range of Applications:

IFM IF/IG/II Series Inductive Proximity Sensor Switch

Technical Features

Analog output proximity switch with a precise linear output signal.

Models available with 4…20 mA and 0…10 V analog outputs in M12, M18, and M30 housings.

4 LEDs provide 360-degree visibility.

Wide operating temperature range, withstands harsh conditions.

For use with ifm’s ecolink M12 Micro DC cable connectors.

Products + Accessories Selection:

Dimensions (mm)	Sensing range	No. of wires	Response time (ms)	Linearity (%)	Repeat accuracy (%)	Order No.
4…20 mA output
M12 / L = 70	2 mm, Flush	3	< 10	± 3	± 2	IF6028
M12 / L = 70	4 mm, Non-flush	3	< 10	± 3	± 2	IF6030
M18 / L = 60	5 mm, Flush	3	< 20	± 3	± 2	IG6086
M18 / L = 60	8 mm, Non-flush	3	< 10	± 1	± 1	IG6083
M30 / L = 70	10 mm, Flush	3	< 10	± 3	± 2	II5916
M30 / L = 70	15 mm, Non-flush	3	< 20	± 1	± 1	II5913
0…10 V DC output
M12 / L = 70	2 mm, Flush	3	< 10	± 3	± 2	IF6029
M12 / L = 70	4 mm, Non-flush	3	< 10	± 3	± 2	IF6031
M18 / L = 60	5 mm, Flush	3	< 10	± 3	± 2	IG6087
M18 / L = 60	8 mm, Non-flush	3	< 10	± 1	± 1	IG6084
M30 / L = 70	10 mm, Flush	3	< 10	± 3	± 2	II5917
M30 / L = 70	15 mm, Non-flush	3	< 20	± 1	± 1	II5914

Optional accessories

Description	Order No.
Clamp, for 12 mm proximity switch	E11047
Clamp, for 18 mm proximity switch	E11048
Clamp, for 30 mm proximity switch	E11049
Quick-mount sleeve, for 12 mm proximity switch	E11114
Quick-mount sleeve, for 18 mm proximity switch	E11115
Quick-mount sleeve, for 30 mm proximity switch	E10808
L-bracket, for 12 mm proximity switch	E10735
L-bracket, for 18 mm proximity switch	E10736
L-bracket, for 30 mm proximity switch	E10737

Cable Connecter

Description	Order No.
M12 Micro DC (4-pin) 2 m, PUR	EVC001
M12 Micro DC (4-pin) 5 m, PUR	EVC002
M12 Micro DC (4-pin) 10 m, PUR	EVC003
M12 Micro DC (4-pin) 2 m, PUR	EVC004
M12 Micro DC (4-pin) 5 m, PUR	EVC005
M12 Micro DC (4-pin) 10 m, PUR	EVC006

Specifications:

Supply voltage: 15…30 V DC
Supply current: < 20 mA
Protection rating: IP67
Operating temperature: -25…80 °C
Max. load resistance:
- Models: IF6028, IF6030, IG6083, IG6086, II5913 and II5916: 500 Ω
Min. load resistance:
- Models: IF6029, IF6031, IG6084, IG6087, II5914 and II5917: 2000 Ω
Leakage current: Negligible

Benefits introduce In Detail

Analog Output Proximity Switch

The ifm efector series of inductive proximity switches includes models with analog output, including 4-20 mA and 0-10 V output versions in 12, 18, and 30 mm diameter bodies. Depending on the model, the linearity tolerance of these proximity switches is ±1% or ±3%.

Linearity describes the degree of fit between the actual analog output of the proximity switch and the straight line drawn from the starting point (s_min) to the end point (s_max) of the sensing range.

LED Indication

The analog proximity switch contains one yellow LED. This LED is on when the target is within the specified operating range and flashes when the target is not present or not within the operating range. For example, a 30 mm proximity switch has an operating range from 1mm (s_min) to 15mm (s_max). If the distance between the switch and the target is <1mm or >15mm, the LED flashes. If the target is within the operating range (1mm to 15mm), the LED is on. Note: This example assumes the target is a standard object. Correction factors for standard materials and sizes/shapes apply to this proximity switch.

Analog Output Proximity Switch Can Solve the Needs of a Wide Range of Applications:

Convert linear motion into an analog signal: Through an analog input card, the distance between the proximity switch and the target can be continuously monitored. If necessary, multiple switch points can be programmed.
Classify products by material: For different materials, the correction factor curves drawn based on the relationship between the output (current or voltage) and the detection distance are also different. If the detection distance is constant, the output for targets of different materials will also be different and can be distinguished.
Classify products by height: Targets of the same material but with different heights or thicknesses can be easily distinguished.
Concentricity monitoring: An analog proximity switch can determine if a rotating object is off-center.