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German IFM proximity switches in stock

$348.39

KQ6002KQ6001 IFM capacitive proximity switches typically use one plate of a capacitor for measurement, while the other plate is the switch's housing. This housing is usually grounded or connected to the equipment's casing during measurement. When an object moves towards the proximity switch, regardless of whether it is a conductor, its proximity causes a change in the dielectric constant of the capacitor, thus changing the capacitance. This change in capacitance alters the state of the circuit connected to the measuring head, thereby controlling the switch's on/off state. The objects detected by this type of proximity switch are not limited to conductors; they can also detect insulating liquids or powders.


Brand

IFM/Germany

IFM Proximity Switches KQ6002, KQ6001 - Price & Stock

Capacitive Proximity Switch

KQ6002

KQ-3120NFPKG/2T

Convenient parameter setting via IO-Link

Programmable normally open/normally closed output function

Clear LED indication of switch status

Easy installation with adapters and cable ties

For position detection or liquid level monitoring

Capacitive Proximity Switch

KQ6001

KQ-3120NFAKG/2T

Convenient parameter setting via IO-Link

Programmable normally open/normally closed output function

Automatic output load detection PNP/NPN

Easy installation with adapters and cable ties

For position detection or liquid level monitoring

IFM is one of Australia's leading forex brokers, comprised of a professional investment banking management team with extensive experience in forex and technology. The company headquarters is located in Melbourne, Australia's traditional financial center. Through continuous development, we have established representative offices in major financial cities worldwide, including the Gold Coast of Australia, Chicago of the United States, and Dubai of the United Arab Emirates.

IFM Electronics is a multinational group that has been engaged in the research, production, and sales of components and systems for signal detection, control, and processing for over 30 years globally—its products ranging from standard sensors to application-specific controllers.

IFM is a German industrial control brand, also known as EFM in China. EFM Electronics has companies in Germany and the United States engaged in research and development and production. The company's administration and sales management are located in Essen, in the Ruhr region of Germany, with sales offices throughout important regions and countries worldwide. Founded in late 1969, EFM Electronics launched its new brand product, the efector proximity switch, and has continuously grown and expanded since then. In 2005, the company had over 2,900 employees worldwide and achieved sales of approximately €330 million. EFM provides products and systems to all industries requiring industrial automation. Customers don't receive off-the-shelf solutions, but rather customized solutions tailored to their industry requirements, encompassing a range of products including position sensors, flow sensors, communication and control systems, and safety technologies.

IFM Temperature Sensor

TN7531

IFM Electronic Temperature Sensor

TN

For Adapter

System Interface:

M18 x 1.5 internal thread for adapter

Communication Interface: IO-Link 1.0

(COM2 slave, 38.4 kBaud)

2 Switch Outputs

4-Digit Digital Display

Measurement Range

-40...150 °C / -40...302 °F

Operating Voltage [V] 18...32 DC

Current Load [mA] 250

Short Circuit Protection (Pulse)

Reverse Phase Protection (Yes)

Overload Protection (Yes)

Watchdog Integrated Circuit (Yes)

Voltage Drop [V] < 2

Current Dissipation [mA] < 50

Dielectric Strength [bar] 300

Setting Range

Switching Point, SP [°C/°F] -39.5...150.0 / -39.0...302.0

Recovery Point, rP [°C/°F] -40.0...149.5 / -40.0...301.0

Setting Step [°C/°F] 0.1 / 0.1

Accuracy

Switch Output [K] ± 0.3

Display [K] ± 0.3

Resolution

Switch Output [K] 0.1

Display [K] 0.1

Temperature Change Rate (/10 K) 0.1

German TN7531, IFM Temperature Sensor

TN7531

Power-on Warm-up Time [s] 1

Measuring Element 1 x Pt 1000, Class B according to DIN EN 60751

Response Time T05 / T09 [s] 1 / 3 *)

Minimum Insertion Depth [mm] 12

Ambient Temperature [°C] -25...70

Storage Temperature [°C] -40...100

Protection Rating IP 67, III

Shock Resistance DIN IEC 68-2-27: 50 g (11 ms)

Vibration Resistance DIN EN 60068-2-6: 20 g (10...2000 Hz)

Product Features

Electrical Design

PNP/NPN; (Automatic Load Detection PNP/NPN)

Output Function

Normally Open/Normally Closed; (Optional)

Sensing Distance [mm]

12

Communication Interface

IO-Link

Housing

Rectangular

Dimensions [mm]

20 x 14 x 48

Application

Installation

Detection through non-metallic container walls or bypass pipes

Media

Dry bulk; Liquid media

Electrical Data

Operating Voltage [V]

10...30 DC

Current Dissipation [mA]

< 17

Protection Class

III

Reverse Phase Protection

Yes

Measurement Principle

Capacitive

Output

Electrical Design

PNP/NPN; (Automatic Load Detection PNP/NPN)

Output Function

Normally Open/Normally Closed; (Optional)

Maximum DC Voltage Drop of Switch Output [V]

2.5

Continuous Current Load of Switch Output DC [mA]

100

Switching Frequency DC [Hz]

10

Short Circuit Protection

Yes

Short Circuit Protection Type

Pulse

Overload Protection

Yes

Monitoring Range

Sensing Distance [mm]

12

Actual Sensing Distance Sr [mm]

12 ± 10 %

Accuracy/Tolerance

Hysteresis [Percentage of Sr]

1...15

Switching Point Offset [Percentage of Sr]

-20...20

Interface

Communication Interface

IO-Link

Transmission Type

COM1 (4.8 kBaud)

IO-Link Revision

1.1

SDCI Standard

IEC 61131-9 CDV

Form Factor

Smart Sensor

SIO Mode

Yes

Minimum Processing Cycle [ms]

100.8

Supported DeviceID

Operating Mode

DeviceID

Default

371

Operating Conditions

Ambient Temperature [°C]

-25...80

Enclosure Protection Rating

IP 65; IP 67; IP 69K

Certifications/Testing

EMC Electromagnetic Compatibility

EN 61000-4-2 ESD

8 kV AD

EN 61000-4-3 HF Electromagnetic Field Radiation

10 V/m

EN 61000-4-4 Burst

2 kV

EN 61000-4-6 Conducted Immunity to RF Fields

3 V

EN 55011

Class B

Shock Resistance

EN 60068-2-27

30 g 6 shocks/11 ms half-sine (x,y,z)

Shock resistant

EN 60068-2-6

(10...55 Hz) / 1 mm amplitude, 5 minutes of oscillation time, 30 minutes or 55 Hz at resonance per axis

MTTF [year]

623

UL certified

Ta

-25...80 °C

Enclosure type

Type 1

Power supply

Limited Voltage/Current

Mechanical technical data

Weight [g]

46.6

Housing

Rectangular

Mounting

Non-flush mounting

Dimensions [mm]

20 x 14 x 48

Materials

Housing: PBT reinforced glass fiber; Button: TPE-U; Protective plate: PC reinforced glass fiber

Indicator/Operator

Display

Switch status

1 x LED, yellow

Teach function

Yes

Electronic Lock

Yes

Notes

Packaging Unit

1 piece

Electrical Connection

Interface

Cable: 2 m, PVC; 3 x 0.14

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