Proximity Sensor, Cylinder Shape

Brand :

MISUMI

Caution

Product Description

Non-contact detection can be used to detect different materials such as metal, plastic, and liquid. IP67 protection structure, sensitivity adjustment potentiometer allows easy adjustment of detection distance

Product Overview

Capacitive sensors can detect not only various types of metal workpieces, but their electrostatic principle also makes them more suitable for detecting various non-metallic objects, through-barrier detection, and detecting targets inside different containers. They can reliably detect non-metallic objects such as plastic, wood, liquids, and paper, and can also detect different substances inside containers through non-metallic walls. Electromagnetic interference, water mist, dust, and oil stains have almost no effect on their normal operation, giving the product outstanding anti-interference capability. In addition, the potentiometer allows for sensitivity adjustment, and the product comes in a variety of sizes to meet customers' diverse needs, making its applications even more extensive. It has the characteristics of both a limit switch and a micro switch, while also offering sensing capabilities. It operates reliably, has stable performance, fast frequency response, long service life, strong anti-interference ability, and features such as waterproof, shockproof, and corrosion resistance.

Dimensional Drawing

E-MSMC12(Shielded Type)	E-MSMC12 (Non Shield)

E-MSMC18 (Shielded Type)	E-MSMC18 (Non Shield)

Specification Table

Style	Shape	Detection Distance		Mounting Method	Output Method	Detection Frequency Hz	Wire Length
E-MSMC12-N01	Threaded Type M12		1 to 3 mm (Adjustable distance)	Shielded	NPN N.O.	50	2M
E-MSMC12-P01					PNP N.O.
E-MSMC12-N11			1 to 6 mm (Adjustable distance)	Non Shield	NPN N.O.
E-MSMC12-P11					PNP N.O.
E-MSMC18-N01	Threaded Type M18		2 to 8 mm (Adjustable distance)	Shielded	NPN N.O.
E-MSMC18-P01					PNP N.O.
E-MSMC18-N11			2 to 15 mm (Adjustable distance)	Non Shield	NPN N.O.
E-MSMC18-P11					PNP N.O.

Technical data

Operating Voltage

10 to 30 V DC

Permissible Pulse Voltage

< 10%

No-Load Current

< 10 mA

Maximum Load Current

200 mA

Leakage Current

< 0.01 mA

Voltage Drop

< 2 V DC

Switching Frequency

50HZ

Detection Object (mm)

Iron 50 × 50 × 1 t (grounded state)

Detection Material

Ferrous/Non-ferrous Metals/Non-metals (Detection distance varies depending on material)

Response Time

1.5 ms

Switch Hysteresis

< 15%(Sr)

Repeatability

< 5%(Sr)

Protection Rating

IP67

Operating Temperature

-25°C to +70°C

Temperature Drift

< 10%(Sr)

Short Circuit Protection

YES

Overload Current

220 mA

Sensing Surface Material

PBT

Capacitive Sensor Attenuation Coefficient
Precautions

Product Features

Wide Variety
A rich selection of products suitable for various limit control, counting control, and more
Quality Assurance
IC control, high testing accuracy, and longer lifespan
Easy Installation
Suitable for high pulse and high rotation applications
Protection Rating
IP67 construction, offering certain oil resistance and waterproof functions
Protection Circuit
Surge protection circuit, short-circuit protection, and reverse polarity protection

DC 3-wire NPN Output
Product Feature

ZD: Surge Absorption Zener Diode
Tr: NPN Output Transistor
D: Reverse Power Supply Protection Diode

DC 3-wire PNP Output
Product Feature

ZD: Surge Absorption Zener Diode
Tr: PNP Output Transistor
D: Reverse Power Supply Protection Diode

Standard testing equipment, quality guaranteed
Product Feature

Usage Method

Shielded Type

Non Shield Type

Shielded type concentrated at the front of the sensor

The non shield type allows for a greater detection distance, but due to the lack of object protection, it is easily affected by surrounding workpieces.
Please pay attention during installation.

Mounting Method

Single Shielded Type

Single Non Shielded Type

To prevent signal interference, the distance from the sensor surface to the detected object should be ≥ 3Sn (Sn: sensor sensing distance), and the distance between two adjacent proximity sensors should be ≥ D (D: sensor diameter).

No protection around the sensor; the sensing surface must maintain a distance of Y from the mounting surface.
The distance between the sensing surface and the detected object should be ≥ 3Sn, and the distance between two adjacent proximity sensors should be ≥ 2D (D is the sensor diameter).

Relative Mounting Method

Dimension D			Y(MM)
M12			9
M18			16

For sensors installed opposite each other, the minimum distance between the two sensing surfaces must be ≥ 6Sn

Example of Use

Liquid Level Detection
Example of Use