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Detection Head Size Dimension(mm)
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Compact Proximity Sensors, NPN Outputs
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MiSUMi Economy
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Product DetailProduct Description
Compact Proximity Sensors, NPN Outputs
These Proximity Sensors are an economy item, The price is cheaper than the MISUMI standard product. They offer a wide variety of sizes to choose from.
[Feature]
● Shape : Cylindrical Shape with Screw and Shield
● Detection Head Size Dimension : M4x0.5 and M5X0.5
● Detection Distance (mm.): 0.6 and 1.0
● Output Method : NPN
● Wire Length (m.): 2
[Application]
It is an important component in the automation system ,its primary function is to detect objects without requiring any physical contact.
Product Overview
Proximity Sensors, Proximity switches are a type of position switch designed for operation without direct mechanical contact with moving parts. When an object approaches the sensing surface and reaches the operation distance, the switch can work without any mechanical contact or pressure applied, thus driving the DC electrical appliance or providing control commands to the computer (plc). Proximity switches are switch-type sensors (i.e. contactless switches) that incorporate the features of travel switches and microswitches, and provide the sensing capability. They boast reliable operation, stable performance, fast frequency response, long service life, strong anti-interference capability, waterproofness, anti-vibration, corrosion resistance, etc.
Product Comparison
| Model | MISUMI Standard Product PSMM4 | Economy Series | ||
| C-C04 | C-C05 | |||
| Shape | Thread Type M4 | Thread Type M4 | Thread Type M5 | |
| Detection Distance | 1mm | 0.6mm | 1.0mm | |
| Output Format | NPN N.O. (Normally Open) | NPN N.O. (Normally Open) | ||
| Power Supply | DC 3-wire | DC 3-wire | ||
| Supply Voltage Range | 10 to 30V DC | 10 to 30V DC | ||
| Switch Hysteresis | 10% or less of effective detection distance Sr | 15% or less | ||
| Operating Ambient Temperature | -25 to +70 °C | -25 to +70 °C | ||
| Temperature Characteristics | Within ±15% (for operation at +23°C) | Within ±10% (for operation at +25°C) | ||
| Protection Rating | IP67 | IP67 | ||
| RoHS 10 Compliance | Compliant | Non-compliant | ||
Dimensional Drawing
C-C04-N01
C-C05-N01
C-C05-N01
Specification Table
| Proximity Sensors Style | Diameter | Wire Length | Detection Distance | Output Method | Operation Mode | |||||
| C-C04-N01 | M4 | 2M | 0.6mm | NPN Output | NO | |||||
| C-C05-N01 | M5 | 1.0mm | ||||||||
| Proximity Sensors Types | DC 3-Wire Type (NPN) | ||||||||
| Including Cable 2M | |||||||||
| Operation Mode (NO) | |||||||||
| Part Number | C-C04-N01 | C-C05-N01 | |||||||
| Detection Distance | 0.6mm | 1.0mm | |||||||
| Operating Voltage | 10~30VDC | ||||||||
| Allowable Pulse Voltage | <10% | ||||||||
| No-load current | <10mA | ||||||||
| Maximum load current | 100mA | 200mA | |||||||
| Leakage current | <0.01mA | ||||||||
| Voltage drop | <1.5V | ||||||||
| Switching frequency | 2KHZ | ||||||||
| Response time | 0.1ms | ||||||||
| Switching hysteresis | <15% (Sr) | ||||||||
| Repetitive Accuracy | <1.0% (Sr) | ||||||||
| Protection Rating | IP67 | ||||||||
| Operating Temperature | -25°C~+70°C | ||||||||
| Temperature drift | <10% (Sr) | ||||||||
| Short Circuit protection | YES | ||||||||
| Overcurrent | 120mA | 220mA | |||||||
| Detection Surface Material | POM | ||||||||
Product Feature
Proximity Sensors DC 3-Wire Type NPN Output
ZD: Surge Absorbing Zener Diode
Tr: NPN Output Transistor
D: Diode for Power Supply Reverse Connection Protection
ZD: Surge Absorbing Zener Diode
Tr: NPN Output Transistor
D: Diode for Power Supply Reverse Connection Protection
Proximity Sensors DC 3-Wire Type PNP Output
ZD: Surge Absorbing Zener Diode
Tr: PNP Output Transistor
D: Diode for Power Supply Reverse Connection Protection
ZD: Surge Absorbing Zener Diode
Tr: PNP Output Transistor
D: Diode for Power Supply Reverse Connection Protection
Usage Method
Proximity Sensors Shielded
The shielded type has the magnetic flux concentrated in the front of the sensor, with the range of the inductive magnetic field toward the front of the proximity switch.
The shielded type has the magnetic flux concentrated in the front of the sensor, with the range of the inductive magnetic field toward the front of the proximity switch.
Non-shielded
The unshielded coil flux can increase the detection distance, but it is easy to be affected by surrounding metals because there is no object protection
Attention is required during installation
The unshielded coil flux can increase the detection distance, but it is easy to be affected by surrounding metals because there is no object protection
Attention is required during installation
Proximity Sensors Single shielded type
To prevent signal interference, the distance from the sensor surface to the metal detection object is ≥3 Sn (Sn is the sensor’s sensing distance), and the distance between two adjacent proximity sensors is ≥D (D is the sensor’s diameter).
To prevent signal interference, the distance from the sensor surface to the metal detection object is ≥3 Sn (Sn is the sensor’s sensing distance), and the distance between two adjacent proximity sensors is ≥D (D is the sensor’s diameter).
Proximity Sensors Single non-shielded type
No protection is provided around the induction coil, so the distance to be guaranteed between the sensing surface and the mounting surface shall be Y (M5~M8: Y=6 mm, M12: Y=9 mm).
The distance between the sensing surface and the metal detection object shall be ≥3 Sn, and the distance between two adjacent proximity sensors shall be ≥2D (D is the sensor’s diameter).
No protection is provided around the induction coil, so the distance to be guaranteed between the sensing surface and the mounting surface shall be Y (M5~M8: Y=6 mm, M12: Y=9 mm).
The distance between the sensing surface and the metal detection object shall be ≥3 Sn, and the distance between two adjacent proximity sensors shall be ≥2D (D is the sensor’s diameter).
Proximity Sensors Face-to-face mounting method
For face-to-face mounted sensors, the minimum distance between two sensing surfaces shall be ≥ 6 Sn.
For face-to-face mounted sensors, the minimum distance between two sensing surfaces shall be ≥ 6 Sn.
Proximity Sensors Double-distance shielded type
Iron and steel X=0.2D
Other metal X=0.1D
*Thickness of detection object: 1 mm
Iron and steel X=0.2D
Other metal X=0.1D
*Thickness of detection object: 1 mm
Proximity Sensors Double-distance shielded type
| Dimension D | Y (MM) | ||||
| M8 | 12 | ||||
| M12 | 15 |
Precautions
Sensor Attenuation Coefficient
Part Number
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Brand Introduction
MISUMI, the head office company, has been providing customers with various high-quality parts such as automation parts, mold parts, electronic parts, tool & consumables, etc. quickly and accurately since its establishment in Japan in 1963. By compiling product catalogs independently and establishing a marketing system for direct sales of products, a low-cost business operation mode has been created, and by making annual product plans according to customers' opinions and requirements, MISUMI brand-name products with high quality level have been continuously developed
Basic Information
| Shape | Screw | Detected Object | Magnetic Metal | Shield | Shield |
|---|---|---|---|---|---|
| Protection Structure (IEC) | IP67 | Power Supply and Output Specifications | 3-wire type | Output Pattern | NPN Type (Normally Open) |
| External Shape | Cylindrical Type |
- The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .
Frequently asked question (FAQ)
- Question: How long is the detection distance of the proximity sensor
- Answer: The sensing distance of the proximity sensor varies depending on the size and material of the detection object. The sensing distance increases with the shape of the detection object. When the volume reaches a certain value, the sensing distance no longer increases with the shape of the detection object, and becomes a fixed value. Generally, the smallest detection object that reaches a fixed sensing distance is called a standard detection object. The standard detection object is generally a square made of iron (Fe360) with the thickness of 1mm, and the larger of the sensing surface diameter and 3 times the sensing distance is taken as the side length.
- Question: What needs to be paid attention to in the sensor selection?
- Answer: In terms of parameters, it is mainly necessary to determine the main parameters such as product appearance and size, detection distance, operating voltage, output mode (NPN/PNP), output form (normally open/normally closed), and also to ensure the outlet form (direct outlet/connector type), cable length, bending resistance, frequency requirements, ambient temperature requirements, waterproof and dust-proof requirements (IP degree) and other parameters of the sensor.
- Question: What is the meaning of shielded and non-shielded for proximity sensors?
- Answer: The shielded type sensor can be embedded in metal for use, while the non-shielded type cannot be embedded in metal, but its operating distance for detection is longer than the shielded type. Shielded type installation: The sensor is embedded in the metal base, and its effective sensing working surface is flush with the base surface. Non-shielded type installation: The sensor is not embedded in the metal base, and its effective sensing working surface must keep a certain space from its base. For proximity sensors of the same specifications, the non-shielded type can obtain the maximum sensing distance. The advantages of the sensor with shielded type installation are that they have better mechanical protection performance and stronger anti-interference ability than the sensor with unshielded type installation. The sensor with shielded type installation has approximately 69% of the acting distance compared to the sensor with non-shielded type installation.
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