Apcon Automation India Private Limited

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• Sensing side size : Frame size 17mm
• Sensing distance : 5mm
• Standard sensing target : 18×18×1mm(iron)
• Response frequency : 700Hz
• Current specification : Current consumption: Max. 10mA

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• Excellent noise resistance with specialized sensor IC
• Long life cycle, reliable performance, economical, and easy-to-install
• Built-in surge protection circuit
• Built-in reverse polarity protection circuit (DC 3-wire types)
• Built-in overcurrent protection circuit (DC types)
• Operation indicator (red LED)
• IP67 protection structure (IEC standard)

PRDCM18-14DP2

• Sensing side diameter : M18
• Sensing distance : 14mm
• Installation : Non-shield(non-flush)
• Standard sensing target : 40×40×1mm(iron)
• Response frequency : 200Hz

CR30-15AO

• Sensing side diameter : M30
• Sensing distance : 15mm
• Standard sensing target : 50×50×1mm(iron)
• Response frequency : 20Hz
• Current specification : Leakage current: Max. 2.2mA

PRL18-5AO

• Sensing side diameter : M18
• Sensing distance : 5mm
• Installation : Flush
• Standard sensing target : 18×18×1mm(iron)
• Response frequency : 20Hz

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• Sensing side diameter : M30
• Sensing distance : 15mm
• Standard sensing target : 50×50×1mm(iron)
• Response frequency : 50Hz
• Current specification : Current consumption: Max.15mA

• Sensing side diameter : M18
• Sensing distance : 5mm
• Installation : Flush
• Standard sensing target : 18×18×1mm(iron)
• Response frequency : 500Hz

• Wire type and power	DC 3-wire type 12-24VDC
  Sensing side diameter	M18
  Sensing distance	5mm
  Installation	Flush
  Standard sensing target	18×18×1mm(iron)
  Response frequency	500Hz
  Current specification	Current consumption: Max. 10mA
  Control output	NPN Normally Open
  Material	Case/Nut: Nikel plated Brass, (connector case of DIA. of sensing side Ø 8 mm: SUS303), washer: Nikel plated Iron, sensing side: polybutylene terephthalate, standard cable (black): polyvinyl chloride (PVC), oil resistant cable (gray): oil resistant polyvinyl chloride (PVC)
  Cable Standard/material	Standard cable
  Protection structure	IP67(IEC standard)
  Body length	Standard type
  Environment_Ambient temperature	-25 to 70℃, storage: -30 to 80℃
  Environment_Ambient humidity	35 to 95% RH, storage: 35 to 95% RH
  Hysteresis(distance)	Max. 10% of sensing distance
  Residual voltage	Max. 1.5V
  Weight	Approx. 122g(approx. 110g)

• A proximity sensor detects the presence or absence of an object within a certain range without physical contact.

• It uses electromagnetic fields, capacitive, inductive, or ultrasonic technology to sense nearby objects or changes in the environment.

• Commonly found in automation systems, security systems, and automotive applications, where contactless detection is needed.

• Types include inductive (for metal objects), capacitive (for non-metallic objects), and ultrasonic (for distance measurement).

• Flat design (10 mm height) allows easy installation in limited spaces
• Excellent noise resistance with specialized sensor IC (DC types)
• Built-in reverse polarity protection circuit, overcurrent protection circuit (DC types)
• Built-in surge protection circuit
• Operation indicator (red LED)
• Durable and reliable alternative to micro switches and limit switches
• IP67 protection structure (IEC standard)

• Flat design (10 mm height) allows easy installation in limited spaces
• Excellent noise resistance with specialized sensor IC (DC types)
• Built-in reverse polarity protection circuit, overcurrent protection circuit (DC types)
• Built-in surge protection circuit
• Operation indicator (red LED)
• Durable and reliable alternative to micro switches and limit switches
• IP67 protection structure (IEC standard)

• Excellent noise resistance with specialized sensor IC
• Long life cycle, reliable performance, economical, and easy-to-install
• Built-in surge protection circuit
• Built-in reverse polarity protection circuit (DC 3-wire types)
• Built-in overcurrent protection circuit (DC types)
• Operation indicator (red LED)
• IP67 protection structure (IEC standard)

• Excellent noise resistance with specialized sensor IC
• Long life cycle, reliable performance, economical, and easy-to-install
• Built-in surge protection circuit
• Built-in reverse polarity protection circuit (DC 3-wire types)
• Built-in overcurrent protection circuit (DC types)
• Operation indicator (red LED)
• IP67 protection structure (IEC standard)

• Excellent noise resistance with specialized sensor IC
• Long life cycle, reliable performance, economical, and easy-to-install
• Built-in surge protection circuit
• Built-in reverse polarity protection circuit (DC 3-wire types)
• Built-in overcurrent protection circuit (DC types)
• Operation indicator (red LED)
• IP67 protection structure (IEC standard)

• Sensing side diameter : M30
• Sensing distance : 15mm
• Installation : Shield(flush)
• Standard sensing target : 45×45×1mm(iron)
• Response frequency : 100Hz