Apcon Automation India Private Limited

The BJ300-DDT-P is likely a model of a photoelectric sensor used in industrial and automation settings for object detection. Here's a quick breakdown:

• BJ300-DDT-P is a photoelectric sensor designed to detect the presence or absence of objects using light (often infrared or visible light).

• The "DDT" part of the model number may indicate a specific output type or a feature like time delay or detection technology.

• "P" could denote a specific model variation or feature, such as a polarized light sensor for detecting objects with highly reflective surfaces.

• Photo sensors like this are often used in automation, packaging, material handling, and quality control systems to ensure precise detection, even in harsh or complex environments.

For detailed specifications (e.g., sensing range, response time, output type), it’s best to check the manufacturer’s datasheet or technical manual for this particular model.

Would you like help finding more details or a specific application for this sensor?

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

The BH1M-DDT is a model of photoelectric sensor designed for precise object detection in industrial automation systems. Here’s a quick breakdown:

• Type: It is a diffuse reflection photoelectric sensor, meaning it detects objects based on the light that is reflected off the object itself, without needing a separate receiver.

• Sensing Range: Provides medium-range detection, typically effective within a few meters, making it suitable for applications requiring precise detection in shorter distances.

• Design: Features a compact, rugged design often with IP-rated housing for dust and water protection, making it durable for harsh environments.

• Applications: Ideal for use in conveyor systems, positioning systems, sorting machines, and assembly lines where reliable, non-contact object detection is required.

The BH1M-DDT offers fast response times and reliable performance, making it a versatile solution for various industrial automation tasks.

The BJ300-DDT-C-P is a photoelectric sensor designed for high-performance object detection in industrial environments. Here's a brief overview:

• Type: It is a through-beam photoelectric sensor, which uses a transmitter and receiver separated by a distance. The sensor detects objects when the light beam between the two is interrupted.

• Detection Range: Typically offers long-range detection, making it ideal for applications where objects need to be detected over a larger distance (several meters).

• Design: Features a rugged construction suitable for harsh industrial conditions, with protection against dust and moisture (often IP-rated).

• Applications: Commonly used in conveyor systems, automated material handling, and robotic systems where long-range, non-contact object detection is essential.

The BJ300-DDT-C-P is known for its reliable performance and robust design, making it a popular choice in demanding industrial settings.

The BJN100-NDT-P is a specific model of photoelectric sensor typically used for object detection and automation applications. Here’s a quick breakdown:

• Type: It is a through-beam photoelectric sensor, meaning it detects objects by emitting light from one unit and detecting the interruption of that light by an object with a separate receiver.

• Range: Provides long sensing distances, often up to several meters, making it ideal for large-scale industrial applications.

• Design: Known for its compact design, making it suitable for installations with limited space.

• Applications: Commonly used in conveyor systems, packaging lines, and automated machines for precise, non-contact detection.

This type of sensor is often chosen for its reliability in detecting objects without physical contact, reducing wear and tear.

The BX3M-PFR is a photoelectric sensor designed for precise object detection and control in various industrial settings. Here's a quick breakdown:

• Type: It is a retroreflective photoelectric sensor, which means it detects objects by sending a light beam to a reflector, and the sensor detects the light reflected back from the object.

• Detection Range: Offers a medium-range detection, making it suitable for moderate distances, typically in environments where objects are not too far away.

• Design: Known for its compact and robust design, often with IP-rated housing for protection against dust and moisture, ideal for industrial environments.

• Applications: Commonly used in conveyor systems, automated machinery, positioning systems, and quality control processes where reliable, non-contact object detection is essential.

The BX3M-PFR provides reliable performance with quick response times, making it suitable for high-speed and precise detection in automated processes.

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

The BJN100-NDT is a model of photoelectric sensor designed for various industrial detection applications. Here's a brief overview:

• Type: It is a through-beam photoelectric sensor, meaning it consists of two separate units—one emits the light beam and the other detects when the beam is interrupted by an object.

• Detection Range: Offers long-range detection capabilities, typically up to several meters, ideal for detecting larger or more distant objects.

• Design: Features a compact and durable design, built to withstand harsh industrial environments with protection against dust and water (often IP-rated).

• Applications: Commonly used in automated systems, conveyor lines, and safety applications, where precise, non-contact object detection is needed.

The BJN100-NDT is designed for high reliability and performance, offering an efficient solution for industries that require long-range, robust sensing solutions.

• The BR20M-TDTL-C is a photoelectric sensor that detects the presence or absence of objects using light, typically infrared or visible light, depending on the model.

• The TDTL in the model number suggests it may be a through-beam type sensor, where the sensor and reflector are placed opposite each other, and the sensor detects when the light beam is interrupted by an object.

• C likely refers to a compact design, making it suitable for use in environments where space is limited.

• Common applications include conveyor systems, packaging lines, and robotic systems, where object detection is critical for process automation, counting, or safety monitoring.

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

The BL13 - TDT appears to be a model designation for a specific industrial or electrical component. Based on common naming conventions, here's a likely description:

• BL13 could refer to a specific series or type of product, like a sensor, controller, or indicator used in industrial settings.

• TDT might indicate a particular functionality or technology, such as a Time Delay Timer (TDT), which is used to delay actions in automation processes.

• This type of device could be used in applications where timed control or delayed response is necessary, such as controlling machines, conveyors, or safety systems.

• The exact details would depend on the manufacturer or product line, but it’s likely designed for use in automation, process control, or safety monitoring.

For precise features, specifications, or applications, it's best to check the manufacturer's datasheet or user manual. Would you like me to look up more detailed information on this model?

The BTF30-DDTL is a photoelectric sensor designed for various industrial and automation applications. Here’s a quick breakdown:

• Type: This is a diffuse reflection photoelectric sensor that detects objects by measuring the amount of light reflected back from a surface.

• Range: It offers a medium to long sensing range, typically effective up to several meters, making it versatile for different industrial settings.

• Design: The BTF30-DDTL is often compact and robust, designed to withstand harsh environments, such as those found in factories or production lines.

• Applications: Commonly used in conveyor systems, automatic doors, material handling, and positioning for its non-contact, high-precision detection capabilities.

The BTF30-DDTL is popular for environments where fast, reliable object detection is necessary, especially for automation and machine control systems.

The BS5-L1M is a photo micro sensor, designed for precise and compact object detection. Here’s a brief overview:

• Type: It is typically a diffuse reflection photoelectric sensor, meaning it detects objects based on the light that reflects off them without needing a separate receiver.

• Compact Design: The BS5-L1M features a small form factor, making it ideal for installations in tight spaces where other sensors might not fit.

• Applications: Commonly used in small parts detection, assembly lines, and robotic applications, particularly when high-precision and quick response are required.

• Performance: Known for its fast response time and high sensitivity, it ensures reliable detection in environments with minimal space.

The BS5-L1M is an excellent choice for applications where detecting tiny objects or precise positioning is crucial.

The BS5-T1M is a photo micro sensor, designed for precise and compact object detection in various automation systems. Here's a quick overview:

• Type: It’s a photoelectric micro sensor, typically operating on retroreflective or diffuse reflection sensing modes to detect objects in close proximity.

• Compact Design: Known for its small size, it’s ideal for installations where space is limited and for applications requiring high-precision detection.

• Applications: Commonly used in assembly lines, small part detection, positioning systems, and robotic arms where small objects need to be sensed reliably.

• Performance: Offers high accuracy and fast response time, ensuring efficient operation in automation and industrial processes.

The BS5-T1M is ideal for applications where space is at a premium, but reliable and precise object detection is still essential.

The FD-620-10 is a fiber optic cable typically used in industrial and automation applications. Here’s a quick overview:

• Type: It is a fiber optic cable designed for light transmission, often used with fiber optic sensors to detect objects or conditions.

• Design: The FD-620-10 features high-performance fiber optics, providing reliable and fast signal transmission with low loss over distance.

• Applications: Commonly used in sensors, data transmission, safety systems, and position sensing applications where conventional wiring may not be suitable or when flexibility is required.

• Features: Known for its flexibility, durability, and ability to operate in environments where electrical interference may be present, making it ideal for industrial environments.

The FD-620-10 fiber optic cable ensures efficient and stable signal transmission, making it essential for precise sensing and control in automation systems.

Autonics Area Sensor models in various sizes are available with us.

BW2008, BW2008P, BW2012, BW2012P, BW2016, BW2016P, BW2020, BW2020P, BW2024, BW2024P, BW2028, BW2028P, BW2032, BW2032P, BW2036, BW2036P, BW2040, BW2040P,

BW2044, BW2044P, BW2048, BW2048P, BW4004, BW4004P,

BW4006, BW4006P, BW4008, BW4008P, BW4010, BW4010P,

BW4012, BW4012P, BW4014, BW4014P, BW4016, BW4016P

BW4018, BW4018P, BW4020, BW4020P, BW4022, BW4022P,

BW4024, BW4024N, BW4024P, BWP2008, BWP2008P, BWP2012, BWP2012P, BWP2016, BWP2016P, BWP2020,

BWP2020P, BWPK2505, BWPK2505P,

BW4024, BWP2016 .

• Front mounting (M18 nut) or side mounting (M3 screws)
• Simultaneous NPN/PNP open collector output
• Through-beam type: 20 m / Retroreflective type: 4 m / Diffuse reflective type: 1 m, 30omm
• Mirror Surface Rejection (MSR) function allows stable detection of highly reflective targets (retroreflective type only)
• Sensitivity adjuster included
• Light ON I Dark ON operation mode switch
• Operation indicator (red LED) and stability indicator (green LED)
• Built-in reverse polarity protection circuit and output overcurrent (short-circuit) protection circuit
• Mutual interference prevention function (except through-beam type)
• IP67 protection structure (IEC standard)
• Front And Side Mounting
• Simultaneous NPN And PNP Open Collector Output
• Long sensing Distance
• Mirror Surface Rejection MSR Function
• Simple Operation Mode switching

• Through-beam type (BTS1 M): Ø2 mm
• Retroreflective type (BTSZOO): Ø2 mm (at distance 100 mm)
• Convergent reflective type (BTS15/30): Ø0.15 mm (at distance 10 mm)

• Button switch operation ensures accurate detection regardless of material, color, or reflectivity of target objects
• Optimized for transport detection of semiconductor wafer enclosures.
• Mechanical life cycle of 5 million operations
• Four operation indicators (red LED) [side: 2, top: 2]
• Stainless steel mounting brackets

The BRQM400-DDTA is likely a model of a photoelectric sensor used in industrial automation and control systems. Here’s a brief overview:

• BRQM400-DDTA is a photoelectric sensor that detects the presence or absence of objects using light (usually infrared or visible light).

• The model might feature through-beam, diffuse, or retro-reflective sensing modes, offering versatility in detecting objects at varying distances.

• DDTA could indicate specific output types (e.g., NPN or PNP transistors) or an integrated time delay feature for specific applications.

• Commonly used in conveyor systems, material handling, safety gates, and other industrial automation tasks to ensure accurate object detection and enhance system efficiency.

For exact specifications (like detection range or sensing mode), checking the manufacturer’s datasheet would be the best option! Would you like me to help you find more details?

The BRQP1M-DDTB-P is a photoelectric sensor, commonly used in industrial automation for detecting the presence or absence of objects. Here's a quick breakdown of its features:

• BRQP1M-DDTB-P is a photoelectric sensor that detects objects by emitting light (usually infrared) and measuring the reflection or interruption caused by the object.

• The "DDTB" in the model likely indicates a detection mode or output type. For example, it could be a diffuse type sensor, which detects objects without the need for a reflector, or retro-reflective, which uses a separate reflector for detection.

• "P" at the end of the model number may indicate a polarized light sensor, designed specifically for detecting highly reflective surfaces without interference from external light sources.

• Common applications include material handling, packaging, robotics, and conveyor systems for detecting object presence or absence in automated processes.

For precise specifications like sensing range, response time, and output configuration (e.g., NPN/PNP), checking the manufacturer's datasheet or technical manual would be ideal.

Would you like help finding more technical information or specific use cases for this sensor?

• The BRQM100-DDTA-P is a photoelectric sensor that uses light to detect the presence or absence of objects, typically infrared or visible light.

• The DDTA likely refers to a detection mode (e.g., diffuse type) and the specific output type (like NPN/PNP), suitable for a wide range of applications.

• P may indicate the sensor is polarized, designed for detecting reflective objects without interference from ambient light or other reflective surfaces.

• Commonly used in material handling systems, packaging lines, and robotic applications for precise and reliable detection in industrial environments

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• Universal AC/DC models (relay contact output) available
• Output types: relay contact (AC/DC type), NPN/PNP open collector (DC type)
• Sensitivity adjuster
• Timer function (built-in timer models): ON delay, OFF delay, One-shot delay
• Self-diagnosis function (green LED ON indicates stable operation)
• Built-in reverse polarity protection circuit, output short-circuit (overcurrent) protection circuit
• Wide range power supply: 24-240 VAC / 24-240 VDC (universal AC/DC type)
• IP66 protection structure (IEC standard)

• Photoelectric sensors for non-contact detection of liquid in transparent pipes.
• Detects presence of liquid in transparent pipes (external diameter 6 to 13 mm, <1 mm thick).
• Compact size: W 23 x H 14 x L 13 mm
• Light ON/Dark ON operation mode switch
• Operation mode indicator (green LED)
• [Light ON: on, Dark ON: off]
• Operation status indicator (red LED)

• Independent 4-channel output
• High-speed response time under 1 ms
• Built-in reverse polarity protection circuit and output short-circuit (overcurrent) protection circuit
• IP65 protection structure (IEC standard)

• Independent 4-channel output
• High-speed response time under 1 ms
• Built-in reverse polarity protection circuit and output short-circuit (overcurrent) protection circuit
• IP65 protection structure (IEC standard)

The BW40-04 (Area Sensor) is typically a type of safety or proximity sensor used in industrial automation. Here's a brief overview:

• The BW40-04 is likely an area sensor designed to detect objects or movement within a specified area, providing proximity or presence detection.

• Commonly used in safety systems to monitor specific zones, ensuring safety in hazardous areas or detecting the presence of objects in automated processes.

• It could be part of a photoelectric or ultrasonic sensor series, offering various sensing technologies for different applications.

• The 4 in the model number might refer to sensor range or output types, which can include digital or analog signals depending on the system.

For precise details, it’s always good to refer to the manufacturer’s datasheet for this specific model!

• BGS (Background Suppression) reflective method minimizes influence from external objects.
• 5 mm x 30 mm emitter light area (at 3omm) provides reliable detection without influence.From holes, protrusions, intrusions on PCB boards
• Light ON / Dark ON switch.
• Built-in reverse polarity protection circuit and output short-circuit (overcurrent) protection .
• IP65 protection structure (IEC standard)

• A photoelectric sensor detects the presence or absence of an object by using light (infrared or visible) as a sensing medium.

• It operates by emitting a beam of light and measuring its reflection or interruption when an object is present.

• Commonly used in industrial automation, robotics, and safety applications to detect objects without physical contact.

• Types include through-beam, retroreflective, and diffuse depending on how the light is reflected or transmitted.

• Special optical design with long sensing distance up to 2 m
• Sensitivity adjuster
• Stability indicator (Light ON: orange. Dark ON: green)
• Operation indicator (red)
• IP64 protection structure (IEC standard)

• Through-beam type (BTF1M): Ø2 mm
• Diffuse reflective type (BTF30): Ø0.2 mm (at distance 10 mm)
• BGS reflective type (BTF15): Ø0.2 mm (at distance 10 mm)

• Long sensing distance: 20 m (Through-beam type)
• Excellent noise resistance with digital signal processing.
• High-speed response time under 1 ms
• Sensitivity adjuster (except through-beam type)
• IP66 protection structure (IEC standard)

• High noise resistance to ambient light
• High-speed response time under 1 ms
• Built-in reverse polarity protection circuit,
• Output short-circuit (overcurrent) protection circuit
• Switch between Light ON and Dark ON modes using control wire
• Operation indicator (red LED) and power indicator (green LED)
• IP66 protection structure (IEC standard): SUP-30, BUP-50
• IP50 protection structure (IEC standard): SUP-30S, BUP-50S

• Universal AC/DC models (relay contact output) available
• Light ON/Dark ON operation mode switch
• Sensitivity adjuster (except through-beam types)
• Specialized, high-performance sensor IC
• Output types: relay contact (AC/DC type), NPN/PNP open collector (DC type)