HIKROBOT MV-PE5502-P Photoelectric Sensor Precision Detection

The HIKROBOT MV-PE5502-P Photoelectric Sensor is engineered for precision detection in demanding industrial environments. This diffuse-reflective sensor, featuring a settable distance, offers robust performance with a detection range of 10-350mm. Its core advantages lie in its non-contact detection capability, which minimizes wear on both the object and the sensor, leading to extended service life and reduced maintenance costs. The MV-PE5502-P is designed to provide stable and long-range detection even in environments with complex electromagnetic interference, sunlight, or high-frequency LED light sources. Its IP67 protection rating ensures excellent performance in harsh conditions. Key technical parameters include a red LED light source, a response time of ≤ 500 μs, and hysteresis of < 10% of the set distance. It operates on a supply voltage of 12 VDC to 24 VDC ±10% and has an operating current of ≤ 20 mA. Circuit protection features include reverse polarity, overcurrent, and overvoltage protection, contributing to its reliability.

Product Specifications

| Specification            | Value                                         |

| :----------------------- | :-------------------------------------------- |

| Model                    | MV-PE5502-P                                   |

| Sensor Type              | Diffuse-reflective (with settable distance)   |

| Detection Distance       | 10-350 mm                                     |

| Light Source             | Red LED (660 nm)                              |

| Response Time            | ≤ 500 μs                                      |

| Hysteresis               | < 10% of set distance                         |

| Supply Voltage           | 12 VDC to 24 VDC ±10%                         |

| Operating Current        | ≤ 20 mA                                       |

| Max. Sink/Source Current | ≤ 100 mA                                      |

| Circuit Protection       | Reverse polarity, overcurrent, overvoltage    |

| Ingress Protection       | IP67                                          |

| Operating Temperature    | –25 °C to 55 °C (–13 °F to 131 °F)            |

| Storage Temperature      | –30 °C to 70 °C (–22 °F to 158 °F)            |

| Humidity                 | 35% RH to 85% RH                              |

| Housing Material         | Polycarbonate                                 |

| Lens Material            | Acrylic                                       |

| Output                   | NO/NC (supports light-on/dark-on switch)      |

Core Features & Market Positioning

The HIKROBOT MV-PE5502-P distinguishes itself through its precise detection capabilities, leveraging a focused red LED light source to achieve accurate readings within its 10-350mm range. Its market positioning is firmly rooted in industrial automation, where reliability and precision are paramount. The sensor's design prioritizes stability in challenging electromagnetic environments and resistance to ambient light interference, making it a superior choice over conventional sensors. Hikrobot's commitment to robust engineering is evident in the IP67 rating and comprehensive circuit protection, underscoring its suitability for demanding applications where downtime is not an option. The "precision detection" aspect is further enhanced by its settable distance feature, allowing fine-tuning for specific application requirements, a crucial factor in high-throughput manufacturing and logistics.

Key Application Scenarios

The versatility of the HIKROBOT MV-PE5502-P enables its deployment across a wide spectrum of industrial automation tasks. Its precise distance detection makes it ideal for long-range detection, accurate measurement of object positions, and quality inspection where minor deviations are critical. It excels in scenarios involving the detection of highly reflective objects, transparent items, or even dark materials, tasks that often challenge less sophisticated sensors. Furthermore, the MV-PE5502-P is well-suited for detecting ultra-small workpieces, a common requirement in semiconductor and electronics manufacturing. It can also be integrated into systems such as speed gates and turnstiles for reliable object detection and throughput management.

Practical System Integration Guidance

Integrating the HIKROBOT MV-PE5502-P into an existing industrial system is streamlined by its standard mounting hole pitch of 25.4mm and M3 metal screw holes, facilitating secure installation. The sensor offers both Normally Open (NO) and Normally Closed (NC) outputs, supporting both light-on and dark-on switching modes, which provides flexibility in control system configuration. The power supply requirement of 12-24 VDC is standard for industrial automation, and the built-in reverse polarity, overcurrent, and overvoltage protection safeguards the sensor and connected equipment. For wiring, users should ensure proper connection to the power source and the control system input, adhering to the NPN output configuration (implied by search results, though not explicitly stated for this specific model). The precise nature of the sensor's output necessitates careful calibration of the control logic to leverage its full potential in automated processes.

Operation and Risk Mitigation

Operating the HIKROBOT MV-PE5502-P involves configuring its settable distance feature using the integrated trimmer, allowing users to define the sensing range precisely. The sensor's operational status is indicated by an orange indicator, while stability is confirmed by a green indicator. Risk mitigation is inherent in its design; the non-contact detection principle prevents damage to delicate workpieces and the sensor itself. Its IP67 rating ensures robust protection against dust and water ingress, crucial for preventing operational failures in harsh environments. While specific fault codes are not detailed in the provided data, common troubleshooting for photoelectric sensors often involves checking for obstructions, ensuring correct alignment, verifying power supply, and confirming output signal interpretation by the control system.

Scalability & Long-Term Value

The HIKROBOT MV-PE5502-P contributes to long-term value through its robust construction and integration capabilities within broader industrial automation ecosystems. Hikrobot is a provider of comprehensive machine vision solutions, including cameras, lenses, and lighting, indicating a potential for seamless integration with other Hikrobot products for more complex automation tasks. While specific upgrade paths for this sensor model are not detailed, its compatibility with standard industrial interfaces and power supplies suggests a degree of future-proofing. The company's focus on IIoT and smart manufacturing implies that its products are designed with future digital integration in mind, enabling data collection and analysis for enhanced operational efficiency.

Frequently Asked Questions (FAQs)

Q1: What is the detection range of the HIKROBOT MV-PE5502-P?

The MV-PE5502-P offers a versatile detection range from 10mm up to 350mm. This broad operational window allows for flexible placement and application in various scenarios requiring precise object sensing.

This extended range makes it suitable for tasks ranging from close-proximity detection to medium-distance sensing requirements in automated lines.

Its ability to detect within this specific span ensures reliable performance without over-sensitivity or insufficient reach for intended targets.

Q2: How does the HIKROBOT MV-PE5502-P handle ambient light and electromagnetic interference?

This photoelectric sensor is engineered with excellent protection performance against external light sources. It effectively suppresses interference from strong sunlight and high-frequency LED lighting.

The device also demonstrates stability in environments with significant electromagnetic fields. This resilience is crucial for consistent operation in complex industrial settings.

Its robust design ensures reliable detection signals, minimizing false triggers or missed detections caused by common environmental disturbances.

Q3: What types of objects can the HIKROBOT MV-PE5502-P detect?

The MV-PE5502-P can detect a wide array of objects, including those with high reflectivity or dark surfaces. Its precision is suited for identifying small workpieces.

It is also capable of detecting transparent objects, which are often challenging for standard sensors. This versatility expands its application potential significantly.

The sensor's focused red LED beam contributes to its ability to differentiate between various materials and surface properties for accurate identification.

Q4: Is the HIKROBOT MV-PE5502-P suitable for harsh industrial environments?

Yes, the MV-PE5502-P features an IP67 protection rating. This means it is dust-tight and protected against immersion in water up to 1 meter deep.

The sensor's housing is constructed from durable polycarbonate and features an acrylic lens. These materials contribute to its resilience against physical impact and chemical exposure.

Its operational temperature range of -25°C to 55°C further confirms its suitability for demanding industrial conditions.

Q5: What are the output options for the HIKROBOT MV-PE5502-P?

The sensor provides both Normally Open (NO) and Normally Closed (NC) output configurations. This dual functionality offers flexibility for integration into different control systems.

Users can select between light-on and dark-on modes, adapting the sensor's output behavior to the specific logic of their automation setup.

This adaptability simplifies wiring and configuration, reducing integration time and potential for wiring errors.

Q6: What is the response time of the HIKROBOT MV-PE5502-P?

The HIKROBOT MV-PE5502-P boasts a rapid response time of 500 microseconds (μs) or less. This quick reaction capability is vital for high-speed automation processes.

Such a fast response allows the sensor to accurately capture fleeting events or detect fast-moving objects on a production line.

This performance is critical in applications where timing is precise, ensuring that control signals are generated without significant delay.

Q7: How is the detection distance adjusted on the HIKROBOT MV-PE5502-P?

The detection distance is adjusted using a settable distance feature, controlled by a 200° trimmer. This allows for fine-tuning the sensor's sensing threshold.

This manual adjustment mechanism provides precise control over the operational range, enabling users to optimize performance for specific targets and environments.

Careful calibration using this trimmer is essential to achieve the desired detection accuracy and prevent false positives or negatives.

Q8: What are the power supply requirements for the HIKROBOT MV-PE5502-P?

This photoelectric sensor operates on a standard industrial voltage range of 12 VDC to 24 VDC. It includes a tolerance of ±10% and a maximum ripple of 10%.

The device has a low operating current draw of ≤ 20 mA, making it energy-efficient. It also features built-in protection against reverse polarity and overvoltage.

Ensuring a stable and appropriate DC power supply is key to the sensor's reliable and long-term performance in any automated system.

Q9: Does the HIKROBOT MV-PE5502-P offer any built-in protection features?

Yes, the MV-PE5502-P incorporates robust circuit protection measures. These include safeguards against reverse polarity, overcurrent, and overvoltage conditions.

These protective features are critical for preventing damage to the sensor and connected control devices, enhancing system reliability.

The inclusion of these protections contributes to the sensor's overall durability and reduces the risk of equipment failure due to electrical anomalies.

Q10: How does the HIKROBOT MV-PE5502-P compare to traditional sensors in terms of performance?

Compared to traditional sensors, the MV-PE5502-P offers more stable and longer-range detection capabilities. This is particularly noticeable in complex electromagnetic environments.

Its non-contact detection method extends service life and lowers maintenance costs by preventing damage to both the object and the sensor.

The sensor's advanced design ensures greater accuracy and consistency, even when operating under demanding industrial conditions where older sensor technologies might falter.