HIKROBOT MV-DPC800 Camera Synchronization Trigger & Synchronizer Hub

The HIKROBOT MV-DPC800 is a sophisticated camera synchronization trigger and synchronizer hub designed to streamline industrial automation workflows. This device acts as a crucial bridge, ensuring precise timing and data capture between multiple cameras and sensors in high-speed production environments. Its robust design and advanced capabilities make it an indispensable component for applications demanding meticulous synchronization and reliable performance. As a leading synchronizer hub, the MV-DPC800 is engineered to meet the rigorous demands of modern manufacturing, offering unparalleled efficiency and accuracy. The camera synchronization trigger functionality is central to its design, facilitating seamless integration and operation within complex vision systems.

Electrical Characteristics:   Model: MV-DPC800   Power Consumption: 2.9 W (without camera), Maximum 185 W @ 24 VDC (with camera), 20.4 W per sensor interface   Power Supply Voltage: 24 VDC ±5%   Operating Current: Above 6 A (with camera)   Safety Voltage Input Range: 24 VDC   Encoder Signal Voltage:

*   Single-ended valid low level: 0.5 ~ -24 VDC

*   Single-ended valid high level: 1.5 ~ 24 VDC

*   Differential valid low level: -0.2 ~ -24 VDC

*   Differential valid high level: 0.2 ~ 24 VDC   Digital Input Voltage Range:

*   Single-ended valid low level: 0 ~ 0.8 VDC

*   Single-ended valid high level: 4.1 ~ 24 VDC

*   Differential valid low level: -0.8 ~ 0.8 VDC

*   Differential valid high level: 0.8 ~ 24 VDC, -0.8 ~ -24 VDC

Physical Specifications:   Interfaces: 1 power interface (DC24V power supply), 1 differential input interface (supports three-way encoder signal input), 1 single-ended input interface (supports four-way single-ended signal input), 8 RJ45 interfaces (supports 8-way camera power supply & synchronous triggering)   Dimensions: 158 mm × 100 mm × 42.1 mm   Weight: 515.9 g   Operating Temperature: 0°C ~ 45°C   Storage Temperature: -30°C ~ 80°C   Humidity: 20% ~ 80% RH (non-condensing)   Shock: Half-sine shock of 15 g with a period of 11 ms, 3 times in each direction (X, Y, Z)   Vibration: Frequency 10 ~ 55 Hz, amplitude of 1.5 mm, 2 hours in each direction (X, Y, Z)   Certifications: CE, RoHS

The HIKROBOT MV-DPC800 excels in industrial scenarios requiring high-precision, synchronized image acquisition. Its robust design ensures stable operation in demanding environments, making it suitable for applications such as high-speed pick-and-place operations, automated quality inspection on assembly lines, and complex robotic guidance systems. The ability to power and synchronize up to eight cameras simultaneously, coupled with support for various encoder and digital input types, provides exceptional flexibility for system integrators. This synchronizer hub is particularly valuable in the automotive manufacturing sector for detailed inspection of components and in the electronics industry for verifying the assembly of intricate circuits. Its reliable performance contributes significantly to increased production throughput and reduced defect rates, embodying the core principles of efficient industrial automation.

In addition to the MV-DPC800, HIKROBOT offers other synchronization solutions, such as the MV-DPC400, which may be suitable for applications with fewer camera requirements or different interface needs.

Industrial Scenarios and Value Proposition:

The MV-DPC800 is engineered to enhance productivity and precision across various industrial domains. In high-speed packaging lines, it ensures that cameras capture images of products at the exact moment of interest, allowing for real-time quality checks and label verification, thereby minimizing waste and ensuring brand integrity. For automated assembly lines, such as those in the automotive or electronics industries, the MV-DPC800 enables synchronized data acquisition from multiple inspection points, facilitating comprehensive defect detection and ensuring that each component meets stringent quality standards. This leads to a reduction in assembly errors and improved overall product reliability.

Furthermore, in robotics and automation, precise synchronization is critical for tasks like robotic guidance, object recognition, and spatial mapping. The MV-DPC800's robust trigger and synchronization capabilities allow robots to interact with their environment more intelligently and efficiently, whether it's for intricate assembly tasks or precise material handling. By ensuring that vision data is captured and processed with minimal latency, it directly contributes to faster cycle times and enhanced operational efficiency. The device's ability to handle complex encoder inputs also makes it ideal for applications where precise motion tracking is essential, such as in the operation of automated guided vehicles (AGVs) or complex conveyor systems.

Selection Guidance:

The HIKROBOT MV-DPC800 is an excellent choice for industrial automation systems that require the synchronization and power delivery for up to eight cameras, especially in high-speed or complex multi-camera setups. It is particularly well-suited for applications demanding precise encoder feedback for motion synchronization and a wide range of digital input options for process integration.

However, for simpler applications that may only require synchronization for a smaller number of cameras (e.g., one to four) or do not necessitate the advanced encoder signal handling capabilities, alternative solutions like the HIKROBOT MV-DPC400 might be more cost-effective and appropriate. It is also important to consider the environmental conditions of the installation; while the MV-DPC800 has a robust operating temperature range, extremely harsh environments might require additional protective measures or specialized industrial hardware.

Answers to Frequently Asked Questions (FAQ):

Q: How does the HIKROBOT MV-DPC800 handle synchronization for multiple cameras?

A: The MV-DPC800 utilizes dedicated RJ45 interfaces to provide synchronized triggering signals to up to eight cameras, ensuring that image acquisition occurs simultaneously across all connected devices for accurate data capture.

Q: What types of encoder signals does the MV-DPC800 support for motion synchronization?

A: The device supports both single-ended and differential encoder signals, with defined voltage ranges for valid low and high states, allowing for flexible integration with various industrial encoders.

Q: Can the MV-DPC800 power the connected cameras directly?

A: Yes, the MV-DPC800 features eight RJ45 interfaces that not only provide synchronization but also supply power to the connected cameras, simplifying system wiring and reducing the need for separate power supplies for each camera.

Q: What is the maximum power draw of the MV-DPC800 when powering cameras?

A: When powering cameras, the MV-DPC800 has a maximum power consumption of 185 W at 24 VDC, with individual sensor interfaces rated at 20.4 W.

Q: Is the MV-DPC800 suitable for use in environments with significant vibration or shock?

A: Yes, the MV-DPC800 is designed to withstand industrial conditions, having passed tests for half-sine shock (15 g, 11 ms) and vibration (10-55 Hz, 1.5 mm amplitude), making it robust for typical factory floor environments.

Q: What are the key advantages of using the MV-DPC800 as a camera synchronization trigger compared to simpler solutions?

A: The primary advantage lies in its ability to manage up to eight cameras, its comprehensive encoder and digital input support for sophisticated motion synchronization, and its integrated power delivery, which significantly streamlines complex industrial vision system deployments.

Q: Does the MV-DPC800 comply with common industrial standards?

A: The MV-DPC800 is CE and RoHS certified, indicating compliance with key European standards for safety, health, and environmental protection in electrical and electronic equipment.

Q: What is the operating temperature range of the MV-DPC800, and does it require special environmental considerations?

A: The device operates within a temperature range of 0°C to 45°C and humidity of 20% to 80% RH (non-condensing). For applications outside these parameters, such as extreme cold or heat, additional environmental control or enclosures may be necessary.