HG-C1100 Laser Displacement Sensor 100Mm Centre Distance ±35Mm Measuring Range 70Um Repeatability Ip67 12-24V Dc Npn Pnp Output 0-5V 4-20Ma Analog Signal

Product Description:

The HG-C series consists of compact CMOS laser displacement sensors specifically designed for reliable, high-precision distance and position measurements in industrial automation environments. Each unit features an integrated CMOS laser optical system combined with a built-in mirror, enabling a slim profile without compromising the measurement accuracy typically expected from dedicated displacement sensors.

Equipped with a 7-segment digital display, these sensors directly indicate measured distances in millimetres. This convenient feature allows operators to easily verify readings and configure threshold settings on-site, eliminating the need for external programming devices.

The series offers five different measurement centre distances: 30 mm, 50 mm, 100 mm, 200 mm, and 400 mm. Corresponding measuring ranges span from ±5 mm up to ±200 mm, with repeatability values varying between 10 μm to 800 μm depending on the specific model. Linear accuracy stands at ±0.1% full scale for the 30, 50, and 100 mm models, while extended-range versions provide linearity within ±0.2% or ±0.3% full scale.

Regarding output options, the HG-C sensors deliver both analog voltage (0–5 V) and analog current (4–20 mA) signals. They also include NPN or PNP open-collector control outputs, offering selectable Light-ON or Dark-ON operation modes to suit various system requirements.

Designed with durability in mind, the HG-C series is enclosed in a compact housing rated to IP67 standards, capable of operating within a temperature range from -10°C to +45°C. The devices are resistant to vibration and shock, powered by a 12–24 V DC supply with low current consumption (40 mA or less at 24 V DC). Additionally, users can choose from response times of 1.5 ms, 5 ms, or 10 ms.

Certifications such as CE, UKCA, FDA, and UL/c-UL are available for different HG-C models, ensuring compliance with international safety and quality standards.

Features:

The optical design employs a compact CMOS structure with a built-in mirror, effectively reducing the sensor's depth without compromising the high accuracy typical of displacement sensors.

Measurements are displayed digitally in millimetres via a clear 7-segment display. This feature allows for straightforward threshold configuration and immediate on-site verification of measured distances.

The sensor offers multiple measurement ranges, with centre distances available at 30, 50, 100, 200, and 400 millimetres. These options provide flexibility for measurement spans varying from ±5 mm to ±200 mm.

High repeatability is ensured across models, ranging from an impressive 10 micrometres on the HG-C1030 to 800 micrometres on the HG-C1400 for measuring distances between 200 and 400 millimetres.

Dual analog outputs are provided, including 0–5 V voltage and 4–20 mA current signals, facilitating external data acquisition as well as convenient scaling adjustments.

Users can select the response time among three settings—1.5 ms, 5 ms, or 10 ms—allowing them to balance measurement speed with signal stability according to their specific application needs.

The control output supports either NPN or PNP configurations through an open-collector transistor output. It includes selectable Light-ON/Dark-ON modes along with built-in short-circuit protection to enhance reliability.

Designed for tough industrial environments, the sensor boasts an IP67 rating, ensuring it is both dust-tight and resistant to water ingress.

It meets a wide range of certification standards, including CE (EMC/RoHS), UKCA, FDA laser notice compliance, and holds UL/c-UL recognitions, guaranteeing compliance and safety across various markets.

Despite its advanced capabilities, the sensor maintains low power consumption, drawing 40 mA or less at 24 V DC and up to 65 mA at 12 V DC, making it energy-efficient for continuous operation.

Technical Parameters:

Applications:

Position and presence detection play a crucial role in industrial automation by ensuring that workpieces are accurately delivered and positioned on transfer robots and assembly stations. This verification process helps maintain efficiency and precision throughout the manufacturing workflow.

Another important application involves the verification of stack height and quantity. By measuring the height of stacked objects or confirming the number of layers, material handling systems can operate more reliably and avoid errors related to incorrect counts or heights.

Thickness and dimension inspection is vital for inline quality assurance. This process involves measuring parts, sheets, and various components as they are produced, helping to guarantee that they meet specified tolerances and standards without slowing down the production line.

Displacement monitoring offers real-time feedback for various types of equipment such as positioning stages, presses, and forming machines. Continuous monitoring ensures that these machines operate within their intended parameters, thereby improving accuracy and reducing the risk of defects.

Quality control is often executed through go/no-go inspections that utilize threshold values derived from digital distance readings. This method provides a straightforward means of deciding whether a product meets quality requirements, simplifying decision-making on the production floor.

Lastly, robot guidance benefits from analog distance feedback, which is essential for pick-and-place operations and automated handling systems. By providing precise distance information, robots can perform their tasks more effectively and with higher reliability.

Support and Services:

Our Variable Frequency Converter (VFC) product is supported by a dedicated technical support team committed to ensuring optimal performance and customer satisfaction. We offer comprehensive services including installation guidance, troubleshooting assistance, firmware updates, and preventive maintenance recommendations.

Technical support is available through various channels to help you resolve any issues quickly and efficiently. Our experts provide detailed documentation and user manuals to facilitate proper setup and operation of the VFC. Additionally, we offer training sessions to enhance your understanding of the product’s features and capabilities.

For maintenance, we recommend regular inspections and software updates to maintain the reliability and efficiency of your Variable Frequency Converter. Our service team can also provide on-site support and repair services if required, ensuring minimal downtime for your operations.

We are committed to continuous improvement and welcome customer feedback to help us enhance our products and services. Trust our technical support and service teams to assist you throughout the lifecycle of your Variable Frequency Converter.

Packing and Shipping:

Product Packaging and Shipping:

The Variable Frequency Converter is carefully packaged to ensure safe delivery and optimal protection during transit. Each unit is securely enclosed in a custom-designed, shock-absorbent box that prevents damage from impacts and vibrations.

Inside the packaging, the converter is cushioned with foam inserts and anti-static materials to safeguard sensitive electronic components. The packaging also includes a user manual, warranty card, and necessary accessories.

For shipping, the products are placed in sturdy outer cartons, which are clearly labeled with handling instructions and product details. We offer various shipping options including standard, expedited, and freight services to accommodate different delivery needs.

Our logistics partners ensure timely and reliable delivery, with tracking available for all shipments. Special care is taken for international shipping to comply with customs regulations and to minimize transit time.