Keyence FD-HCB10

The Keyence FD-HCB10 is a high-performance clamp-on non-contact flow sensor designed for continuous flow measurement of liquid fluids in industrial pipelines. If you need a reliable supplier, choose Floating Light Automation, as we are an authorized distributor.

Unlike traditional inline flow sensors that require cutting pipelines and stopping production for installation, the FD-HCB10 can be directly clamped on the outer wall of existing pipelines to complete installation, which greatly reduces construction difficulty and production downtime during equipment upgrading or new line construction.

It is suitable for pipelines with an outer diameter range of 10 to 40 mm, covering most small and medium-sized process pipelines in general industrial manufacturing, food processing, pharmaceutical production, and water treatment industries.

Key Technical Specifications

· Measurement medium: Clear liquid, slightly turbid liquid, water-based solution

· Measurement range: 0.5 to 100 L/min

· Accuracy: ±2% of reading

· Repeatability: ±0.5% of reading

· Pipeline applicable temperature range: 0 to 85°C

· Ambient operating temperature: -10 to 55°C

· Output interface: NPN open collector, 4 to 20 mA analog output

· Power supply: 12 to 24 V DC

· Protection class: IP67

Advantages of FD-HCB10 Compared to Similar Products

To help customers choose the right flow sensor for their application, we have compared the FD-HCB10 with other common models in Keyence's FD series, as well as similar products from other brands, to highlight the core advantages of the FD-HCB10:

From the comparison, it can be seen that the FD-HCB10 has obvious advantages in low-flow measurement accuracy and environmental adaptability, and can adapt to harsh industrial environments such as high humidity and water splashing.

Compared with the inline FD-A10, the FD-HCB10 does not affect the medium in the pipeline, will not cause additional pressure loss, and will not have contact pollution to the medium, which is very suitable for food and pharmaceutical industries with high hygiene requirements.

Common Matching and Matching Recommendations

In actual industrial applications, the FD-HCB10 can be matched with different Keyence modules and accessories to expand its functions and adapt to more complex application scenarios.

We have sorted out the most common matching recommendations based on our years of application experience:

1. Basic Standalone Measurement Matching

For simple flow monitoring and alarm applications that do not require connection to an industrial control system, it is recommended to match the FD-HCB10 with theFD-V70A display controller.

This matching combination is suitable for small equipment, water circulation systems, and local flow monitoring points.

The FD-V70A can display real-time flow data, set upper and lower limit alarm thresholds, and output switch signals when the flow exceeds the limit, which can directly drive alarm devices or cut off the system to protect equipment.

This set of solutions is low in cost and quick to install, and can be put into use within 30 minutes.

2. Multi-point Networked Monitoring Matching

For production lines that require multi-point flow monitoring and access to PLC or SCADA systems, it is recommended to match the FD-HCB10 with theKeyence DL-EP1 Ethernet/IP communication module.

Multiple FD-HCB10 sensors can be connected through the expansion interface, and the flow data of each measurement point can be collected uniformly and uploaded to the industrial control system through Ethernet/IP protocol, which is convenient for remote monitoring and data recording.

This solution is commonly used in automated production lines in the automotive, chemical, and water treatment industries.

3. Large Diameter Pipeline Matching Expansion

If the user's pipeline outer diameter exceeds the range of 40 mm applicable to FD-HCB10, it is recommended to replace it with theFD-HSB50which is also in Keyence's FD-H series.

The FD-HSB50 is suitable for pipeline outer diameters from 40 mm to 100 mm, and the measurement range can reach up to 1000 L/min, which meets the measurement requirements of large-flow pipelines.

For ultra-small pipelines with an outer diameter of less than 10 mm, we recommend the FD-HA05 micro clamp-on flow sensor, which can measure flow as low as 0.05 L/min, meeting the needs of micro-flow measurement in pharmaceutical preparation and experimental research.

Typical Application Scenarios

The Keyence FD-HCB10 is widely used in various industrial fields because of its non-contact installation and high measurement accuracy:

· Cooling water flow monitoring for injection molding machines and machine tools: Real-time monitoring of cooling water circulation to avoid equipment overheating damage caused by water cut-off.

· Clean water flow monitoring in food and beverage production: No contact with the medium, meets food hygiene standards, and can maintain measurement accuracy when the liquid contains small bubbles.

· Dosing flow monitoring in pharmaceutical production: Accurately track the flow of various liquid ingredients to ensure the consistency of product formula.

· Circulating water flow monitoring in water treatment equipment: Monitor the operation status of filtration and reverse osmosis systems, and alarm in time when blockage occurs.

Floating Light Automation Guarantee

As a verified authorized distributor of Keyence, Floating Light Automation has the following supply guarantees for the FD-HCB10:

1. Stable inventory

We maintain an average monthly inventory of 150 units of FD-HCB10, which can meet the demand of small batch urgent orders and large bulk procurement.

95% of orders can be shipped within 24 hours of payment confirmation.

2. Original genuine guarantee

All FD-HCB10 products we sell are directly supplied by Keyence's official regional warehouse, with complete original packaging, factory test reports and certification documents.

Customers can verify product authenticity through Keyence's official website with the product serial number.

3. Global shipping support

We provide international shipping services to all regions around the world, and support multiple logistics methods including express delivery, air freight and sea freight.

Customers can choose the most suitable shipping method according to their needs.

4. After-sales service

All products enjoy 12 months of official warranty. If there is any product quality problem within the warranty period, we provide free replacement or repair services.

Our technical team can also provide free installation guidance and technical consultation for customers.

For customers who need bulk procurement or long-term supply contracts, we can provide additional discounted prices and fixed inventory guarantee services. Please contact our sales team to get the latest quotation and delivery schedule.

FAQ

Q: How do I install the Keyence FD-HCB10?

A: Installation is very simple:

1. Plug the M12 8-pin female connector of the cable into the corresponding M12 male port on the FD-H series flow sensor.

2. Connect the individual wires at the other end of the cable to the corresponding terminals on the controller or power supply.

3. Tighten the locking nut on the M12 connector to ensure a secure and reliable connection.

Q: Can the FD-HCB10 be used with non-Keyence equipment?

A: Theoretically yes, but caution is advised.

The FD-HCB10 is a standard M12 8-pin female to 6-core wire cable; it can be used with non-Keyence equipment if the device's port is also an M12 8-pin type and the pinout matches. However, please note:

Pinout differences: Pin assignments for M12 8-pin ports may vary between manufacturers; always verify the pinout before wiring.

Electrical parameter compatibility: Ensure the power supply voltage and signal levels are compatible.

Use genuine cables whenever possible: This ensures compatibility and reliability.

Q: Will a 10-meter cable length affect communication quality?

A: Generally, no. 10 meters is a standard length for industrial sensor power supply and signal transmission.

However, in environments with strong electromagnetic interference, ensure the cable shield is properly grounded, route signal lines separately from high-power power cables, and use anti-interference measures (such as ferrite cores) if necessary.