CAFS1000C service voltage 14 VDC maximum pressure 0.3 MPa response time 20ms selectable

CAFS1000C service voltage 14 VDC maximum pressure 0.3 MPa response time 20ms selectable is a cutting-edge device designed for high-precision gas flow measurement in various industrial, medical, and scientific applications. This series features advanced technology and customizable options to meet diverse measurement needs. Below is a comprehensive description of its architectural design, product characteristics, and performance parameters.

Architectural Design

CAFS1000C service voltage 14 VDC maximum pressure 0.3 MPa response time 20ms selectable utilizes a sophisticated flow microsensor integrated into a specific flow channel, forming a versatile flow module. This design allows the sensor to be inserted into the air filter and placed in the intake pipe segment, making it adaptable for various airflow measurement scenarios. Key components of the sensor’s architecture include:

1. Core Module:The central part of the sensor that houses the primary measurement and processing components.
2. Measurement Channel Cover:Protects and contains the flow measurement elements.
3. Upper Cover Plate:Secures the internal components and provides a structural enclosure.
4. Sensor Processing Circuit:Manages the signal processing and data conversion for accurate flow measurement.
5. Circuit Board:The platform for the sensor’s electronic components and connections.
6. Air Flow Sensor Core:The main sensing element that detects changes in airflow.
7. Air Filter:An external component that can be replaced according to different air flow needs.

Product Characteristics

1. High Measurement Accuracy

The CAFS1000C Series offers an impressive ±2.0% FS accuracy, ensuring precise measurement of airflow for various applications.

2. Linear Output Without Temperature Compensation

Provides linear output and does not require temperature compensation, which simplifies integration and calibration processes.

3. Long-term Stability

Maintains minimal zero-drift over time, ensuring reliable measurements with long-term stability.

4. Fast Response Time

Features a 20 ms response time, allowing for quick detection of changes in airflow and accurate real-time measurements.

5. Wide Flow Rate Range

Measures a broad range of flow rates from 0 to 60 m/s, with strong impact resistance up to 100g, accommodating diverse measurement needs.

6. Durable Solid-State Sensing Core

Uses a solid-state sensing core with no fragile surface cavities or films, providing excellent resistance to blockage and pressure impacts.

7. Versatile Output Options

Offers two output modes:

• Frequency Output: Ranges from 2.05 to 11.69 kHz
• Analog Voltage Output: Ranges from 1 to 5 VDC

8. Reliable Performance in Wet Gas Conditions

Designed to handle relatively wet gases, maintaining reliability and accuracy even in challenging conditions.

9. Wide Operating Temperature Range

Operates effectively from -40°C to 125°C, with a storage temperature range of -40°C to 125°C and high humidity tolerance (0-100% RH).

10. Condensate Resistance

The sensor is designed to be resistant to condensate water, ensuring reliable operation in various environments.

Performance Parameters

Product Applications

The CAFS1000C Series is designed for use in a variety of fields, including but not limited to:

• Industrial Applications: Process monitoring, control systems, and automation.
• Medical Devices: Respiratory equipment, gas analyzers.
• Petroleum Industry: Gas measurement in extraction and refining processes.
• Scientific Instruments: Laboratory equipment, research and development.
• Gas Measurement: Environmental monitoring, gas distribution systems.
• Chemical Processing: Chemical reactors, safety systems.
• Smelting Operations: Monitoring gases in metal smelting.
• Food Processing: Quality control, production line monitoring.
• Mechanical and Electrical Equipment: Integration into machinery and electronic systems.

Product Variants

The CAFS1000C Series is available in various configurations to meet different needs: