Relative pressure transmitter CS-iWPT302-P

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CS-iWPT302-P is a wireless Bluetooth pressure transmitter designed for pipeline pressure acquisition and local data transmission via Bluetooth. The device is powered by a built-in primary lithium battery and supports parameter configuration and monitoring through a mobile app.

Product overview
CS-iWPT302-P uses a built-in primary lithium battery as power supply and integrates a high-performance transmitter core, dedicated transmitter ICs and components. It supports Bluetooth communication and configurable parameters. It is intended for pressure acquisition on oil, gas and heating pipelines and can transmit data to a Bluetooth gateway or a mobile app for proximate monitoring.

Product features

• Built-in primary (non-rechargeable) lithium battery
• Configurable parameters for on-site commissioning and maintenance
• High measurement accuracy
• Compact size for easy installation
• Low-power design for extended battery life

Applications

• Wireless pressure measurement
• Pipeline pressure monitoring (oil, gas, heating)
• Inspection data acquisition and proximate monitoring

Performance / Technical information

• Accuracy: ±0.5%FS @25°C; ±1.0%FS @-20~80°C
• Communication: Bluetooth (BLE)
• Power: Built-in primary lithium battery, nominal voltage 3.6VDC
• Parameter configuration: Supports on-site parameter configuration to meet different application needs
• Low-power design suitable for long-term battery operation
• Main application areas: Pipeline pressure acquisition and monitoring for oil, gas, heating
• Shape and dimensions: See product page drawings

Features / Specifications (summary)

• Model: CS-iWPT302-P
• Measurement accuracy: ±0.5%FS @25°C; temperature drift ±1.0%FS @-20~80°C
• Communication: Bluetooth (BLE)
• Power supply: Built-in primary lithium battery (3.6VDC)
• Parameters: Supports configuration and remote reading via Bluetooth with mobile app or Bluetooth gateway
• Typical applications: Online pipeline pressure acquisition, inspection data collection and proximate monitoring