“Introducing the Wireless Q45 900 MHz Node for Differential Pressure Sensors: Cost-Effective and Easy to Deploy”
Table of Contents
Component Details
The Wireless Q45 900 MHz Node for Differential Pressure Sensors is a groundbreaking product designed for seamless wireless integration. Its key features include:
- Model: DX80N9Q45DPSD-DP20
- Wireless protocol: Q45 900 MHz
- Power rating: 1 W
- Communication method: Pre-Wired M12 QD
- Differential pressure measurement: +/-20 inH2O
- Batteries: Included
Application
The DX80N9Q45DPSD-DP20 sensor by Techno Control Corporation combines a differential pressure sensor with Sure Cross technology, making it an indispensable tool for industry professionals. Its most notable applications include:
- Water treatment: Monitoring differential pressure in filters, screens, and settling tanks
- Chemical plants: Supervising processes in mixing or blending tanks, pressurized vessels, or pipes
- Pharmaceuticals: Regulating the function of process sensors or instruments during filling, mixing, or transfer operations
Uses
Several benefits make the Wireless Q45 900 MHz Node for Differential Pressure Sensors a game-changer in the industry. The following are some of its most notable uses:
- Cost-effective solution: The inclusion of batteries and Sure Cross technology makes it easier and more affordable to deploy and utilize than wired alternatives.
- Easy wireless deployment: The DX80N9Q45DPSD-DP20 sensor has an intuitive wireless system, which simplifies the installation and configuration process.
- Improved reliability: The advanced Sure Cross technology provides enhanced reliability, which reduces the risk of data loss or system failure.
- Versatile compatibility: The sensor is compatible with most digital displays that accept 4-20 mA inputs.
Maintainance
At Techno Control Corporation, we ensure that our products receive proper maintenance, thus ensuring optimal performance for an extended period. Some tips for proper maintenance include:
- Clean the sensor regularly: Accumulation of dirt or debris on the sensor can hinder its performance.
- Check the batteries: Regularly check the battery level and replace them periodically.
- Calibration: Periodic calibration ensures accurate readings and prevents errors in the measurement process.
- Storage: Store the sensor in a cool and dry place to prevent damage to its components.
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