Overview

The document presents a technical overview of the Digital Water Level Recorder (Model EE-DWLR-1000TD) developed by Engineering & Environmental Solutions Pvt. Ltd. It focuses on the device's features, sensor specifications, applications, and product details.

Product Description

The Digital Water Level Recorder is designed for precise measurement and recording of water levels. The device dimensions are approximately 201mm x 121mm x 75mm, making it compact and suitable for various environmental monitoring applications.

Key Features

• Accurate and reliable water level measurement with digital recording capabilities.
• Robust sensor technology ensuring consistent performance in diverse environmental conditions.
• Easy integration with data logging and monitoring systems.
• Durable construction suitable for long-term field deployment.
• User-friendly interface for configuration and data retrieval.

Sensor Specifications

The sensor incorporated in the recorder is engineered for high precision and stability. It includes advanced sensing elements capable of detecting minute changes in water level. The sensor supports continuous monitoring and is resistant to environmental factors such as moisture and temperature variations.

Applications

The Digital Water Level Recorder is suitable for a wide range of applications including:

• Environmental water resource management.
• Hydrological studies and flood monitoring.
• Groundwater level tracking.
• Industrial water system monitoring.
• Research and academic projects related to water level measurement.

Product and Company Information

Manufactured by Engineering & Environmental Solutions Pvt. Ltd., located at Factory No. E32, C.D.F Industrial Area, Aligarh, U.P, India. Contact details include phone number +91 730 209 0415 and email [email protected].

Critical Information and Recommendations

• Ensure proper installation to maintain sensor accuracy.
• Regular maintenance and calibration are recommended for optimal performance.
• Use in environments within specified operational limits to avoid sensor damage.
• Follow manufacturer guidelines for data handling and device configuration.