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Dwyer Instruments PG-7000

$662.00

The Dwyer Instruments PG-7000 is a precision differential pressure gauge designed for laboratory and industrial applications. Ideal for measuring pressure differences in various environments, it ensures accuracy and reliability in critical systems.

The Dwyer Instruments PG-7000 is a high-performance differential pressure gauge tailored for both professional and industrial use. With a robust design and cutting-edge technology, it provides accurate measurements for a wide range of applications, including HVAC systems, filter monitoring, and cleanroom environments. The PG-7000 offers consistent, real-time data to ensure optimal system performance.

Key Features:

  • High-resolution digital display for precise pressure readings.

  • Wide pressure range for diverse applications.

  • Easy-to-use interface with intuitive controls.

  • Compact and durable for easy integration in tight spaces.

  • Battery-operated with long-lasting performance.

  • Adjustable zero point for calibration flexibility.

Compatible Chemicals:
The PG-7000 is compatible with non-corrosive gases and liquids commonly used in laboratory and industrial applications, including air, nitrogen, and water-based solutions.

Included Accessories:

  • PG-7000 Differential Pressure Gauge

  • User manual

  • Mounting bracket

  • Calibration tool

Compliance:
The PG-7000 complies with ISO 9001 standards, ensuring high-quality manufacturing and performance. It also adheres to GLP (Good Laboratory Practice) guidelines for laboratory environments.

Benefits for Lab Users:

  • Accuracy: Ensures precise pressure measurements, improving system monitoring and performance.

  • Versatility: Suitable for a variety of laboratory and industrial uses, including filtration, ventilation, and cleanroom applications.

  • Ease of Use: User-friendly design allows for quick calibration and setup, reducing downtime in critical processes.

  • Reliability: With its durable construction and long battery life, it provides consistent readings over extended periods, even in demanding environments.