Wholesale Leybold PIEZOVAC PV201 & THERMOVAC TM201 Portable Gauges Suppliers, Exporter

The PIEZOVAC PV201 and THERMOVAC TM201 are portable vacuum gauges from Leybold. Their rugged construction and versatile connection options ensure seamless integration into any vacuum system, delivering accurate, consistent performance every time. Leybold's PIEZOVAC PV201 and THERMOVAC TM201 portable gauges are designed to provide precise and reliable vacuum measurement for a wide range of applications.

Product Description

Product Overview

The Leybold PIEZOVAC PV201 and THERMOVAC TM201 are portable vacuum gauges from Leybold.

Measuring Range: The PIEZOVAC PV201 utilizes piezoelectric technology and offers an absolute pressure measurement range of 2000 to 1 mbar; the THERMOVAC TM201 combines piezoelectric and Pirani sensors and offers an absolute pressure measurement range of 1200 to 5 × 10⁻⁵ mbar. Both models offer a relative pressure measurement range of -1060 to +1200 mbar.

Features
Precise Measurement

Advanced sensors with temperature compensation ensure stable and accurate readings, while sophisticated electronics deliver consistent and repeatable results.

User-Friendly

An intuitive graphical display and simple control menu provide quick access to real-time data, facilitating rapid decision-making and process adjustments.

Leak Detection & Monitoring

Leaks can be identified by tracking the rate of pressure rise, assisting in maintaining system integrity, maintenance, and quality control.

Data Logging & Connectivity

A built-in data logger stores time-stamped measurements, transfers data via USB-C or optional Bluetooth®, and analyzes it using Leybold VacuGraph™ software.

Lightweight & Rugged Design

Both products feature a lightweight yet rugged design for use in harsh environments, while maintaining the same compact form factor for portability and ease of use.

Technical Specifications
Specification PIEZOVAC PV201 THERMOVAC TM201
Measurement Principle Piezo technology (for absolute pressure) Combined Piezo + Pirani sensors (for absolute pressure)
Absolute Pressure Range 2000 to 1 mbar 1200 to 5 × 10⁻⁵ mbar
Relative Pressure Range -1060 to +1200 mbar
Sensor Performance Temperature-compensated sensors
Data Logging Built-in data logger (stores time-stamped measurements)
Connectivity USB-C, optional Bluetooth®
Display Intuitive graphical display
Dimensions (W × H × D) 70 x 105 x 46.4 mm
Weight 250g
Power Supply Rechargeable Li-ion battery (USB-C charging)
Operating Temp Range 0 °C to 50 °C
Inlet Connection G 1/8" female (compatible with adapters)
Protection Rating IP54 (dust and splash water protection)
Models & Delivery Information
Model Range

Models: Leybold PIEZOVAC PV201 & THERMOVAC TM201 Portable Gauges

Dimensions & Weight

Dimension: 70 x 105 x 46.4 mm
Weight: 0.25kg

General Shipping Details

Delivery information typically includes delivery times, shipping methods, packaging, etc., which may vary depending on the seller and the location of purchase.

Manuals & Resources
Leybold Vacuum Gauges Datasheet Icon

Leybold PIEZOVAC PV201 & THERMOVAC TM201 Portable Gauges datasheet.pdf

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Frequently Asked Questions
What is the absolute measurement range of the PIEZOVAC PV201?
The PIEZOVAC PV201 utilizes piezoelectric technology and offers an absolute pressure measurement range of 2000 to 1 mbar.
How does the THERMOVAC TM201 differ in sensor technology?
The THERMOVAC TM201 combines both piezoelectric and Pirani sensors, allowing it to measure an absolute pressure range of 1200 to 5 × 10⁻⁵ mbar.
What connectivity options are available for data transmission?
Both portable gauges come with a built-in data logger and support USB-C connectivity, with optional Bluetooth® support for data analysis.
Are the PV201 and TM201 suitable for harsh environments?
Yes, both models feature a lightweight, compact, and rugged design with an IP54 protection rating to safeguard against dust and water splashes.
What is the operating temperature range for these gauges?
The operating temperature range for both the PV201 and TM201 models is 0 °C to 50 °C.
How can I identify system leaks using these devices?
System leaks can be detected and monitored effectively by tracking the rate of pressure rise within the built-in system software functions.

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