Gastec 600 Injection Type Gas Measurement System Propane

Description

Gastec 600 Injection Type Gas Measurement System Propane offers a distinct technical advantage for specialized gas analysis. Unlike standard vacuum-pump systems, the No.600 system operates by manually injecting samples into the detector tubes using a high-precision syringe. This method is specifically optimized for measuring gases that exist in extremely high concentrations or those characterized by slow chemical reaction rates.

The system’s design prioritizes control and precision. By using a syringe, technicians can manage the exact volume and speed of the sample introduction, which is critical for maintaining the integrity of the chemical reaction within the detector tube. This makes the Gastec 600 Injection Type Gas Measurement System Propane a preferred choice for laboratory-grade field testing and specialized industrial process monitoring where standard sampling might fail to provide an accurate reading.

Brand

Gastec

Although, technology is always evolving, one demand on our products never changes: the demand for customer safety. Whenever we contribute to customer safety, we are presented with an opportunity to develop further.

GASTEC holds this corporate creed of safety and development in high esteem, as it strives to grow while always putting customer safety first.

Specifications

Substance to be measured	Tube no. & name		Measuring range (ppm)	Scale range (ppm)	No. of tests per box	Detector tube type	Notes
Propane	100B	Propane	0.1-2.0%	0.1-2.0%	10	Injection type	No.600 (Propane)

Features

Precision syringe-based injection method for superior sample volume control.
Specifically designed to measure gases in very high concentrations.
Optimized for monitoring gases with slow chemical reaction times.
Portable and professional kit design for versatile field use.
Compatible with specialized injection-type detector tubes, such as Propane No. 100B.

Applications

The Gastec 600 Injection Type Gas Measurement System Propane is ideal for technical applications including:

Petrochemical Processing: Measuring high-purity propane and other liquefied petroleum gases (LPG).
Chemical Manufacturing: Monitoring slow-reacting chemical processes that require controlled sample introduction.
Research & Development: Laboratory-grade analysis of concentrated gas samples.
Quality Control: Verifying gas concentrations in specialized industrial cylinders or storage units.