The Manning Primary Safety System (MPSS) is a total, turnkey solution for the detection of toxic gas leaks. It provides a "hardened" safety system utilizing dedicated MPSS sensors connected in realtime to a GM-10 multi-channel monitoring and warning control unit – all protected by a single uninterruptible power system. MPSS responds to unsafe gas levels with visual, audible and electrical outputs configured to initiate orderly shutdown and control of potentially dangerous leak scenarios

Model EC-P1 Portable

Portable Electronic Ammonia Leak Detector

The Manning Systems EC-P1 gas sensor is a portable, battery-operated instrument for the measurement of ammonia gas concentrations in ambient air. It is particularly useful for finding leaks around ammonia refrigeration equipment or for assessing a safety situation prior to entering a confined space.

General Description

The EC-P1 is a complete portable measuring instrument containing an electrochemical sensor, sample pump, flowcell assembly, microprocessor electronics, and a two-line backlit LCD display. It is extremely useful for locating gas leaks from process piping, pumps, valves and storage cylinders. The EC-P1 will also accurately measure ambient ammonia concentrations in confined spaces or open areas. The internal pump delivers a positive sample flow for quick, accurate measurement.

GT-NH3 Portable Electronic High Level Ammonia Sensor

Portable Electronic High Level Ammonia Sensor

The Manning Systems GT-NH₃ is a portable, battery operated gas sensing instrument for the measurement of high level ammonia concentrations in ambient air to aid in emergency response decision making. The GT can also be designed for carbon dioxide or R-22 sensing.

General Description

Manning Systems GT-NH₃ is a complete portable ammonia measuring instrument containing a high level ammonia sensor, sample pump, telescoping sample probe, flowcell assembly, microprocessor electronics, and a two-line backlit LCD display. It displays extremely accurate measurement of actual ammonia concentrations in a major leak situation.