NDIR Sensor Products to Support R-514A

In Press Releases by Bacharach

Bacharach Adds R-514A to Gas Library

As chiller applications within the refrigeration industry demand refrigerants with low GWP (Global Warming Potential) Bacharach Inc. adds R-514A to its gas library of detectable refrigerants. Bacharach’s proprietary non-dispersive infrared (NDIR) sensor technology allows its instrumentation to measure levels as low as 1 ppm of refrigerant, while maintaining high accuracy and enabling the early detection of refrigerant leaks.

The calibration curve for R-514A has now been added into the software for the Multi-Zone and Single Zone continuous refrigerant monitoring products as well as the portable spot leak detection devices. Bacharach’s proprietary technology allows for these curves to be quickly created keeping up with development of new and better refrigerants. This enables the precise measurement of all refrigerants, including the new products like R-514A, to maintain the high standards expected from Bacharach’s market leading sensor technology Bacharach’s NDIR sensors allow for fast response times, long sensor life, high accuracy, repeatability, minimal maintenance and no cross sensitivity.

About R-514A

R-514A is a refrigerant with a very low GWP of under 2 and is targeted as a replacement for R-123 in centrifugal chiller applications. It is a blend of HFO 1336mzz(Z) (74.7%) with trans-1,2-dichloroethene (25.3%), a gas not previously used in refrigerants.

ASHRAE 34 classes R-514A as a “B1” refrigerant, meaning that it is not flammable, but is classed as having higher toxicity, with on OEL (Occupational Exposure Limit) of 323 ppm. This highlights the importance of the early detection of refrigerant leaks which could be harmful, and reduce refrigeration system efficiencies.

Products Accepting the R-514A Refrigerant:

  • HGM-MZ – Fixed leak monitor for up to 16 remote areas detecting refrigerant levels as low as 1 ppm. Configurations are also available to monitor CO2 and NH3.
  • HGM-SZ – Fixed leak monitor for one location to detect and measure CFC, HFC, and HCFC, leaks down to 1 ppm. Configurations are also available to monitor CO2 and NH3.
  • PGM-IR – Portable leak monitor for halogenated refrigerants or CO2. Unaffected by changes in temperature and humidity, detecting limits as low as 1 ppm enabling quick, thorough inspections and leak surveys.
  • H25-IR – Industrial grade leak analyzer for white goods manufacturing, eliminates the need for a calibrated reference leak source while detecting CFC, HFC and HCFC refrigerants down to 0.03 oz/year (0.85 g/yr).

Bacharach continues its support of the cooling and refrigeration industries by the expansion of R-514A to its library of refrigerant gasses; offering more gasses to be detected and monitored while assisting in the use of refrigerants less harmful to the environment.

About Bacharach, Inc.

Bacharach products make the heating, ventilation, air-conditioning and refrigeration industries safer, cleaner, and more energy efficient. Bacharach is a global leader in the design, manufacture and service of gas detection data solutions, monitoring and analysis instrumentation. Operating for over 100 years, with headquarters located in Pittsburgh, PA and manufacturing and distribution facilities located in Canada, Ireland, and England, Bacharach also continues to expand its fixed and portable product portfolio and global market presence to design, deliver and service high quality gas measurement and monitoring solutions. These solutions will increase productivity, reduce costs, and protect lives and the environment. The company’s core applications are chiller plants, supermarkets & food retail, food and beverage processing, residential and commercial heating and cooling, government HVAC-R, conditioned occupied spaces, refrigerated storage, white goods manufacturing, boilers & generators, industrial appliances, commercial & industrial plants, power generation engines, commercial refrigeration and data rooms. Please visit www.mybacharach.com for additional information.

Bacharach Media Contact