• Cooling India
  • Dec 5, 2017

Bacharach Adds New Refrigerant Gas Options 

 Bacharach, a leading manufacturer of refrigerant and gas leak detection, from monitoring instruments and data solutions, to combustion and emissions analyzers, announces the addition of two new gas options, R514A and R452B for its MGS-250 infrared refrigerant gas detector product family.

  This non-dispersive infrared sensor technologyoffers significant user benefits when detecting either of these twogases.The major benefit is theelimination of cross-interference from other gases and the elimination of cross-interference from changes in temperature and humidity providing the user with peace of mind knowing the reading he sees is accurate and stable. Other benefits include added sensor life of 5 – 7 years and reduced maintenance.

  Modbus RTU protocols,analog and relay outputs enable easy integration with building management systems and industrial automation system controls for refrigeration systems operating with R514A or R452B. Bacharach continues supporting the cooling and refrigeration industries by extending its library of refrigerant gases which can be detected and monitored, as the refrigeration industry moves toward use of refrigerants less harmful to the environment.

  R514A is a refrigerant with a very low GWP of under 2, and is targeted as a replacement for R123 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 R514A as a “B1” refrigerant, meaning that it is not flammable, but is classed as having higher toxicity, with on OEL of 323ppm.

  This B1 classification highlights the importance of refrigerant monitoring in this application, maintaining high accuracy and enabling the effective and reliable detection of refrigerant leaks which could be harmful, as well as reducing the efficiency of the refrigeration system.

  R452B is designed as a lower GWP replacement for R410A in air conditioning applications, with a GWP of 676 which is around 65% less than that of R410A. It is an HFO/HFC blend of R32 (67%), R1234yf (26%) and R125 (7%).