Bacharach, Inc. Infrared Refrigerant Gas Detector MGS-250

Description
Long-life, proprietary infrared (NDIR) sensor Detects CFCs, HFCs, HCFCs and new HFO refrigerants No cross interference to other gases, humidity or temperature Modbus RTU interface, analog output, BAS/BMS system connectivity Set all parameters and outputs without opening the unit Bacharach's MGS-250 Infrared Refrigerant Gas Detector is the leader in performance and flexibility. It can be configured as either a broadband sensor used for gross leak detection, or as a gas-specific version that’s pre-calibrated and characterized for precision response to individual refrigerants. The MGS-250 is the economical solution for detecting refrigerants without the limitations posed by solid-state sensor technologies. Advanced infrared sensing technology makes the MGS-250 immune to cross sensitivities from combustible and toxic gases, as well as changes in temperature and humidity. The infrared sensor provides low-level leak detection and delivers up to 5 to 7 years of virtually maintenance-free operation. The MGS-250 has an alpha-numeric LED display, status indicator, on-board relay, and alarm to alert personnel when levels have exceeded the preset limit.
Datasheet
Description
Long-life, proprietary infrared (NDIR) sensor Detects CFCs, HFCs, HCFCs and new HFO refrigerants No cross interference to other gases, humidity or temperature Modbus RTU interface, analog output, BAS/BMS system connectivity Set all parameters and outputs without opening the unit Bacharach's MGS-250 Infrared Refrigerant Gas Detector is the leader in performance and flexibility. It can be configured as either a broadband sensor used for gross leak detection, or as a gas-specific version that’s pre-calibrated and characterized for precision response to individual refrigerants. The MGS-250 is the economical solution for detecting refrigerants without the limitations posed by solid-state sensor technologies. Advanced infrared sensing technology makes the MGS-250 immune to cross sensitivities from combustible and toxic gases, as well as changes in temperature and humidity. The infrared sensor provides low-level leak detection and delivers up to 5 to 7 years of virtually maintenance-free operation. The MGS-250 has an alpha-numeric LED display, status indicator, on-board relay, and alarm to alert personnel when levels have exceeded the preset limit.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Infrared Refrigerant Gas Detector - MGS-250 - Bacharach, Inc.
New Kensington, PA, USA
Infrared Refrigerant Gas Detector
MGS-250
Infrared Refrigerant Gas Detector MGS-250
Long-life, proprietary infrared (NDIR) sensor Detects CFCs, HFCs, HCFCs and new HFO refrigerants No cross interference to other gases, humidity or temperature Modbus RTU interface, analog output, BAS/BMS system connectivity Set all parameters and outputs without opening the unit Bacharach's MGS-250 Infrared Refrigerant Gas Detector is the leader in performance and flexibility. It can be configured as either a broadband sensor used for gross leak detection, or as a gas-specific version that’s pre-calibrated and characterized for precision response to individual refrigerants. The MGS-250 is the economical solution for detecting refrigerants without the limitations posed by solid-state sensor technologies. Advanced infrared sensing technology makes the MGS-250 immune to cross sensitivities from combustible and toxic gases, as well as changes in temperature and humidity. The infrared sensor provides low-level leak detection and delivers up to 5 to 7 years of virtually maintenance-free operation. The MGS-250 has an alpha-numeric LED display, status indicator, on-board relay, and alarm to alert personnel when levels have exceeded the preset limit.
  • Long-life, proprietary infrared (NDIR) sensor
  • Detects CFCs, HFCs, HCFCs and new HFO refrigerants
  • No cross interference to other gases, humidity or temperature
  • Modbus RTU interface, analog output, BAS/BMS system connectivity
  • Set all parameters and outputs without opening the unit

Bacharach's MGS-250 Infrared Refrigerant Gas Detector is the leader in performance and flexibility. It can be configured as either a broadband sensor used for gross leak detection, or as a gas-specific version that’s pre-calibrated and characterized for precision response to individual refrigerants. The MGS-250 is the economical solution for detecting refrigerants without the limitations posed by solid-state sensor technologies.

Advanced infrared sensing technology makes the MGS-250 immune to cross sensitivities from combustible and toxic gases, as well as changes in temperature and humidity. The infrared sensor provides low-level leak detection and delivers up to 5 to 7 years of virtually maintenance-free operation. The MGS-250 has an alpha-numeric LED display, status indicator, on-board relay, and alarm to alert personnel when levels have exceeded the preset limit.

Supplier's Site Datasheet

Technical Specifications

  Bacharach, Inc.
Product Category Gas Instruments
Product Number MGS-250
Product Name Infrared Refrigerant Gas Detector
Measurement Type Trace
Gas Types Refrigerants; (0 to 3,500 ppm)
Display Digital
Instrument Type Detector
Unlock Full Specs
to access all available technical data

Similar Products

Air Quality Monitors - 2649759 - RS Components, Ltd.
Specs
Operating Temperature 122 F (50 C)
Operating Humidity 100 %
View Details
VOC Environmental Meter - PCE-VOC 1 - PCE Instruments / PCE Americas Inc.
PCE Instruments / PCE Americas Inc.
Specs
Gas Types Toxic; (Formaldehyde (HCHO))
Instrument Type Detector
Operating Temperature 32 to 104 F (0 to 40 C)
View Details
Gas and LPG Process Analyzer - 9710 - C.I. Analytics, Inc.
Specs
Measurement Type %Volume
Instrument Type Analyzer
Sensor Technology Dry colorimetry Sensi-Tape® detection with solid state optics source
View Details
Open Path Infrared Gas Detector - IR5500 - MSA Safety
Specs
Measurement Type %LEL or %LFL; %Volume; Trace
Application Ambient Air Monitoring; Process Gas
Gas Types Hydrocarbons; (0 to 2000 ppm, 0 to 1 LE); Methane (CH4) / Natural Gas; (0 to 5000 ppm, 0 to 5 LEL)
View Details