In Stream Toxic Gas Sensor

In Stream Toxic Gas Sensor

SMC 5100-XX-IT Toxic Gas Detector

The SMC 5100-XX-IT gas detector monitors toxic gases such as Hydrogen Sulfide, Carbon Monoxide, Nitrogen Dioxide, Ammonia, Oxygen Deficiency, and others. The detector requires calibration only every six months, cutting operating costs and time. As part of the SMC Sentry IT platform, the detector can be remotely diagnosed and calibrated via Remote Sensor Capability.


In Stream Toxic Gas Sensor

In Stream Toxic Gas Sensor

SMC Sentry IT 32 Channel Controller

Powerful gas detection system controller.

The SMC Sentry IT Controller is a powerful network-enabled hazardous gas detection system that operates up to 32 detectors and interfaces with devices over Modbus RTU, 4-20 mA, Sentry PSG Bus, and conventional dry contact. The embedded web application enables users to view important data remotely and provides connectivity into the Industrial Internet of Things (IIoT).


Toxic Gas Detection

Toxic Gas Detection

Electrochemical Toxic Gas Sensor Module

Electrochemical Toxic Gas Sensor Module 5100-XX-IT 

Sierra Monitor’s fixed 5100-XX-IT gas module monitors toxic gases such as Hydrogen Sulfide (H2S), Carbon Monoxide (CO), Nitrogen Dioxide (NO2), Ammonia (NH3), Oxygen (O2) Deficiency, and others.

The 5100-XX-IT module is based on electrochemical technology, a proven, less-expensive option that offers high accuracy, low power requirements, and sensitivity to a particular gas in the parts-per-million range.

Electrochemical Toxic Gas Sensor Module 5100-88-IT 

Sierra Monitor’s 5100-88-IT module monitors Carbon Dioxide (CO2), a toxic gas that is particularly dangerous in enclosed areas. This sensor monitors for adequate indoor air quality (IAQ) to ensure a healthy, comfortable, and productive work environment.

The 5100-88-IT module is based on infrared (IR) technology, an accurate and stable method of detection that requires low maintenance and can operate in low oxygen environments and not be poisoned by toxic gases.

Open Path Combustible Gas Detector Quasar 900 

Sierra Monitor’s fixed 5100-XX-IT gas module monitors toxic gases such as Hydrogen Sulfide (H2S), Carbon Monoxide (CO), Nitrogen Dioxide (NO2), Ammonia (NH3), Oxygen (O2) Deficiency, and others.


Toxic Gas Detection

Toxic Gas Detection

SMC 4501-XX Toxic Gas Detector

The SMC 4501-XX Detector monitors toxic gases such as Hydrogen Sulfide, Carbon Monoxide, Oxygen Deficiency, Chlorine Dioxide, and others. Utilizing 2-wire loop-powered technology, the 4501-XX requires less wiring, leading to better protection from wiring errors. The 4501-XX requires minimal maintenance with a 6-month calibration cycle and continuous self-diagnostics.


Toxic Gas Detection

Toxic Gas Detection

2-Channel Controller for Refrigerant, Toxic and Combustible Gas Detection

Bacharach’s MGS-402 Gas Detection Controller centralizes the status of up to two gas detectors, provides a complete package for your safety compliance application. On the front panel of the MGS-402 a bank of LEDs corresponds to each connected gas detector; showing power, alarm status and fault indicators. The MGS-402 can provide the power requirements for to up to two gas detectors, which can be daisy-chained with Modbus communication to each gas detector; simplifying and reducing the cost of installation.


Toxic Gas Detection

Toxic Gas Detection

8-Channel Controller for Refrigerant, Toxic and Combustible Gas Detection

Bacharach’s MGS-408 Gas Detection Controller centralizes the status of up to 8 gas detection channels in a single location. The digital display provides a real-time view of the gas concentration and status at each gas detection point. It also allows for the controller to be configured in minutes vie the intuitive menu system. A bank of LEDs corresponds to each connected gas detector; showing power, alarm status and fault indicators.


Toxic Gas Detection

Toxic Gas Detection

Safety Gas Detection for Refrigerants, Toxic and Combustible Gases

Bacharach’s MGS-410 Gas Detector makes compliance with mechanical equipment room and refrigeration safety codes simple and easy, saving time and money on equipment and installation. Using the MGS-400 App, users can intuitively use, commission and maintain their gas detection system without the need for specialty training or tools. Pre-calibrated sensor modules simplify maintenance, take minutes to exchange and do not require the use of calibration gas. The MGS-410 sensor can trigger additional audio-visual alarms and act as a standalone gas detection system, or integrate easily into a BMS / BAS or with Bacharach’s MGS-402 or MGS-408 Gas Detection Controllers.


Toxic Gas Detection

Toxic Gas Detection

Safety Gas Detection for Refrigerants, Toxic and Combustible Gases

Bacharach’s MGS-450 Gas Detector makes compliance with refrigeration safety codes (ASHRAE 15, EN 378, CSA-B52) simple and effective, saving time and money on equipment and installation.


Toxic Gas Detection

Toxic Gas Detection

Safety Gas Detection for Refrigerants, Toxic and Combustible Gases

Bacharach’s MGS-460 Gas Detector makes compliance with mechanical equipment room and refrigeration safety codes simple and easy, saving time and money on equipment and installation. Using the MGS-400 App, users can intuitively use, commission and maintain their gas detection system without the need for specialty training or tools. Pre-calibrated sensor modules simplify maintenance, take minutes to exchange and do not require the use of calibration gas. The MGS-460 sensor can trigger additional audio-visual alarms and act as a standalone gas detection system, or integrate easily into a BMS / BAS or with Bacharach’s MGS-402 or MGS-408 Gas Detection Controllers.


Toxic Gas Detection

Toxic Gas Detection

Safety Gas Detection for Refrigerants, Toxic and Combustible Gases

Bacharach’s advanced MGS-550 Dual Gas Detector can utilize any combination of sensor technologies, including electrochemical, semiconductor (MOS), catalytic bead or infrared, in a single platform for unparalleled detection capability. It meets ASHRAE 15 and EN 378 requirements. The MGS-550 can easily be connected to any central control system using the current and volt analog output or the Modbus RTU interface. With three user assignable relays, it can also function as a stand-alone unit without the need to wire alarm devices back to a central system.


Toxic Gas Detection

Toxic Gas Detection

Safety Gas Detection for Refrigerants, Toxic and Combustible Gases

Bacharach’s MGS-460 Gas Detector makes compliance with mechanical equipment room and refrigeration safety codes simple and easy, saving time and money on equipment and installation. Using the MGS-400 App, users can intuitively use, commission and maintain their gas detection system without the need for specialty training or tools. Pre-calibrated sensor modules simplify maintenance, take minutes to exchange and do not require the use of calibration gas. The MGS-460 sensor can trigger additional audio-visual alarms and act as a standalone gas detection system, or integrate easily into a BMS / BAS or with Bacharach’s MGS-402 or MGS-408 Gas Detection Controllers.


Toxic Gas Detection

Toxic Gas Detection

Gas Detection for Refrigerants in Occupied Spaces

The MVR-300™ VRF Refrigerant Gas Detector is specifically designed to provide continuous monitoring for refrigerants associated with high-efficiency, high volume refrigerant cooling and heating systems, such as VRF / VRV (Variable Refrigerant Flow/Variable Refrigerant Volume) systems. Typical applications include hotels, dormitories, hospitals, office buildings, and apartment buildings.


Toxic Gas Detection

Toxic Gas Detection

For Commercial & Industrial Applications - Entrance Monitor for Improving Safety

The MSA Bacharach® MGS-401 Entrance Monitor centralizes the status of up to four (4) MSA Bacharach diffusion Gas Detectors, which in turn provides and audible and visual alarm outside a monitored space. In addition, the MGS-401 displays any gas concentration level in the space for additional information and visual monitoring. System configuration will determine whether the alarms signals are addressed in the monitored space or at a controller or BMS/BAS level.