|
|
Laboratories
Laboratories often use volatile chemicals and gases, which makes it crucial to continuously monitor for safety. Toxic gases like ammonia and carbon monoxide can seriously harm lab workers if they aren't detected quickly. Regulations from OSHA and the International Building Code require ongoing air quality checks to keep the workplace safe. While good ventilation is important, it may not be enough, especially in tight spaces or when dealing with reactive chemicals. Using real-time gas detection systems helps identify even small changes in gas levels, allowing for quick action to prevent accidents. This aligns with best practices for indoor air quality, ensuring compliance with safety regulations and protecting staff from hazardous substances.
Laboratories frequently work with volatile chemicals and gases, making continuous gas monitoring essential for safety and regulatory compliance. The presence of toxic or combustible gases, such as ammonia or carbon monoxide, can pose significant health risks to laboratory personnel if not detected promptly. Specific regulations, such as OSHA 1910.146 (Permit-Required Confined Spaces) and OSHA 1910.1000 (Air Contaminants), as well as requirements from the International Building Code (IBC), mandate ongoing air quality monitoring in laboratories to ensure a safe working environment. Properly installed gas detection systems help laboratories meet these regulations while safeguarding staff from exposure to hazardous substances.
While ventilation systems are crucial, they may not be sufficient to address the risks in laboratories, particularly in confined spaces or when handling reactive chemicals. The integration of real-time gas detection equipment enables the identification of even minor changes in gas concentrations, allowing for swift corrective actions. This practice aligns with best practices outlined in the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) Standard 62.1, which emphasizes maintaining acceptable indoor air quality. Early detection of hazardous gas levels facilitates immediate intervention, significantly reducing the risk of accidents and ensuring sustained regulatory compliance.
... [+ More] about
Monitored Gases
Contact our experts! [+]
 Code compliant UL 2075 sensors and controllers since 2010 Flexible and pre-engineered solutions to fit your project Extraordinary tech support Cost effective solutions Fast delivery because it's American engineered
Ready to tackle your project?
Discuss your requirements with our Team at 858.578.7887 or submit the form below
Product Solutions
|
 |
DGC6 Multi-Point Digital Gas Detection and Control SystemHighly configurable controller for up to 96 sensors distributed on a robust RS-485 bus. Programmed with user-friendly PC software or via front panel pushbuttons, the DGC6 can be used for single- or multi-zone applications with on-off or variable speed fan controls. |
|
|
 |
DT6 Digital Gas TransmitterDigital RS-485 communicating, addressable toxic and combustible gas sensor for direct connection to the DGC6-Series Digital Gas Controller. |
|
|
 |
SC2 X-Change Gas Sensor CartridgeThe sensor cartridge SC2 includes a high performance sensing element (electrochemical for toxic gases and pellistor type for combustible gases), and an amplifier as well as a microprocessor. |
|
|
 |
SGC6 Standalone Gas ControllerVentilation controller with one, two, or three gas sensor modules. Intuitive, menu-driven setup allows on/off, multi-speed, and variable speed control of ventilation equipment in response to user-specified gas concentration levels. |
|
|
|
|
