JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Try searching for keywords in categories, brands, products, and more. If you have any questions, please contact our Support team
Out of stock
Shopping cart
Your cart is empty
Looks like you haven't made your choice yet.
x
SKU:
Subtotal:
Total:
My Quote
Your Quote is empty
Checkout using your account
This form is protected by reCAPTCHA - the Google Privacy Policy and Terms of Service apply.
Checkout as a new customer
Creating an account has many benefits:
Eagle Eye HGD-2000 hydrogen gas detector monitors Hâ‚‚ buildup in battery rooms and facilities with relay outputs, LED alarms, and 24/7 operation.
Wohler DT22 Surface Temperature Probe delivers precise pipe and surface heat measurement up to 212°F, enabling accurate monitoring across HVAC systems and industrial processes.
The inclusion of the Si-CA 230 Upgrade board enhances the intelligence of the Sauermann CxHy Hydrocarbon Sensor, providing a sophisticated solution for the detection and monitoring of hydrocarbon gases.
The Sauermann NO Sensor (0-5000ppm) with a dedicated board designed for upgrading Si-CA 130/230 offers an advanced solution for the precise monitoring and control of Nitric Oxide gas levels. Its accuracy, compatibility, and effortless integration make it a sophisticated choice.
The inclusion of the Sauermann H2S Sensor (0-500ppm) with the Si-CA 230 Upgrade board provides an all-in-one solution for thorough gas detection and environmental monitoring, giving users the capability to efficiently mitigate potential risks.
The Sauermann Low NO2 Sensor (0-100ppm) equipped with a Si-CA 230 Upgrade board is an indispensable instrument for individuals in need of accurate and dependable monitoring of NO2 gas across a broad range of concentrations.
The Si-CA 230 upgraded board for the Sauermann NO2 Sensor (0-1000ppm) offers an advanced solution designed to monitor and control nitrogen dioxide gas concentrations. It provides precise measurements, effortless integration, and improved data analysis capabilities.
Sauermann P/N 27529 Low SO2 Sensor 230 is a Low SO2 Sensor (0-100ppm) with board for Si-CA 230 Upgrade
The EGA-411R is capable of detecting a comprehensive range of gases, including combustible gases, toxic gases, and volatile organic compounds (VOCs). This versatility makes it suitable for a wide array of applications, from industrial manufacturing to environmental monitoring. Eliminate false readings with a stable catalytic combustion and thermal coductivity methane sensor. The EGA-411R is quiped with Carbon Monoxide, Oxygen, Natural Gas sensor, Bluetooth and GPS.
Eagle Eye HGD-4000 hydrogen gas detector with intrinsically safe design, AC power input (85–265 VAC), dual internal alarm relays, and LED status indication.
The Fluke CO-220 is a handheld carbon monoxide meter designed to detect and measure CO concentrations from 0 to 1000 ppm. It uses a stabilized electrochemical, gas-specific sensor and provides both numeric LCD readings and an audible beeper response. Features include MAX Hold, automatic backlight, sensor self-test, and automatic power-off.
The Sauermann NO Sensor (0-5000ppm) is an expertly engineered device tailored for the precise detection and measurement of nitrogen monoxide (NO) gas levels, spanning from 0 to 5000 parts per million (ppm).
The Sauermann 27546 Remote Bluetooth Printer enhances Sauermann's monitoring and measurement solutions with its dependable and effective features. It provides wireless printing functionality, delivers top-notch print quality, and offers user-friendly operation.
The upgrade to the Sauermann High Accuracy Draft Sensor 2 within the 500 Pascal (Pa) range signifies a noteworthy advancement in pressure measurement technology. Its incorporation of exceptional precision, an extended measurement span, and cutting-edge functionalities renders it an essential tool.
Sauermann Si-CA 030 Kit 3BS delivers compact combustion gas analysis for residential and commercial heating work, with O2, CO, CO2, draft, efficiency, excess air, wireless reporting, and NOx-capable measurement.
Sauermann Si-CA 030 KIT 3AH delivers portable combustion gas analysis for boiler service with O2, CO, and NO measurement, draft pressure, efficiency calculations, wireless reporting, and NOx capability.
The Wöhler A 450 L Combustion Analyzer Advanced Set delivers residential combustion analysis, burner tuning support, emission measurement, pressure testing, Wi-Fi workflow, and on-site printing.
Eagle Eye HGD-3000 series hydrogen gas and smoke detector monitors battery rooms and remote shelters with automatic fan control, local alarm, and relay outputs.
The Sauermann Interchangeable Electrochemical CO Sensor designed for Si-CA 130 presents a versatile and effective carbon monoxide detection solution that covers a wide concentration range.
The Sauermann SICA 2305NDS combustion gas analyzer brings five-gas measurement capability to flue gas analysis, emissions checks, pressure testing, ambient CO/CO2 monitoring, and combustion diagnostics.
The Wöhler A 450 L Combustion Analyzer delivers flue gas analysis, burner tuning, emission measurement, and pressure testing with a 5,000 ppm CO sensor and 5" color touchscreen.
Wöhler A 550 Combustion Analyzer delivers touchscreen flue gas analysis for burner adjustment, maintenance, combustion loss determination, and emission measurement in residential and commercial applications.
The Wöhler A 550 L Combustion Analyzer Basic Set delivers touchscreen combustion analysis for maintenance, burner adjustment, emission measurement, and high-range COH measurement up to 100,000 ppm.
The Sauermann Si-CA 230-6NDSC combustion gas analyzer brings six-gas emissions measurement to boiler, engine, and combustion system testing with O2, CO, NO, NO2, SO2, CxHy, CO dilution, draft, pressure, and reporting capability.
Sauermann has developed a Sample Conditioning Unit strategically positioned at the exit of the sampling probe, facilitating swift condensation and immediate separation of water from the gas. This design effectively minimizes the exposure of the target gases to the condensed moisture.