GasDog Gas Detector Price List
Contents
- Why Buy a Gas Detector from GasDog.com?
- Types of GasDog Gas Detectors & Monitors
- How to Choose a Suitable Gas Detector?
- Gas Detectors Price List
Why Buy a Gas Detector from GasDog?
Buying a gas detector and monitor is a wise investment for several reasons, as it provides numerous benefits and helps ensure safety in various environments. Here are some compelling reasons to buy a gas detector:
- Early Gas Leak Detection: Gas detectors can identify the presence of hazardous or toxic gases before they reach dangerous levels. This early detection allows for timely action to prevent accidents, injuries, or even fatalities.
- Health and Safety: Gas leaks can lead to health hazards, such as respiratory issues, dizziness, nausea, and, in extreme cases, loss of consciousness or death. Gas detectors help protect the health and safety of individuals in homes, workplaces, and industrial settings.
- Preventing Explosions and Fires: In environments where combustible gases are present, such as industrial facilities, gas detectors can help prevent explosions and fires by alerting personnel to potential gas leaks or buildup.
- Compliance with Regulations: Many industries have safety regulations and standards that require the use of gas detectors to monitor specific gases. Installing gas detectors ensures compliance with these regulations and helps avoid legal consequences.
- Environmental Monitoring: Gas detectors are used in environmental monitoring to detect and measure pollutant gases and help in identifying and addressing sources of pollution.
- Confined Space Monitoring: In confined spaces like tanks, silos, and tunnels, gases can accumulate and pose serious risks. Gas detectors and monitors are essential in such settings to safeguard workers and ensure proper ventilation.
- Industrial Hygiene: Gas detectors play a crucial role in industrial hygiene by monitoring exposure levels to toxic or harmful gases, helping companies maintain a safe work environment for their employees.
- Process Control: In certain industrial processes, gas detectors are used for process control to ensure the right gas levels are maintained for optimal performance and safety.
- Early Warning Systems: Gas detectors can be integrated into early warning systems to alert people and initiate safety protocols in the event of a gas leak or dangerous gas concentration.
Types of GasDog Gas Detectors & Monitors
There are several types of gas detectors, each designed to detect specific types of gases. It is crucial to select the right type of gas detector based on the specific needs and environment where it will be used. The following are some common types of gas detectors on GasDog.com.
Portable Gas Detectors
Portable gas detectors are small, handheld devices designed for personal safety and mobility. They are battery-operated and used for on-the-go gas detection in various applications, including confined spaces, leak detection, and hazardous environments. These portable gas detectors are commonly used by workers in industries like construction, mining, oil and gas, and emergency responders.
Fixed Gas Detectors
Fixed gas detectors are stationary devices installed in specific locations to provide continuous gas monitoring. They are commonly used in industrial settings, laboratories, and facilities where potential gas leaks or hazardous concentrations need to be monitored continuously. Fixed gas detectors are integrated into safety systems and can trigger alarms or automated controls when gas levels exceed preset thresholds.
Multi-Gas Detectors (Composite Gas Detectors)
Multi-gas detectors, also known as composite gas detectors, are capable of detecting multiple gases simultaneously. These devices can include sensors for various gases, such as combustible gases, Oxygen, toxic gases, and volatile organic compounds (VOCs). Multi-gas detectors are used in complex environments where there is a possibility of multiple gas hazards.
Combustible Gas Detectors
Combustible gas detectors are designed to detect the presence of flammable or explosive gases in the air. They are commonly used in environments where combustible gases like Methane, Propane, or Hydrogen may be present, such as gas pipelines, refineries, and boiler rooms.
VOC (Volatile Organic Compounds) Gas Detectors
VOC gas detectors are specialized devices used to measure the concentration of volatile organic compounds in the air. VOCs are gases emitted from certain solids or liquids, and prolonged exposure to high levels of VOCs can lead to health problems. These VOC detectors are commonly used in indoor air quality testing, industrial emissions monitoring, and environmental assessments.
Toxic Gas Detectors
Toxic gas detectors are designed to detect and measure the concentration of harmful gases in the atmosphere. These gases can include Hydrogen Sulfide, Carbon Monoxide, Ammonia, Chlorine, and various other toxic substances. Toxic gas detectors are crucial in ensuring the safety of workers and occupants in industrial settings and other environments where hazardous gases may be present.
How to Choose a Suitable Gas Detector?
Choosing the right gas detector depends on several factors, including the specific application, the types of gases you need to detect, the environment in which it will be used, and the required features. Here's a step-by-step guide to help you choose a gas detector:
- Identify the gases you need to detect: Determine the types of gases you want to monitor. Some common gases include Oxygen, Carbon Monoxide, hydrogen sulfide, methane, volatile organic compounds (VOCs), and various combustible gases.
- Understand the application: Consider where the gas detector will be used. Is it for industrial workplaces, laboratories, confined spaces, or personal safety? Different environments may require different detection capabilities.
- Know the detection range and sensitivity: Check the detection range and sensitivity of the gas detector. Ensure it can detect gases at the required concentrations for your application.
- Assess the measurement method: Gas detectors can use various measurement methods, including catalytic sensors, infrared sensors, electrochemical sensors, photoionization detectors (PID), and more. Each method has its strengths and limitations, so choose the one that best suits your needs.
- Consider the environmental conditions: Some gas detectors are designed for specific environmental solutions, such as extreme temperatures, humidity, or rugged environments. Make sure the chosen detector can withstand the conditions of its intended use.
- Evaluate the response time: The response time is crucial, especially in critical situations. The gas detector should provide fast and accurate readings to ensure timely action.
- Check the alarm system: Ensure the gas detector has an effective and loud alarm system to alert users in case of gas leaks or hazardous conditions. Visual, audible, and sometimes vibrating alarms are common features.
- Battery life and power options: Consider the battery life and available power options. Some detectors use replaceable batteries, while others have rechargeable batteries or can be powered through other means.
- Data logging and connectivity: If you need to keep track of gas exposure over time, choose a gas detector with data logging capabilities. Additionally, some advanced models offer wireless connectivity for remote monitoring and data access.
- Calibration and maintenance: Regular calibration and maintenance are essential for accurate and reliable performance. Check the calibration requirements and ease of maintenance for the gas detector you are considering.
- Check for certifications and compliance: Ensure the gas detector complies with relevant safety standards and regulations in your region. Look for certifications like ATEX, CE, or other regional certifications.
- Read reviews and seek expert advice: Before making a final decision, read product reviews and seek advice from industry experts or professionals who have experience with gas detectors.
Remember, choosing the right gas detector is a critical aspect of ensuring safety and preventing potential hazards, so take your time, do thorough research, and invest in a detector that best suits your specific needs and requirements.
Gas Detector Price List
| GD200 Series Gas Detectors | ||
| SKU | Measuring Range (Max) | Price ($) |
| GD200-NH3 | 0 to 1000ppm | 828.16 ~ 2,205.69 |
| GD200-CO | 0 to 10000ppm | 398.76 ~ 1,604.78 |
| GD200-H2S | 0 to 1000ppm | 478.96 ~ 2,474.22 |
| GD200-Cl2 | 0 to 200ppm | 846.15 ~ 1,954.09 |
| GD200-C2H4 | 0 to 2000ppm | 1001.59 ~ 2,261.36 |
| GD200-CH2O | 0 to 100ppm | 669.23 ~ 821.71 |
| GD200-H2 | 0 to 40000ppm | 784.62 ~ 2,262.25 |
| GD200-HCL | 0 to 200ppm | 868.29 |
| GD200-HCN | 0 to 100ppm | 872.99 |
| GD200-CH4 | 0 to 100% VOL, 0 to 100% LEL | 2046.87 ~ 2,199.35 |
| GD200-CH3Br | 0 to 200ppm | 2,364.22 ~ 2554.69 |
| GD200-CO2 | 0 to 10000ppm, 0 to 30% VOL | 969.23 ~ 2200.00 |
| GD200-NO | 0 to 250ppm | 846.29 ~ 998.77 |
| GD200-N2 | 0 to 100% VOL | 891.38 ~ 1,219.21 |
| GD200-NO2 | 0 to 100ppm | 726.99 ~ 879.47 |
| GD200-O2 | 0 to 100% VOL | 479.22 ~ 1,183.24 |
| GD200-O3 | 0 to 10000ppm | 815.39 ~ 1,406.34 |
| GD200-SO2 | 0 to 1000ppm | 734.99 ~ 1,109.66 |
| GD200-PH3 | 0 to 1000ppm | 734.99 ~ 868.38 |
| GD300 Series Gas Detectors | ||
| SKU | Measuring Range (Max) | Price ($) |
| GD300-NH3 | 0 to 1000ppm | 754.13 ~ 1,589.61 |
| GD300-CO2 | 0 to 10000ppm, 0 to 100% VOL | 757.85 ~ 1,909.91 |
| GD300-CO | 0 to 2000ppm | 486.77 ~ 2,097.93 |
| GD300-C2H4 | 0 to 2000ppm | 1189.99 ~ 1,348.78 |
| GD300-CH2O | 0 to 100ppm | 727.08 ~ 1,363.56 |
| GD300-H2 | 0 to 10000ppm, 0 to 4% VOL | 634.77 ~ 1,978.94 |
| GD300-HCL | 0 to 200ppm | 1062.99 |
| GD300-HCN | 0 to 100ppm | 1126.99 |
| GD300-H2S | 0 to 200ppm | 1126.99 ~ 1,123.25 |
| GD300-CH4 | 0 to 100% LEL | 2093.23 ~ 2,729.71 |
| GD300-N2 | 0 to 100% VOL | 742.46 ~ 1,378.94 |
| GD300-O2 | 0 to 30% VOL | 434.77 ~ 1,071.25 |
| GD300-O3 | 0 to 100ppm | 849.97 ~ 1,486.45 |
| GD300-SO2 | 0 to 100ppm | 935.99 |
| GD300-Cl2 | 0-100ppm | 608.89 |
| GD300-PH3 | 0-3000ppm | 716.89 ~ 1,205.78 |
| GD300-NO | 0-1000ppm | 719.99 ~ 942.28 |
| GD300-NO2 | 0-1000ppm | 719.99 ~ 942.28 |
| GD300-ClO2 | 0-50ppm | 850.19 |
| GD400, GD500 and GD600 Series Gas Detectors | ||
| SKU | Measuring Range (Max) | Price ($) |
| GD400-H2 | 0-5000ppm | 863.99 |
| GD400-H2S | 0-200ppm | 561.49 |
| GD400-4GAS | O2 (0-30% VOL), EX (0-100% LEL), CO (0-2000ppm), H2S (0-500ppm) | 767.79 |
| GD400-5GAS | 0-5000ppm | 2,853.49 |
| GD500-CO | 0-2000ppm | 372.86 |
| GD500-4GAS | CO: 0 to 1000ppm, H2S: 0 to 100ppm, O2: 0 to 30% VOL, EX: 0 to 100% LEL | 449.67 |
| GD600-GAS | NO2: 0 to 10ppm, SO2: 0 to 10ppm, CO: 0 to 20ppm, O3: 0 to 10ppm | 6,753.85 |
| GD700 Series Gas Detectors | ||
| SKU | Measuring Range (Max) | Price ($) |
| GD700-NH3 | 0-5000ppm | 1039.49 ~ 1964.90 |
| GD700-CO2 | 0-50000ppm, 0-100% VOL | 2023.89 ~ 2631.81 |
| GD700-CO | 0-2000ppm | 817.49 ~ 1425.41 |
| GD700-Cl2 | 0-100ppm | 976.29 ~ 1584.21 |
| GD700-ClO2 | 0-100ppm | 1134.99 ~ 1742.91 |
| GD700-C2H4 | 0-2000ppm | 1230.19 ~ 1996.30 |
| GD700-CH2O | 0-1000ppm | 1007.99 ~ 1838.20 |
| GD700-H2 | 0-40000ppm | 976.29 ~ 1774.70 |
| GD700-HCL | 0-200ppm | 1103.19 ~ 1172.65 |
| GD700-HCN | 0-100ppm | 1166.69 ~ 1774.61 |
| GD700-H2S | 0-2000ppm | 817.49 ~ 1425.41 |
| GD700-CH4 | 0-100% LEL, 0-100% VOL | 2023.81 ~ 2631.73 |
| GD700-N2 | 0-100% VOL | 1007.99 ~ 1615.91 |
| GD700-NO | 0-1000ppm | 976.29 ~ 1774.70 |
| GD700-NO2 | 0-1000ppm | 976.29 ~ 1774.70 |
| GD700-O2 | 0-30% VOL | 849.29 ~ 1457.21 |
| GD700-PH3 | 0-3000ppm | 1007.99 ~ 1933.40 |
| GD700-SO2 | 0-1000ppm | 976.29 ~ 1774.70 |
Note: The prices in the table are just for your reference. If you want to get the latest quotation, please click on our product page. Generally, it's cheaper than the price in the table.
