Watchgas

SST-Software SST RTR Web Reporting Software by WatchGas

The Record To Report (RTR) solution is an easy-to-use, cost-efficient software with many features. These include fleet management, fleet status, gas alarms, predictive service notification, email alerts, event logs, and unit assignments. Furthermore, it allows the safety manager to utilize the SST Range compliance check function to ensure the units are in use and compliant.

• System Overview
• Compliance check
• Web-based/on-premises software
• Fleet management
• Zone check-in
• E-mail notification

SST-Software-OP SST RTR on premises Reporting Software by WatchGas

The Record To Report (RTR) solution is an easy-to-use, cost-efficient software with many features. These include fleet management, fleet status, gas alarms, predictive service notification, email alerts, event logs, and unit assignments. Furthermore, it allows the safety manager to utilize the SST Range compliance check function to ensure the units are in use and compliant.

• System Overview
• Compliance check
• Web-based/on-premises software
• Fleet management
• Zone check-in
• E-mail notification

SST4-MICRO-X1OSH-Y SST4 Portable Multi Gas Detector, Micro LPC/O2/SO2/H2S by WatchGas

The SST4 Micro and SST4 Mini are four-gas devices designed with simplicity, size, and the user in mind. From use in the hot temperatures of the steel industry or Hazmat users to the extreme environments in the Oil and Gas industry. With a wide range of user options, the SST4 can be tailored for many use cases and applications.

As many industries move from single gas to a multigas approach, it is essential for end-user adoption. The SST4 Range is designed with simplicity, size, and with the user in mind. With its compact yet rugged design, the SST4 is there when needed. From use in the hot temperatures of the steel industry or Hazmat users to the extreme environments in the Oil and Gas industry. With a wide range of user options, the SST4 can be tailored for many use cases and applications. The device can be set up simply by using the WatchGas SST application, calibration, and bump test records. With Compliance Check, it has never been easier to manage, maintain, and ensure maximum uptime of your fleet of devices.

Applications

• Oil and gas upstream
• First responders
• Steel production
• Manufacturing
• Wastewater
• Shipping
• Ship building
• Power generation
• Shipping
• Power generation
• Telecommunications

Features and Benefits

• Display: With the largest LCD in its category the SST4 display ensures information is displayed clearly and allows users to make quick decisions. Four gases can be displayed with clarity and shown in PPM, %vol, mg/m3 and %LEL. Correction factors can be set through the WatchGas SST Application and allows for a one to one reading for the target gas required. With its Backlight it can be used in dark environments and will be illuminated in an alarm occasion.
• NFC: Near Field Communication built in as standard and allows for a wide range of solutions depending on your needs. Simply pair SST4 with the WatchGas SST Application to manage your fleet, bump, calibrate, assign, or download event logs and data logs.
• Wireless Charging: In dirty and harsh environments that gas detectors are often used in many charging connectors become damaged. SST4 has been designed with induction charging allowing for simple and quick charging with no risk of cables and ports becoming damaged and failing. A complete charge cycle takes 2-3 hours. Different charging accessories are available within the portfolio.
• Sensor: Using the latest in Solid State Technology our H2S, CO, O2 and SO2 offer stability and reliability over extreme temperatures and conditions. Toxic sensors have a smaller form factor and with the removal of liquid electrolyte provides a long-lasting sensor. A choice of 3 different LEL sensors allows the buyer to tailor the device to your application and allows longer runtimes compared to conventional technology.
• Alert: As a safety device it is essential that the device clearly notifies users of the presence of gas. The SST4 has a 95dB alarm at 30 centimetres which is the industry standard and is required in loud industrial environments. High, HighHigh, Low, LowLow, TWA and STEL alarms can be configured by the user and updated directly on the device through the SST Dock or WatchGas SST Application.
• Rugged: Designed with the harshest environments in mind the SST4 offers an IP rating of 65-68. The casing is a double shot housing that gives extra robustness while not compromising on quality. The screen protectors located either side of the display protect the LCD from scratching.

SST1-MM SST1 Single Gas Detector, CH4S 0-100ppm Serviceable by WatchGas

The SST1 Serviceable offers one of the most cost-effective solutions on the market. With its 3-year replaceable battery and solid polymer sensor technology, the SST1 offers a compact and modular design without compromising its ruggedness. The SST1 Serviceable can be configured to your needs with one simple tap of the NFC and paired with the WatchGas Application. Monitoring for Low, High STEL, and TWA the SST1 will indicate any immediate risks and long-term exposure to toxic gases. SST1 is the platform that will allow us to expand on up to 8 different gases, so this is the ideal solution for your application.

Applications

• Oil and gas upstream
• Oil and gas downstream
• Contractors
• Site maintenance
• Turn arounds and shutdowns
• Boiler rooms
• Steel plants
• Laboratories
• Shipping
• Power generation
• Mining

Features and Benefits

• Easy Setup: Near Field Communication (NFC) is built in as standard and allows for a wide range of solutions depending on your needs. Simply pair with the WatchGas SST App to manage your fleet - bump, calibrate, assign or download event logs.
• Sensor: Using the latest in Solid Polymer Sensor Technology, our different target gases offer stability andreliability over extreme temperatures and conditions. With its smaller form factor and the removal of traditional Electrolyte, it is setting a new standard in the single gas market.
• Display: With the largest LCD in its category, the SST1's display shows the Real Time Gas Reading, TWA and STEL alarms. This allows for the user to make quicker decisions in a gas alarm environment. Bumper screens on either side of the LCD provide anti scratch protection ensuring the clearest of readings.
• Rugged: Designed with the harshest environments in mind, the SST1 offers an Ingress Protection rating of 67-68. The casing is a double shot housing that gives extra robustness while not compromising on quality. The screen protectors located on either side of the display are to protect the LCD from scratching and is required due to its smaller sensor profile.
• Alert: As a safety device it is essential that the device clearly notifies users of the presence of gas. The SST1 has a 95dB alarm at 30 centimetres which is the industry standard and is required in loud industrial environments. High and Low alarms can be configured by the customer and automatically updated directly on the device or through the SST Dock.
• Serviceable: The SST1 real time monitor is a cost efficient solution for users with STEL, TWA and real time requirements. SST1 real time allows users to replace battery and sensors to maximize the lifetime of the unit. Press and hold the button for 10 seconds to reset TWA/STEL for worker shift change.

411-0018-038 Last-O-More Tubing 3x5 mm per Meter by WatchGas

Regarding sampling tubes for gas detectors, many manufacturers promote clear tubing as a cost-effective solution for drawing air from confined spaces. While affordability may be a key selling point, it's essential to recognize the limitations of clear tubing in gas detection.

In the automotive industry, clear tubing is avoided for crucial systems like fuel and windshield fluids because it lacks the necessary inertness. The same principle applies to gas detection. Some argue that clear tubing offers two benefits: it allows visibility of fluid intake, and discoloration signals the need for replacement. However, once a fluid is drawn into the tube, contamination of the inner walls occurs, requiring immediate replacement. Best practices call for avoiding fluid intake altogether, which is why devices like ball floats are used—visible, such as the yellow one pictured.

Discoloration of clear tubing often points to a reaction between the sampled gases and the tubing material itself, proving the material's unsuitability rather than providing a reliable replacement indicator.

Inexpensive aquarium tubing made from PVC is commonly repurposed for gas detection, but PVC's inherent odour is a clear sign it's not suitable. While there are other, more promising materials—such as those with Teflon inner linings—these are no longer cheap, and Teflon can flake, causing blockages.

That's why we developed Last-O-More tubing, made from fluorinated elastomer (rubber). It's inert, doesn't flake, is highly flexible, and resists binding. Plus, it's explicitly marked as a gas sampling tube to ensure correct use.

While not the cheapest option, Last-O-More tubing has been rigorously tested in the lab using GC analysis. It has proven to be the best in absorption and retention—retention, meaning the release of absorbed gases when exposed to heat (like sunlight).

Last-O-More tubing is black, so always pair it with a ball float or water trap (filter) and replace it when it no longer feels slippery. Proper tubing is critical in gas detection—don't compromise safety.

411-0018-039 Last-O-More Tubing 5x8 mm per Meter by WatchGas

Regarding sampling tubes for gas detectors, many manufacturers promote clear tubing as a cost-effective solution for drawing air from confined spaces. While affordability may be a key selling point, it's essential to recognize the limitations of clear tubing in gas detection.

In the automotive industry, clear tubing is avoided for crucial systems like fuel and windshield fluids because it lacks the necessary inertness. The same principle applies to gas detection. Some argue that clear tubing offers two benefits: it allows visibility of fluid intake, and discoloration signals the need for replacement. However, once a fluid is drawn into the tube, contamination of the inner walls occurs, requiring immediate replacement. Best practices call for avoiding fluid intake altogether, which is why devices like ball floats are used—visible, such as the yellow one pictured.

Discoloration of clear tubing often points to a reaction between the sampled gases and the tubing material itself, proving the material's unsuitability rather than providing a reliable replacement indicator.

Inexpensive aquarium tubing made from PVC is commonly repurposed for gas detection, but PVC's inherent odour is a clear sign it's not suitable. While there are other, more promising materials—such as those with Teflon inner linings—these are no longer cheap, and Teflon can flake, causing blockages.

That's why we developed Last-O-More tubing, made from fluorinated elastomer (rubber). It's inert, doesn't flake, is highly flexible, and resists binding. Plus, it's explicitly marked as a gas sampling tube to ensure correct use.

While not the cheapest option, Last-O-More tubing has been rigorously tested in the lab using GC analysis. It has proven to be the best in absorption and retention—retention, meaning the release of absorbed gases when exposed to heat (like sunlight).

Last-O-More tubing is black, so always pair it with a ball float or water trap (filter) and replace it when it no longer feels slippery. Proper tubing is critical in gas detection—don't compromise safety.