2024 T4X Crowcon Everything Else Purchase

The T4x from Crowcon is a cutting-edge personal protection solution designed for use in hazardous environments, particularly those classified as Zone 0. Here are some key points about this innovative device:
• Gas Detection Capabilities: Detects the four most common gas hazards: Carbon Monoxide (CO), Hydrogen Sulphide (H2S), Flammable Gases (MPS), and Oxygen Depletion (O2). Additionally, it now offers improved detection of pentane, hexane, and other long chain hydrocarbons.
• Compliance and Cost Efficiency: Provides compliance and low cost of ownership in a user-friendly package. Features a large single button and intuitive menu system for easy operation, even while wearing gloves with minimal training required.
• Durability: Built to withstand harsh conditions, with a durable design that includes an integrated rubber boot as standard. Optional clip-on filter cover protects sensors in dirty environments. Drop tested to 4m and certified with IP65 and IP67 ratings for water resistance.
• Reduced Sensor Replacements: Significantly reduces sensor replacements and eliminates poisoning, cutting the number of sensor replacements by 75%. Only one sensor needs replacing over the device’s lifetime, saving time and resources.
• Versatile Gas Detection: Ideal for all confined spaces involving oxygen, detecting over 15 flammable gases straight out of the box, in addition to O2, H2S, and CO.
• Enhanced Battery Life: Offers 35+ hours of battery life, double the battery life of the original T4 model, allowing for multiple or longer shifts between recharging.
• Advanced Sensor Technology: Features MPS sensor technology for detecting and accurately identifying over 15 different flammable gases in one device. Utilizes a dual toxic sensor (CO and H2S) with a 3-year lifespan, reducing costly replacements. Long-life Oxygen sensor with a 5-year warranty ensures compliance with safety and environmental regulations.
These features make the T4x an indispensable tool for ensuring safety and compliance in hazardous work environments.