Symtech Fire products

The Kitchen Stove Fire Simulator ST by Symtech is a live fire training device that utilizes either propane (LPG) or natural gas (NG) in the vapor state to simulate typical kitchen electrical and grease fires. This Class B Fire Prop includes variable flame control, integrated smoke generation, and adheres to NFPA safety standards. The simulators are built using heavy-gauge steel to ensure extended durability, available in various sizes to enhance the training environment. Capabilities include wireless control, monitored flame ignition systems, and optional dramatic ceiling rollovers. Each simulator delivers 4,500,000 BTU/hr, with all aspects such as unburned gas, temperature, and ventilation controlled via a programmable logic controller. Symtech provides not only fixed burn prop mockups but also interchangeable systems, offering versatility in training exercises. This comprehensive system is designed to support various fire training scenarios, complete with an industry-standard warranty and operation and maintenance training.

The Hoseline Fire Simulator ST by Symtech is designed to deliver comprehensive and effective live fire training using environmentally friendly propane (LPG). This simulator is engineered for versatility and portability, making it ideal for hose line and fire extinguisher training. Constructed with durable, corrosion-resistant stainless steel, the system features a water-cooled Pilot Module ST that safeguards internal components, enhancing longevity. With high-quality steel wheels, the simulator can remain stationary or be transported on-site, and an optional trailer allows for regional sharing. The system provides a robust fire output ranging from 4,500,000 to over 60,000,000 BTU/hr, with adjustable flame heights managed through a wireless controller. Compliance with NFPA 1402 ensures safety and standard adherence. Additional options include a multi-control podium, portable power generator, and various live fire props, all supporting extensive and realistic training scenarios.

The 40-ft Hazmat Tanker ST and ST-PRO by Symtech offer a sophisticated and effective solution for hazmat training, emphasizing NFPA-compliance. These tankers are designed to simulate realistic hazardous material scenarios, with features like multiple live fire and leak simulations. Fires fueled by propane ensure environmental friendliness. With customizable steel jackets, users can replicate diverse liquid leak situations. Optional rooftop-mounted domes for chlorine and gasoline expand the range of training scenarios. The ST-PRO version features advanced technology enabling varied fire scenarios, like transition from vapor to liquid fires. The instrument control provides ease with integrated wireless remotes, ensuring all operations from flame adjustments to simulated leak control are handled efficiently. Designed with durability in mind, the system employs stainless steel and corrosion-resistant materials, encapsulating a robust framework suited to withstand intense training environments. It's available with supplementary options like pneumatic compressors and additional live fire simulators to enhance training.

The Aircraft Wing Fire Simulator ST-PRO by Symtech is designed for advanced aircraft rescue fire fighting training. Utilizing environmentally friendly propane (LPG), the simulator's independently controlled burners offer optimal control over fire scenarios, including progressive fire conditions that mimic real-world challenges. Constructed from robust heavy-gauge steel, the approximately 15' x 8' mockup features functional compartments and mobility facilitated by high-quality steel casters. Capable of generating between 4,500,000 to over 70,000,000 BTU/hr, it provides two-stage vapor and liquid main fires managed via a wireless remote. Compliance with NFPA 1402 ensures safety and reliability in all fire training scenarios. Optional accessories include a water-cooling system, smoke and sound generation systems, and various transport solutions. An industry-standard warranty and comprehensive operation and maintenance training support the system’s deployment in diverse training environments.