Chemical Detection Instruments Engineered for Operation in Harsh Maritime Conditions Including Salt Spray and Chemical Exposure
Product Description:
The MR-AIMS Handheld IMS Chemical Identifier configured for port and terminal applications provides specialized detection capabilities for hazardous gases and dangerous chemicals encountered in maritime operations, shipping facilities, and port logistics environments. This rugged handheld device is engineered to meet the challenging requirements of port operations where hazardous materials, chemical cargoes, and dangerous goods are handled, stored, and transported on a daily basis.
The system utilizes advanced Ion Mobility Spectrometry technology with pattern recognition algorithms specifically optimized for port and terminal applications, enabling rapid identification and classification of toxic industrial chemicals, volatile organic compounds, and other hazardous substances commonly present in maritime shipping environments. Compared with traditional port monitoring equipment, the MR-AIMS port variant delivers faster response times and superior accuracy in detecting hazardous gases, providing critical early warning capabilities that enhance operational safety and support regulatory compliance in port facilities.
The device features robust construction with IP65 protection rating, ensuring reliable operation in harsh port environments exposed to salt spray, moisture, chemicals, and challenging maritime conditions. Its portable design enables flexible deployment throughout port facilities, while the single shoulder strap configuration provides convenience for port safety personnel conducting routine inspections, cargo verification, and emergency response operations.
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Features:
· Product Name: MR-AIMS Handheld IMS Chemical Identifier (Port & Terminal Configuration)
· Measurement Principle: Ion Mobility Spectrometry (IMS) with port terminal algorithms
· Port Hazards Detection: Toxic industrial chemicals, VOCs, hazardous materials, dangerous goods
· Detection Capability: Rapid identification and classification of port-related hazards
· Response Time: Faster than traditional port monitoring systems
· Alarm System: Sound and light alarm messages for port hazard notification
· Protection Rating: IP65 (salt spray resistant, waterproof for maritime environments)
· Design: PELICAN protective box design for port terminal operations
· Portability: Compact size (≤170×100×62mm), lightweight (1.2kg) for port deployment
· Carrying Options: Handheld or single shoulder strap configuration for port inspections
· Pattern Recognition Technology: Optimized for port hazard identification
· Standard Configuration: Detector host, port monitoring software, operation manual, certificate of conformity
Technical Parameters:
| Parameter | Specification |
| Overall Dimensions | ≤170×100×62mm |
| Weight | 1.2kg |
| Protection Rating | IP65 |
| Detection Principle | Ion Mobility Spectrometry (IMS) |
| Port Hazards Detected | Toxic industrial chemicals, VOCs, hazardous materials, dangerous goods |
| Alarm System | Sound and light alarm messages |
| Detection Capability | Port-related hazards identification and classification |
| Carrying Options | Handheld or single shoulder strap |
| Protective Design | PELICAN protective box |
| Response Performance | Faster than traditional port monitoring systems |
| Standard Configuration | Detector host, port monitoring software, operation manual, certificate of conformity |
Applications:
The MR-AIMS port and terminal configuration is specifically designed for port and terminal applications, providing comprehensive detection capabilities for hazardous gases and dangerous chemicals encountered in maritime operations, shipping facilities, and port logistics environments. This portable IMS chemical identifier serves as an essential tool for maintaining safe working conditions and regulatory compliance in port facilities where hazardous materials and dangerous goods are handled on a daily basis.
For container monitoring, the MR-AIMS supports comprehensive atmospheric surveillance of shipping containers during loading, unloading, and storage operations, enabling detection of hazardous gases that may be present in containers carrying dangerous goods or chemicals. The device's advanced pattern recognition technology enables identification of specific chemical hazards, allowing port operators to implement appropriate safety measures and prevent incidents.