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BW PhD6 30680NW Wireless PID-Toxic – 54-53-A01030680NW
BW PhD6 30680NW Wireless PID-Toxic – 54-53-A01030680NW features advanced signal processing for high-stability toxic readings and rapid 15-second response times in confined space monitoring.
- Sensor Configuration: 6-channel including electrochemical and PID slots
- Response Time: Typically T90 less than 15 seconds for LEL and O2
- Special Features: Advanced signal processing for high-stability toxic readings
- Safety Compliance: Intrinsically safe CSA UL and CE standards
- Operating Temp: -20°C to +50°C temperature range
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Description
Honeywell BW 54-53-A01030680NW PhD6 Wireless PID-Toxic Precision System
The Honeywell BW 54-53-A01030680NW PhD6 gas sensor utilizes advanced signal processing and specialized PID slots to deliver elite metrological stability for specific toxic gas audits. This high-density instrument ensures high-stability readings for Cl2 or NH3, providing technicians with laboratory-grade signal integrity in a typical T90 response time of less than 15 seconds. The sophisticated internal architecture maintains measurement repeatability through an impact-resistant overmold housing, ensuring strict compliance with CSA, UL, and CE intrinsically safe standards for confined space monitoring.
Hardware specifications include an IR port for data download and firmware updates to support high-accuracy field-based metrology audits. The system facilitates rapid stabilization via automated calibration using IQ Express docking stations while maintaining laboratory-grade signal integrity from -20°C to +50°C. Safety is prioritized through the tool’s ruggedized construction, allowing technicians to perform precision verification with laboratory-grade signal integrity and a factory-characterized 1-year manufacturer warranty included for immediate site readiness. Experience superior metrological calibration precision with this Honeywell / BW Technologies assembly, designed for premium performance.
Key Technical Features of 30680NW
- Specialized Slots: 6-Channel architecture with Electrochemical and PID ports
- Signal Processing: Advanced logic for high-stability toxic gas characterization
- Response Speed: Typical T90 <15 seconds for LEL/O2 metrological stimulus
- Safety Standards: Intrinsically Safe (IS); compliant with CSA, UL, and CE
- Environmental Logic: Full accuracy across -20°C to +50°C thermal range
- Data Connectivity: IR Port for high-fidelity data harvesting and firmware
- Calibration Support: Compatible with IQ Express automated docking stations
- Structural Fidelity: Ruggedized, impact-resistant overmold hardware
- Application Fit: Precision monitoring of Cl2, NH3, and toxic confined spaces
- Hardware Integrity: Specialized sensing for high-repeatability field audits
Included Components:
- PhD6 PID/Toxic Gas Detector
- Specialized Electrochemical Sensors
- Integrated IR Data Interface
- 1-Year Manufacturer Warranty Documentation
Upgrade your project with professional-grade reliability and peace of mind. This assembly includes a 1-Year Manufacturer Warranty limited warranty. Experience superior metrological calibration precision with this Honeywell / BW Technologies assembly, designed for premium performance.
BW PhD6 Gas Sensor 30680NW 6-Channel Metrology Specs
| Brand | Honeywell / BW Technologies |
| Model SKU | 54-53-A01030680NW (PhD6 Series) |
| Country of Origin | Canada / United States |
| Sensor Configuration | 6-Channel; Includes specialized Electrochemical/PID slots |
| Special Features | Advanced signal processing for high-stability toxic gas readings |
| Response Time (T90) | Typically <15 seconds for LEL/O2 |
| Operating Temp | -20°C to +50°C (-4°F to 122°F) |
| Calibration | Automated calibration via IQ Express Docking Station |
| Connectivity | IR Port for data download and firmware updates |
| Material | Ruggedized, impact-resistant overmold housing |
| Safety Compliance | Intrinsically Safe (IS); CSA, UL, and CE standards |
| Warranty Period | 1-Year Manufacturer Warranty |
| Industrial Application | Precision monitoring in confined spaces where specific toxic gases (like Cl2 or NH3) are present. |
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