PGC5000C-Process Gas Chromatographs PGC5000C Smart oven ABB-Shanxi Runsheng

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PGC5000C-Process Gas Chromatographs PGC5000C Smart oven ABB

ABB process gas chromatograph portfolio includes specialty gas chromatographs (process simulated distillation, temperature programmed, fast temperature programmed and total sulfur).The PGC5000 Series has been designed for distributed control across multiple analytical Smart Ovens™ for limitless application approaches. There are two ovens, PGC5000B and PGC5000C, suitably equipped for the type of application engineered.

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Description

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　　Other names for PGC5000C:

　　Process Gas Chromatography Intelligent Oven PGC5000C

　　PGC5000C Chromatography Analyzer

　　Process Gas Chromatograph PGC5000C

　　Product Positioning and Series Background

　　Series Affiliation: Belongs to the ABB Group's PGC5000 series of process gas chromatographs. This series is based on over 50 years of innovative experience in industrial gas chromatography, with over 30,000 units installed globally, widely used in chemical, energy, power, and petrochemical industries.

　　Core Components: Composed of the PGC5000A main controller (second generation, supporting a 10-inch SVGA touchscreen, redundant Ethernet, and Modbus communication) and intelligent column ovens (PGC5000C/B/5007/5009), achieving distributed control via intrinsically safe fiber optic cables. A single controller can connect to up to two PGC5000C column ovens.

　　PGC5000C Smart Oven Technical Features:

　　Adaptable to Complex Applications:

　　Multi-Detector Configuration: Supports sTCD, mTCD, FID, FPD, and other detectors, with up to two detectors configurable to meet the needs of simultaneous multi-component analysis.

　　Multi-Path Analysis: Supports six analysis valves, enabling multi-path, multi-component "multiplexing" analysis, improving analytical efficiency.

　　Digital Control Accuracy: The electronic pressure controller (EPC) supports 10 pressure zones, with pressure control accuracy to three decimal places, eliminating the influence of ambient temperature/pressure.

　　Design Positioning: Designed for complex applications, supporting dual detectors (sTCD/mTCD/FID/FPD optional) and up to 6 analytical valves, suitable for simultaneous analysis of multiple flow paths and components (e.g., natural gas components, multi-gas monitoring in reactors).

　　Structural Advantages:

　　Size Optimization: 28% larger than the PGC5000B, supporting vertical stacking of two column boxes, reducing cabinet space and utility requirements.

　　Modular Design: Independent analytical flow control, column box, and electronics components; front access door for easy maintenance; flow path interfaces located on the right side, simplifying piping layout.

　　Digital Control: Electronic pressure controller (EPC) supports 10 pressure zones; digital signal processing (DSP) accuracy reaches ±0.1 psig, eliminating the influence of ambient temperature/pressure.

　　Reliability Guarantee:

　　Explosion-proof Certification: Complies with Ex d explosion-proof standards, suitable for Class I Div 1, ATEX Zone 1 and other hazardous areas, certified by IECEx and ATEX.

　　Environmental Adaptability: Operating temperature 0~50℃, humidity 95% non-condensing, protection rating IP54 (NEMA 3), suitable for high-temperature and high-humidity industrial environments.

　　Communication and Expansion:

　　Industrial Communication: Supports MODBUS RTU/redundant Ethernet, can be integrated with DCS systems for remote data monitoring and process linkage.

　　Expansion Capabilities: A single controller supports two PGC5000C column ovens, enabling simultaneous multi-component detection of complex samples through multi-path analysis.

　　Application Scenarios and Performance Advantages

　　Industrial Scenarios:

　　Chemical Industry: Real-time monitoring of multi-component gases in reactors to optimize process parameters; distillation/sulfide analysis in petroleum refining.

　　Energy: Natural gas component analysis and calorific value detection; measurement of syngas and hydrogen separation processes.

　　Power Industry: Transformer oil dissolved gas monitoring and early warning of equipment failures.

　　System Integration: Supports MODBUS RTU/redundant Ethernet communication, can be integrated with DCS systems for remote data monitoring and process linkage; USB port supports configuration backup and software upgrades.

　　Expansion Capabilities: A single controller supports up to two PGC5000C column ovens, enabling simultaneous multi-component detection of complex samples through multi-path analysis, thus improving analytical efficiency.

　　Industrial Online Analysis: Enables online monitoring of complex samples (such as multi-path gases in chemical industrial parks) through multi-path, multi-component analysis, supporting unattended operation.

　　Technical Specifications Summary:

　　Main Controller: 10-inch SVGA touchscreen supporting multi-touch; redundant Ethernet + Modbus communication; USB port for configuration backup.

　　Environmental Adaptability: Operating temperature 0~50℃, explosion-proof rating Class I Div 1, Groups B/C/D, suitable for IIB+H2 hazardous areas; 95% non-condensing humidity.

　　Power Consumption and Gas Supply: 100-240VAC power supply, startup power consumption 1600W, steady-state power consumption 900W; minimum purge gas flow rate 3.6 SCFM, maximum leakage rate 5.97 SCFM.

　　Industrial Online Analysis: Enables online monitoring of complex samples (such as multi-path gases in chemical industrial parks) through multi-path, multi-component analysis, and supports unattended operation.

　　Technical Specifications Summary:

　　Main Controller: 10-inch SVGA touchscreen supporting multi-touch; redundant Ethernet + Modbus communication; USB port for configuration backup. Detector Performance: TCD detection range 0.1%~100%, FID/FPD detection limit up to 10ppb.

　　Differences from PGC5000B:

　　Detector Configuration: C supports dual detectors (e.g., TCD+FID), B supports only a single detector.

　　Number of Analytical Valves: C supports up to 6 valves, B up to 4.

　　Application Scenarios: C is suitable for complex multi-flow path analysis (e.g., simultaneous detection of multiple sample streams), B is suitable for basic critical task measurements (e.g., single component analysis of natural gas).

　　Size and Space: C is 28% larger, but supports vertical stacking, optimizing rack space; B is more compact, suitable for space-constrained scenarios.

　　Technical Specifications Summary:

　　Main Controller: 10.4-inch SVGA touchscreen, supports Chinese and English operation; USB port for configuration backup; redundant Ethernet + MODBUS communication.

　　Environmental Parameters: Operating temperature 0~50℃, humidity 95% non-condensing, protection rating IP54.

　　Power Consumption and Gas Supply: 100-240VAC power supply, startup power consumption 1600W, steady-state power consumption 900W; purge air flow rate 3.6 SCFM, leakage rate ≤5.97 SCFM.

　　Certification Standards: Complies with ASTM D3710 (gasoline), D2887 (diesel), and other standards; certified by IECEx and ATEX.

　　Summary: The PGC5000C Smart Oven, with its multi-detector configuration, multi-flow path analysis, high-precision digital control, and industrial-grade reliability, has become a core device for complex industrial process analysis, providing accurate data support for production safety, quality control, and process optimization.

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