EXPEC-3100 Intl Portable VOC Leakage Detection System

EXPEC-3100 Intl is a portable VOC leakage detection system based on hydrogen flame ionization detection technology for total hydrocarbon measurement. It is designed for VOC source tracing, on-site emergency detection of pollutants, and pipeline leak detection. With optional FID and PID detectors, the system supports rapid on-site detection and efficient LDAR data management in hazardous-area applications.

Descargas y recursos

Obtenga un presupuesto ahora
Descripción

Productos

EXPEC-3100 Intl uses hydrogen flame ionization detection technology for total hydrocarbon measurement. It is suitable for VOC source tracing, on-site emergency detection of pollutants, automatic on-site emergency detection, and pipeline leak detection.

The system is available with FID and PID dual-detector configurations, enabling the detection of almost all VOCs and certain common inorganic gases. It is equipped with a PDA handheld terminal for on-site VOC analysis, LDAR archiving, point detection, data recording, and instrument control.

Combining portability, high detection performance, efficient traceability, and easy operation, EXPEC-3100 Intl helps users perform rapid and accurate field analysis for VOC leakage detection and emission monitoring.

EXPEC-3100 Intl Portable VOC Leakage Detection System Especificaciones técnicas

Artículo Indicador
Detector FID y PID disponibles
Rango de medición FID: 1.0–50,000 ppm methane; PID: 0.5–2,000 ppm isobutylene
Limit of Detection FID: 0.5 ppm methane; PID: 0.5 ppm isobutylene
Repetibilidad FID: <2% at 500 ppm methane; PID: <1% at 100 ppm isobutylene
Tiempo de respuesta FID: <3.5 s to reach 90% of the final value with 10,000 ppm methane; PID: <3.5 s to reach 90% of the final value with 500 ppm isobutylene
Continuous Operating Time Hydrogen: 15.3 MPa (2,200 psi) for 10 seconds at 25°C; more than 10 hours of continuous operation when fully charged. Battery: Rechargeable battery; more than 10 hours of continuous operation when fully charged
Muestreo Typically 1 L/min at the inlet of the sampling probe
Temperatura de trabajo -10 to 45°C
Explosion-Proof Rating Ex d ia IIC T4Gb
Dimensiones 302 × 245 × 88 mm
Peso 3.7 kg

Aplicaciones versátiles en todos los sectores

  • VOC Source Tracing: Supports field investigation and location of VOC emission sources.

  • On-Site Emergency Detection: Enables rapid on-site detection of pollutants during emergency response activities.

  • Pipeline Leak Detection: Helps locate VOC leaks from pipelines and related process equipment.

  • LDAR Monitoring: Supports point detection, on-site LDAR archiving, data recording, and instrument control through the PDA handheld terminal.

  • Unorganized Emission Monitoring: Suitable for portable field monitoring of unorganized VOC emissions, including petrochemical-facility applications.

Características principales de EXPEC-3100 Intl Portable VOC Leakage Detection System

  • Flameproof and Intrinsically Safe Design: Designed for safe operation in hazardous environments.

  • Strong On-Site Detection Capability: Optional FID and PID dual detectors enable the measurement of hundreds of VOCs with a response time of 3.5 seconds.

  • Efficient Wireless Data Management: Supports network applications and wireless connection for efficient upload of monitoring data to a cloud platform.

  • Safe and Fast Hydrogen Charging/Discharging: Uses a safe and fast hydrogen charging/discharging working mode.

Por qué EXPEC-3100 Intl Portable VOC Leakage Detection System Destaca

Preguntas frecuentes

Obtenga un presupuesto ahora

Desbloquee el análisis de precisión con EXPEC-3100 Intl Portable VOC Leakage Detection System

¿Está preparado para mejorar sus operaciones con soluciones de análisis en línea líderes en el sector? Póngase en contacto con nosotros para obtener asesoramiento experto, precios o una demostración personalizada.

Productos relacionados

Envíe su consulta hoy mismo

Rellene el siguiente formulario y nos pondremos en contacto con usted en breve.

Información de contacto
Detalles del proyecto