VOC Gas Sensor 2 ppm range PID Sensor with 6000H lamp life

Name: VOC Gas Sensor 2 ppm range PID Sensor with 6000H lamp life
Brand: Shenzhen Week Technology Ltd.
SKU: 60482818611_1
Price: 30.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

VOC Detection: Detects volatile organic compounds (VOCs) and other gases down to 2 ppm using advanced photoionization technology, enabling precise environmental monitoring.
Long Lamp Life: Equipped with a 6000-hour lamp, ensuring extended operational lifespan and reduced maintenance needs for continuous, reliable performance.

Key features

1. Durable Material Technology for Harsh Environments

With a corrosion-resistant metal/plastic body, you can ensure reliable operation in industrial or outdoor settings. The rugged design withstands extreme temperatures and humidity, outperforming plastic-only sensors in durability*.

2. High Sensitivity and Long Lamp Life for Continuous Use

With a 2 ppm detection range and 6000-hour lamp life, you can achieve precise VOC monitoring and reduce maintenance costs*. This lamp lasts 30% longer than standard PID sensors*, ensuring minimal downtime in commercial applications.

3. Versatile Scenario Solutions for Multiple Industries

With compact design and photoionization technology, you can detect VOCs in confined spaces or large-scale environments. Ideal for industrial safety, environmental monitoring, and process control, adapting to both field and lab settings*.

4. Patented Innovation for Enhanced Performance

With US Patents Pending technology, you can benefit from advanced ionization efficiency and accuracy*. The eVx model offers improved detection stability compared to non-patented alternatives*.

5. Seamless Integration for Real-Time Data Analysis

With analog output and integration capabilities, you can easily connect to monitoring systems for instant alerts and data logging*. Compatible with existing infrastructure, unlike proprietary digital-only sensors*.

Product details

The PID-TECH eVx VOC Gas Sensor is a compact, durable photoionization detector (PID) designed for precise detection of volatile organic compounds (VOCs) and other ionizable gases. With a 2 ppm detection range and a 6,000-hour lamp life, it offers reliable performance in harsh environments. Its analog output and versatile integration capabilities make it ideal for industrial safety, environmental monitoring, and process control applications.

Technical specifications

Feature	Specification	Benefit
Detection Technology	Photoionization (PID)	Accurate VOC detection via UV ionization
Detection Range	2 ppm (minimum) to 2,000 ppm	Wide coverage for diverse gas monitoring
Lamp Life	6,000 hours	Reduced maintenance and operational costs
Output Type	Analog sensor	Seamless integration with analog systems
Durability	Rugged plastic/metal housing	Withstands extreme temperatures and shocks
Size	Compact design (dimensions: 50×30×25mm)	Fits confined spaces and portable setups
Applications	Industrial safety, environmental monitoring, process control	Broad utility across industries

Customization guide

Adjustable parameters include detection thresholds (to align with specific safety protocols) and alarm settings (customizable alerts for real-time response). The analog output can also be calibrated for compatibility with third-party systems.

Get inspired

Ensure workplace safety with real-time VOC monitoring or optimize industrial processes by tracking gas emissions. The eVx’s rugged design and long lamp life make it a reliable partner for 24/7 operations.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Lamp Life	4,000 hours	5,000 hours	6,000 hours
Detection Range	2–2,000 ppm	0.1–5,000 ppm	0.05–10,000 ppm
Response Time	30 seconds	20 seconds	10 seconds
Alarm Features	Basic alerts	Data logging	Wireless alerts

Supplier's note

Three Technical Breakthroughs:
- Extended Lamp Life (Pro Model): The 6,000-hour lamp life exceeds industry standards by 50%, minimizing downtime.
- Ultra-Wide Detection Range (Pro Model): Detects as low as 0.05 ppm, ideal for regulatory compliance in sensitive environments.
- Rapid Response (Pro Model): 10-second response time ensures immediate action in critical scenarios.
Optimal Version Selection:
- Base Model: Suitable for basic industrial monitoring where cost efficiency is prioritized.
- Advanced Model: Best for mid-sized facilities requiring extended range and data logging for compliance reporting.
- Pro Model: Designed for high-precision applications (e.g., chemical plants, confined spaces) where speed, accuracy, and durability are critical.
With the Pro Model’s 6,000-hour lamp life, you can reduce maintenance by 40% compared to standard sensors. Paired with its 10-second response time, this creates a fail-safe system for environments with sudden gas leaks.

Frequently asked questions

Which PID sensor model is best for industrial safety applications?
How often does the PID-TECH eVx sensor’s lamp need replacement?
How does the PID-TECH eVx compare to electrochemical sensors for VOC detection?
Can the PID-TECH eVx detect gases in confined spaces?
Is the PID-TECH eVx suitable for environmental monitoring?
Does the PID-TECH eVx support real-time data integration?
What makes the PID-TECH eVx better for process control?
Are there customization options for the PID-TECH eVx?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Lamp Life	Industrial monitoring (long-term deployment)	Industry Standard: 4,000h (typical) ▲ Our Base: 6,000h ▲ Our Advanced: 8,000h (IEC 60068-2-30)	Reduces replacement frequency by 33-50% compared to industry standards.	Advanced version requires premium maintenance protocols.
Detection Range	Leak detection in confined spaces	Industry Standard: 5 ppm ▲ Our Base: 2 ppm ▲ Our Advanced: 1 ppm (ASTM E3056)	Detects VOCs at 50-80% lower concentrations than standard sensors.	Higher sensitivity may trigger false alarms in polluted environments.
Sensor Type	Lab-grade VOC analysis	Industry Standard: Catalytic bead (ASTM D6289) ▲ Our Base: PID ▲ Our Advanced: PID + Enhanced Selectivity	PID technology avoids cross-sensitivity to non-VOC gases.	Catalytic bead sensors are cheaper but less accurate for complex VOCs.
Output Type	Integration with digital systems	Industry Standard: Analog ▲ Our Base: Analog ▲ Our Advanced: Digital (RS-485)	Advanced version enables seamless integration with IoT platforms.	Base version requires analog-to-digital converters for modern systems.
Environmental Resistance	Outdoor/industrial environments	Industry Standard: IP54 ▲ Our Base: IP65 ▲ Our Advanced: IP67 (IEC 60529)	Advanced version withstands water immersion and dust ingress.	IP67 models may have bulkier designs, limiting portability.
Integration Capabilities	Real-time monitoring systems	Industry Standard: Basic alarms ▲ Our Base: Data logging ▲ Our Advanced: Cloud Connectivity (MQTT)	Advanced version allows remote monitoring and predictive maintenance alerts.	Requires stable internet for cloud functionality; higher upfront costs.