Sapiens PEK-Eco

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PEK Eco

PEK-Eco is a high-performance portable personal exposure monitor （PEK）designed for micro-environment air quality monitoring and personal exposure assessment. Compact and lightweight, the device is smartphone-sized for easy portability. The device offers one-touch operation, ultra-quiet performance, and reliable monitoring data, making it ideal for both personal use and professional research applications.

Built-in rechargeable lithium battery, ultra-low power consumption.

PM counter and size bin number concentration output for multichannel particle measurements.

Includes iOS/Android apps for live data streaming and advanced analysis.

Product Detail

Pocket-sized air quality monitor for exposure assessment

PEK Eco is a portable instrument designed for personal exposure measurement of microenvironment, and can also monitor environmental factors such as temperature, humidity and light intensity in real time. It is as portable as a smartphone and can be easily caried anytime, anywhere. From researchers mapping street-level exposures to industrial hygienists verifying workplace risks, it turns pockets into proactive command centers with companion app for live mapping and deep analytics.

Certification

As an ISO 9001 and ISO 14001 certified company, we are committed to technological excellence and sustainability.

PM₁ PM_2.5 PM₁₀ CO₂ Relative Humidity Temperature

Features and advantages

Remote calibration

The Sapiens SEIN platform offers a calibration function, which is a powerful and unique tool for quality control and assurance

PM Counter

PM counter and size bin number concentration output for multichannel particle measurements

Humidity Correction

Built-in high-performance sensors ensure accurate particle concentration measurements.

Flexible Customization

Supports customization of multiple gas measurements with fast response and ppb-level accuracy.

Companion App

Includes iOS/Android app for live data streaming and advanced analysis

Data Transmission

WiFi and Bluetooth data transmission, cloud platform supports real-time monitoring and remote calibration.

Visual Display

Display screen for real-time pollution concentration visualization.

Cloud Analysis

Cloud storage and intelligent platform for easy access and in-depth data analysis.

Specifications

Dimensions

90 mm x 66 mm x 27mm

Weight

< 500g

Power Input

5V DC

Power Consumption

≤ 5 W

Battery Life

≥ 8 h

Battery Recharging Time

6 h

Data Storage

Built-in Flash chip storage

Date Communication

Bluetooth and Wi-Fi data transmission

Data Management

Sapiens Sensor App • Real-time mapping and graphing on the app • Data export, exceedance alert and activity logbook functions
SEIN Cloud Platform • Device and project management • Data comparison and calibration

PM Sampling

Internal fan to enhance sensor response; Simultaneous output of PM1, PM2.5, PM10 with 6 size channel data count output enabled

Sampling Rate

1min

Averaging Interval

1 minute, 1 hour, 1 day

Download Spec Sheet

Connectivity

Seamless IoT integration

The Sapiens PEK Eco offers robust multi-protocol support, ensuring seamless connectivity across diverse infrastructure scenario. The standard version includes Wi-Fi and Bluetooth capabilities. PEK Eco comes with iOS/Android apps for live data streaming and advanced analysis.

Power Packs

PEK Eco can be charged by connecting a power adapter (5V 3A) to the charging cable, or by placing the device on the charging dock.

Case Studies

Explore all case

Assisting and Advancing Public Health Studies at Fudan University Through Accurate Data Provision

Sector：Occupational Health and Personal Exposure

Location：Shanghai, China

Sapiens ultra-compact PEK series are widely used by academic institutions for personal exposure monitoring research. Air pollution's impact on human health remains a critical concern, and Fudan University has significantly contributed to advancing our understanding and analysis of this issue. The research institutions applied Sapiens PEK products in their public health research and monitored personal exposure to traffic emissions. The accurate data generated has revealed detailed correlations between traffic pollutants and physiological consequences, including effects on the cardiovascular

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