Industrial Series: GS8110-O2

GS8110-O2 Portable Oxygen Analyzer

Field-ready handheld O₂ analyzer with 12-hour battery life

Range
0-100 %vol O₂
Accuracy
±0.1 %vol
Weight
0.9 kg
Battery
12 hours continuous
Product Overview

Overview

Lightweight portable oxygen analyzer for spot measurements, confined space entry, and on-site verification. Electrochemical sensor with fast stabilization and intuitive one-button operation.

Key Highlights
  • One-button operation with auto-zero
  • IP67 dust and water resistant
  • Data logging: 10,000 readings
  • USB-C charging and data export

Full Technical Specifications

Key Performance

Key Performance metrics for GS8110-O2
Metric Value Status
Range 0-100%vol O₂ confirmed
Accuracy ±0.1%vol confirmed
Response <15 s T90 confirmed
Data Export USB-C CSV/PDF export confirmed

Measurement

Measurement specifications for GS8110-O2
SpecificationValue
Measuring PrincipleElectrochemical
Measurement Range0–100 %vol O₂
Accuracy±0.1 %vol
Resolution0.01 %vol
Response Time (T90)<15 s

Physical

Physical specifications for GS8110-O2
SpecificationValue
Dimensions (W×H×D)65 × 135 × 38 mm
Weight0.9 kg
Housing MaterialABS/polycarbonate, IP67
DisplayBacklit LCD, 4-digit

Electrical

Electrical specifications for GS8110-O2
SpecificationValue
Battery3.7 V Li-ion rechargeable
Runtime12 hours continuous
ChargingUSB-C 5 V
Data Storage10,000 readings internal

Environmental

Environmental specifications for GS8110-O2
SpecificationValue
Operating Temperature-20 °C to +50 °C
Storage Temperature-30 °C to +60 °C
Humidity0–99 % RH
AltitudeUp to 4,000 m

Certifications

Certifications specifications for GS8110-O2
SpecificationValue
IP RatingIP67
EMCEN 61326-1
VibrationIEC 60068-2-6
Drop Test1.5 m onto concrete

Where This Analyzer Fits

This model is mapped to the following industry applications and process duties.

Industrial Safety
Food & Beverage
Environmental

Deployment Environments

Common process environments where this model is evaluated.

Confined space entry
Weld purging verification
Modified atmosphere packaging
Field emission checks

Certification Scope

Standards are listed with scope and status so engineering review can verify the applicable enclosure, area, and safety case.

Certification scope matrix for GS8110-O2
Standard Scope Variant Status Document
CE Portable oxygen analyzer Project variant approved On request
IP67 Dust ingress protection and temporary water immersion rating Project variant approved On request
UKCA / FCC Approvals listed in existing certification detail Project variant approved On request
CE IP67

Request Documentation

Request technical datasheets, user manuals, certificates, and application notes for this model.

Evidence Notes

case-study

Confined-space oxygen verification for hot-work permit workflows

Application note based on the existing shipbuilding scenario: portable O₂ readings and logged records support standardized confined-space checks before hot-work release. Site timing depends on permit workflow, sampling practice, and record-retention requirements.

Technical / Engineering Details

Technical & Engineering Details

Secondary engineering detail — expand each topic for the full measurement, envelope, sample-system, calibration, integration, maintenance and application evidence.

01 Measurement Principle and Limits

How the measurement is bounded

Electrochemical O₂ sensor for portable atmospheric testing and spot verification.

Requires

  • Monthly bump test and six-month two-point calibration using ambient air and certified span gas
  • Electrochemical sensor replacement per stated service life and site use pattern

Interferents and Limits

  • Portable field verification duty; continuous process sampling is not declared in the v1 source data
  • IP67 rating covers temporary immersion conditions stated in the FAQ, not continuous underwater service
02 Operating Envelope

Use these limits as selection inputs, then confirm sample condition, ambient exposure, and materials before quotation.

Ambient Temperature
-20-50 C
Humidity
0-99 %
relative humidity from Environmental specifications
Outside This Envelope
  • Operation outside the stated ambient range
  • Continuous immersion beyond the stated IP67 temporary-submersion condition
03 Sample System Boundary

Sampling mode, conditioning components, and exclusions define where the analyzer responsibility ends and the sample system begins.

Sampling Mode
portable
Boundary Components
  • electrochemical O₂ sensor
  • audible and visual alarm thresholds
  • USB-C data export
Boundary Exclusions
  • No extractive conditioning system is declared for this portable SKU
04 Calibration & Validation

Calibration method, interval, traceability, and audit support are shown only when structured data is available.

Zero / Span Method

Two-point calibration via on-screen menu using ambient air and certified span gas

Interval

Monthly bump test; full two-point calibration every 6 months

Span Gas Traceability

Certified span gas required

05 I/O & Integration

Signal outputs and communication interfaces shown from the published specification fields on this product page.

Data Storage

10,000 readings internal

DAHS Review Note

Confirm protocol map, channel naming, alarm states, and reporting format during project integration review.

06 Maintenance & Spares site-specific

Tasks, consumables, and access items are shown only when structured maintenance data is available.

Service Tasks
  • Monthly bump test
  • Two-point calibration every 6 months
  • Electrochemical O₂ sensor replacement per stated service life
Consumables
  • Field-replaceable electrochemical O₂ sensor
  • Certified span gas

Cell Life

Typically 2 years under normal use

Service Access

Sensor cap access described in FAQ

07 Application Evidence

Reviewed application context for engineering selection.

Case Study Shipbuilding

Application Context

Shipyards running 200+ confined-space entries per day need rapid O₂ verification, but manual sampling with grab tubes adds 15+ minutes per space and pulls senior welders off the critical path.

Architecture Response

GS8110-O2 portable units with immediate digital readings shorten verification to under 3 minutes per space, supporting standardized hot-work permit workflows across multi-shift fabrication shops.

Workflow Acceleration Sub-3-minute confined-space O₂ verification
Selection Questions

Frequently Asked Questions

How long does the electrochemical sensor last?

The electrochemical O₂ sensor typically lasts 2 years under normal use. It is field-replaceable in under 2 minutes by unscrewing the sensor cap and installing the new cell. A post-replacement bump test or span check should be planned by site procedure.

What does IP67 mean in practice?

IP67 means the GS8110-O2 is fully protected against dust ingress and can withstand temporary submersion in water up to 1 meter depth for 30 minutes. It is designed for the harshest field environments.

How often does the GS8110-O2 need calibration?

A monthly bump test (quick exposure to known gas) is recommended to verify sensor response, with a full two-point calibration every 6 months. Calibration is performed via the on-screen menu using ambient air and a certified span gas.

Can I export logged data to a PC?

Yes. Connect the GS8110-O2 via USB-C to your PC and use the included GasView software to download, graph, and export all 10,000 stored readings in CSV or PDF format.

Is the GS8110-O2 suitable for confined space entry?

Yes. The GS8110-O2 meets OSHA 1910.146 requirements for atmospheric testing during confined space entry. It provides continuous real-time O₂ readings with audible and visual alarms at user-configurable thresholds (default: 19.5% low, 23.5% high).

Review GS8110-O2 against site conditions

Send gas range, sample temperature, pressure, moisture, and certification needs before final model selection.