Hanna Iris Spectrophotometer – HI-801-02

Hanna Iris Spectrophotometer (HI-801-02)

Full-spectrum analysis with advanced customization

The HI-801-02 provides precise wavelength selection from 340 nm to 900 nm with ±1.5 nm accuracy, enabling reliable analysis across a wide range of applications.

Its split-beam optical system automatically compensates for light source drift, ensuring consistent, stable, and repeatable results.

Why spectrophotometry is essential

Spectrophotometry is a critical analytical technique for:

• Measuring chemical concentrations in water and solutions
• Monitoring pollutants and contaminants
• Supporting laboratory research and quality control
• Ensuring compliance in environmental and industrial processes
• Performing food, beverage, and wine analysis

Accurate spectral measurement enables precise and reliable decision-making.

Advanced optical system for superior accuracy

The Iris spectrophotometer features cutting-edge optical technology:

• Split-beam system for automatic drift compensation
• Tungsten-halogen lamp for stable, high-quality light
• Wide wavelength range (340–900 nm)
• High wavelength accuracy (±1.5 nm)

Ensures precise and dependable analytical performance.

Wide measurement capabilities (90+ parameters)

Designed for versatility across industries:

• Water testing (COD, chlorine, surfactants, and more)
• Environmental monitoring
• Food and beverage analysis
• Marine and aquaculture testing
• Laboratory and research applications

Supports a broad spectrum of analytical needs.

Custom methods and calibration flexibility

• Pre-programmed with 80+ methods
• Add up to 100 custom methods
• Up to 10 calibration points per method
• Multi-wavelength method support
• Built-in method creation guidance

Perfect for advanced users and specialised applications.

Multiple measurement modes

• Absorbance
• Transmittance
• Concentration

Automatically displays results in the most relevant units—no manual conversion required.

Designed for efficiency and ease of use

• Large 6” high-contrast display
• Intuitive menu navigation
• Capacitive touch keypad (works with gloves)
• Tutorial mode for guided operation
• Favourite methods quick access

Streamlines workflow for faster analysis.

Portable with long battery life

• Rechargeable lithium-ion battery
• Up to 3000 measurements or 8 hours use
• Compact and lightweight design

Ideal for both lab and field environments.

Smart data management

• USB flash drive and PC connectivity
• Export data as PDF or CSV
• Organise by sample ID, method, or date
• No special software required

Simplifies reporting and data handling.

Universal cuvette system

• Supports multiple cuvette sizes and shapes
• Auto cuvette recognition
• Ensures correct path length and accuracy

Enhances flexibility and precision.

Ideal For

• Laboratory analysis
• Water and wastewater testing
• Environmental monitoring
• Food and beverage industry
• Wineries and breweries
• Marine and aquaculture applications
• Research and education

What’s Included

• Hanna HI-801-02 Iris Spectrophotometer
• Rechargeable lithium-ion battery
• Instruction manual
• USB connectivity options

Optional Accessories

• HI-7408020 Protective Dust Cover
• Replacement tungsten-halogen lamp
• Reagents and cuvettes
• Data storage accessories

Key Benefits

• Full-spectrum analysis (340–900 nm)
• Measures 90+ parameters
• Split-beam optical system for high accuracy
• Custom method creation (up to 100 methods)
• Multiple measurement modes (absorbance, transmittance, concentration)
• Large intuitive display with touch controls
• Portable with long battery life
• Easy data export via USB

Technical Specifications

• Wavelength Range: 340 to 900 nm
• Wavelength Accuracy: ±1.5 nm
• Optical System: Split-beam
• Light Source: Tungsten-halogen lamp
• Measurement Modes: Absorbance, Transmittance, Concentration
• Pre-programmed Methods: 80+
• Custom Methods: Up to 100
• Display: 6” high-contrast LCD
• Data Export: USB (PDF, CSV)
• Battery: Rechargeable lithium-ion
• Battery Life: Up to 3000 measurements or 8 hours

Important Notes

• Use appropriate reagents for each parameter
• Regular calibration ensures accuracy
• Handle optical components carefully
• Follow safety guidelines when working with chemicals