Hach DR1300 FL Portable Fluorometer with Bluetooth

Overview

The Hach DR1300 FL is a portable fluorometer that uses specially designed reagents to generate fluorescence and detect chlorine at extremely low levels. It gives an easy, reliable way to confirm that chlorine has been eliminated or minimised in your process — a task conventional colorimetry struggles with at trace concentrations. This fluorescence technology is offered exclusively by Hach.

A UV LED light source at 365 nm and a silicon photodiode detector let the DR1300 FL measure free and total chlorine down to a few parts per billion, as well as sulfite. Built-in Bluetooth simplifies data transfer, while a backlit graphical display, IP65-rated housing and AA-battery power make it practical for both indoor and outdoor use.

Key Features

• Fluorescence-based detection of trace free and total chlorine and sulfite (ppb levels)
• UV LED light source at 365 nm with a silicon photodiode detector
• Free chlorine 2–100 ppb, total chlorine 3–100 ppb, sulfite 6–500 ppb
• Built-in Bluetooth for easy data transfer
• Backlit graphical LCD (160 × 240 pixels)
• IP65-rated enclosure for indoor and outdoor use
• Wavelength accuracy of ±1 nm
• Powered by four AA alkaline batteries
• Exclusive Hach fluorescence technology

Applications

The Hach DR1300 FL is used to verify dechlorination and trace-chlorine control in ultrapure and process water — for power generation, pharmaceutical, semiconductor, food and beverage and municipal applications where chlorine must be reduced to very low levels.

What’s in the Box

• 1 × Hach DR1300 FL portable fluorometer
• Sample cells
• 4 × AA alkaline batteries
• 1 × Basic user manual

Why buy from MME in UAE

MOHAMMAD MAHDI Electronics Trading LLC (MME) is a trusted supplier of Hach water-analysis instruments in the UAE. We offer genuine products, competitive pricing, fast local delivery across Dubai, Abu Dhabi and the wider UAE, and knowledgeable after-sales support. Download the Hach DR1300 FL datasheet or contact our team for a quotation.