1、 Overview

The HJ-16C intelligent dual control rapid digestion device is a newly launched multifunctional, dual module temperature controlled rapid digestion device by our company. This instrument has two heating modules and can independently control temperature, enabling simultaneous pre-treatment of COD, total phosphorus, and total nitrogen experiments, greatly saving experimental time for researchers. This instrument is widely used for testing water quality in units and enterprises with high daily sample processing volumes.

2、 Performance characteristics

1. Dual modules can be heated simultaneously, and digestion programs with different temperatures and durations can be set simultaneously without interfering with each other, meeting the requirements of multi parameter pretreatment processes.

2. Color touch screen control for clearer human-computer interaction. It can display control buttons, temperature change curves, etc., making the digestion program clear at a glance.

3. The instrument has built-in programs for COD, total phosphorus, total nitrogen, total chromium, and customization, allowing for direct selection and one click activation of the digestion process.

4. Equipped with corrosion-resistant and high-temperature resistant transparent protective covers to ensure the safety of laboratory personnel and facilitate the viewing of digestion status.

5. Each digestion well has an independent number for easy recording of water samples and avoiding confusion.

3、 Technical indicators

Instrument Name	Intelligent dual control rapid digestion device
Instrument model	HJ-16C type
Temperature Control Range	45 ℃~200 ℃ (customizable)
precision	±1℃
Dissolution time range	0~999min (customizable)
Batch processing sample quantity	30 (15 holes per module)
scope of application	COD、 Pre treatment experiments on total phosphorus, total nitrogen, total chromium, etc
Working power supply	AC220V±10% / 50Hz；
work environment	Environmental temperature: -5~45 ℃; Environmental humidity: ≤ 85RH
Size/Weight	280*240*120mm/5kg;