水化学

Auto Dosing

Tests alkalinity and doses the correction, automatically.

面临的挑战

Hand tests for alkalinity are slow and infrequent, and hand dosing is never quite the same twice.

Auto Dosing

Marine and reef systems need stable carbonate hardness (KH), but tests happen only now and then and dosing depends on who is on shift. Auto Dosing samples the water, runs a colour-change titration and doses the correction with its peristaltic pump bank.


水体与水生

适用场景

01

Marine & reef systems

Stable alkalinity for corals and marine life.

02

Aquarium life support

Routine chemistry for exhibit and holding systems.

03

Quarantine & holding

Repeatable tests without hand titration.

功能

Automatic KH tests

Finds the titration end point with a pH probe and colour sensors.

Precise sampling

A stepper motor draws each water sample.

Doses the correction

A peristaltic pump bank doses from the test result.

Dose from a phone

Doses can also be started remotely.

Water temperature

An RTD probe reads the water temperature.


工作原理

1

Sample

The system draws a measured water sample.

2

Test

A titration with pH and colour sensing finds the alkalinity.

3

Dose

The pump bank doses the correction, or staff dose from a phone.

团队为何选择它

No hand titration

Tests run themselves.

Steadier chemistry

Test, decide and dose in one loop.

Remote dosing

Start a dose from your phone.

Less routine work

Frees staff from daily tests and dosing.


关键参数

Measures
Alkalinity (KH) by colour-change titration
Sensing
pH probe, colour sensors, RTD temperature
Sampling
Stepper-driven sample draw
Dosing
Peristaltic reagent pump and dosing pump bank
Control
Automatic from the test, or manual from a phone
Controller
ESP32 with pump driver
Power
Mains

最适合

  • Marine and reef systems
  • Aquarium life support
  • Quarantine and holding tanks

兼容

The Pond Controller for continuous water readings.

Planning a pilot?

Tell us about your systems and dosing routine, and we will plan an Auto Dosing trial.

规划试点

水体与水生中的更多设备

全部设备

安茨系统

亲眼见证安茨艾吉

预约演示讲解。我们将为您展示一项实际开展的野外研究、实时进行的语音标注,以及在边缘端本地运行的计算机视觉模型:由饲养员和生物学家基于真实摄像头画面,一种行为接一种行为地训练而成。

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