ROS-2210

The ROS-2210 combines reverse osmosis control and dual conductivity measurement. It is equipped with a typical process control program for the RO system. It can easily and clearly view the measurement data of the inlet water conductivity and produced water conductivity and the operating status of the RO equipment.

Product Details

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Product Details

Process Flow Selections

There are two typical operation modes for RO system (as shown in Fig.1A: Source tank supply water; and B: Tap water supply ). This instrument can operate in both modes in A and B

Main Technique Specification

Measuring range: source water: 0 ~ 2000us / cm; water production: 0 ~ 2000us / cm;

Matched electrode: ABS1.0 platinum black electrode, Cable length 4.5 meters; Qty: 2pcs

Power supply: AC220V ±15% 50HZ; Optional: DC24V power supply

Power consumption: ≤10W

Environmental conditions: Temperature: 5~60°C; Humidity: ≤85%RH

Accuracy: 1.5% FS;

Output: 3A/250V AC (solenoid valve and pump must be driven by intermediate relay);

Conductivity working pressure: 0~0.5 MPa;

Medium temperature: 5~60 °C;

Temperature compensation: automatic temperature compensation based on 25 °C;

Measuring distance: no more than 30m;

Display mode: full-view LCD liquid crystal display;

Dimensions: 96*96*130 mm (L *W *D)

Dial opening: 92*92mm

Wire Connection Description

Due to the space of the controller, the design uses a small relay. When driving a large inductive load, the intermediate relay or the base paint must be used to extend the load capacity, so as to prolong the service life of the relay and reduce the failure;

Full Set Products Including

ROS-2210 Controller	1pc
Conductivity sensor	2pcs (optional: 1pc)
Operation manual	1pc
Qualified certficate	1pc
Conroller fixed calmp	1pair

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FAQS

Frequently Asked Questions (FAQ) About Single Stage RO

What is the main purpose of this controller?

For single stage RO and conductivity control.

How to install this controller and sensor?

Choose a location to install and connect the lines.

How to maintain this controller device?

Clean calibration and check wiring regularly.

Why is the controller data inaccurate?

Sensor failure or inaccurate calibration.

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