Product introduction

The Galvanic Cell method dissolved oxygen digital sensor is a new generation of intelligent water quality detection digital sensor independently developed by our company. It can check, calibrate, maintain through mobile phone or computer. It’s easy to maintenance, with high stability and good repeatability. Its’ function it to test the DO value and temperature of liquid. It is widely used in waste water treatment, purified water, circulating water, boiler water and other systems as well as continuous monitoring of dissolved oxygen values in solutions such as electronics, aquaculture, food, printing and dyeing, electroplating, pharmaceutical, fermentation, chemical and other farming and tap water.

Main features

• This product is a DO digital sensor, which can directly output RS485 signal and 4~20mA signal.
• The product has high precision, high stability and strong anti-interference ability.
• Automatic temperature compensation.
• No need for instrumentation, can directly connect to computers, PLC and other devices with RS485/4-20mA signal interface for data acquisition and maintenance; it is convenient for users to integrate sensors into the industrial computer system such as PC system and IOT.
• The sensor can be set by RS485 communication, slave address and baud rate, online calibration, factory reset, 4-20mA output corresponding range , proportional coefficient and incremental compensation.
• Two-point calibration method is used.
• Power off protection > 10 years.

Technical Specifications

wiring

(1)Wiring Instructions (DC12V / DC24V):

(2)Wiring Instructions (DC5V without 4~20mA)

Our Services

• Your inquiry will be replied in 24hours.
• Well-trained and experienced staffs to answer all your enquires in fluent English.
• OEM&ODM, we can help you to design and your request will be put into product.
• Distributorship are offered for your unique design and some our current models.
• Protection of your sales area, ideas of design and all your private information.
• Discounts are offered based on order quantities.