MIK-DO7017 Optical dissolved oxygen sensor

Name: MIK-DO7017 Optical dissolved oxygen sensor
Brand: Asmik
SKU: 00382
Rating: 4.8 (4200 reviews)

Specification

Specification

Product	Dissolved Oxygen sensor
Model	MIK-DO7017
Accuracy	Dissolved oxygen: measured value ±3% or ±0.3mg/L Temperature: ±0.5℃
Measure range	Dissolved oxygen: (0~20) mg/L or 0~200% saturation Temperature: (0~45)℃
Resolution	0.01
Power supply	(10-25) VDC
Operating temperature	0°C to 45°C (unfrozen)
Stocking temperature	-15°C to + 60°C
Signal interface	Modbus RS-485
Repeatability	±0.3
Ingress protection	IP68/NEMA6P
Material	Stainless steel 316L
Maximum pressure	0.1 MPa
Cable	10m (standard),100m(optional)

Introduction

MIK-DO7017 Optical dissolved oxygen sensor is widely used in DO on-line monitoring of various technological processes such as regulating pools, biochemical ponds, and effluent in sewage treatment plants; DO on-line monitoring in waterworks, surface water, water in various industrial production processes, aquaculture and other industries.

1. What is the MIK-DO7017 optical dissolved oxygen sensor?

The MIK-DO7017 is a digital optical dissolved oxygen (DO) sensor with Modbus RS-485 output and a stainless steel 316L body. It is used for online DO monitoring in sewage treatment plants, waterworks, surface water, industrial process water and aquaculture.

2. How does an optical DO sensor work?

A luminescent material on the sensor cap is excited by light and emits fluorescence. Oxygen molecules reduce the fluorescence in proportion to their concentration, so the sensor calculates DO from the fluorescence signal. The method consumes no oxygen and needs no electrolyte.

3. Where is the MIK-DO7017 used in sewage treatment?

It is widely used for online DO monitoring in regulating pools, biochemical (aeration) ponds and effluent in sewage treatment plants. DO readings from the aeration tanks can be used to control blowers and save energy.

4. What are the measuring ranges?

Dissolved oxygen: 0.00–20.00 mg/L, or 0–200% saturation
Temperature: 0–45 °C

5. How accurate is the MIK-DO7017?

Dissolved oxygen: ±3% of measured value or ±0.3 mg/L
Temperature: ±0.5 °C
Resolution: 0.01
Repeatability: ±0.3

6. What power supply does it need?

The sensor operates on 10–25 VDC.

7. What output does it provide?

It provides Modbus RS-485 communication for direct connection to a PLC, SCADA system, data logger or IoT gateway. Please contact us for the communication settings and register map.

8. What pressure can it withstand?

The maximum pressure is 0.1 MPa. The sensor is intended for open tanks, ponds and channels; for pressurized installations, please tell us your conditions.

9. What are the operating and storage temperatures?

Operating temperature: 0–45 °C (unfrozen)
Storage temperature: -15 to +60 °C

10. What is the material and protection rating?

Material: stainless steel 316L
Ingress protection: IP68 / NEMA 6P

11. What cable length is available?

A 10 m cable is standard, and a 100 m cable is optional.

12. What maintenance does it need?

Optical sensors need no membrane or electrolyte replacement, which greatly reduces maintenance. Clean the sensor cap regularly, check the reading against a reference, and replace the fluorescent cap when needed. Please contact us for the cap service life and calibration procedure.

13. What can the MIK-DO7017 be connected to?

It can be connected to any Modbus RS-485 master. For local display and relay outputs, it can be used with the MIK-DC2000 controller for Asmik digital sensors; please confirm compatibility with us.

14. How is the MIK-DO7017 different from the MIK-DO7012 and MIK-DO7019?

MIK-DO7017: SS316L body; max pressure 0.1 MPa; 10–25 VDC; 10 m or 100 m cable.
MIK-DO7012: SS316L or titanium alloy (seawater) versions; max pressure 0.3 MPa; 9–28 VDC; published register map with salinity and pressure compensation.
MIK-DO7019: fluorescence lifetime technology; Φ22 × 152.7 mm; M22×1.5 thread; 9–24 VDC; about one-year cap life.

15. How should the sensor be installed?