MIK-DC2000 Digital analyzer monitor

MIK-DC2000 Digital analyzer monitor is a general-purpose water quality controller. It is suitable for use with Asmik's multiple water quality series digital sensors. It is used to monitor water quality parameters including pH, ORP, conductivity, dissolved oxygen, turbidity, sludge concentration, etc. The parameters are output to the monitoring room through RS485 or current transmission for record keeping.

Characteristics

Range: pH: (0~14)pH
ORP:(-2000~2000)mV
DO:(0~40)mg/L
TDS: (0~600)mS/cm
Turbidity: (0~4000)NTU
Suspended solids: (0~120000)mg/L

Output signal: 4~20mA; Relay; RS485

Power supply: AC:(100~240)VAC; DC:24VDC(Optional)

 

Specification

  • Specification

  Product   TDS and EC meter
  Model  MIK-DC2000
  Dimension 100mm*100mm*150mm
   Range pH: (0-14) pH
ORP: (-2000-2000) mV
DO: (0-40) mg/L
TDS: (0-600) mS/cm
Turbidity: (0-4000) NTU
Suspended solids: (0-120000) mg/L
  Relative humidity (10~85)%
  Temperature range  (0 ~ 60)℃
  Communication  RS485, Modbus-RTU
  Signal output  4-20mA, maximum loop 500Ω, 0.2%FS
  Power supply AC: (100-240) VAC
DC: 24V DC (Optional)
  Relay output  250VAC, 3A

 

  • FAQ

1. What is the MIK-DC2000 digital analyzer monitor?

The MIK-DC2000 is a general-purpose water quality controller for Asmik digital sensors. On this page it is presented as a TDS and EC meter: connected to an Asmik digital conductivity sensor, it monitors conductivity and sends the values to a monitoring room via RS485 or 4–20 mA for record keeping.

2. Can the MIK-DC2000 be used as a conductivity (EC/TDS) meter?

Yes. When used with an Asmik digital conductivity sensor, the MIK-DC2000 displays and transmits conductivity values. Please tell us your application and range so we can confirm the sensor and configuration.

3. What conductivity range does it support?

The conductivity range is 0–600 mS/cm. The actual range at your measuring point depends on the connected sensor.

4. Which conductivity sensors can be connected?

The MIK-DC2000 works with Asmik digital sensors, such as the MIK-TDS8001 digital conductivity sensor (two-pole graphite electrode) and the MIK-TDS8002 digital conductivity sensor (quadrupole alloy electrode). Please confirm sensor compatibility with us before ordering.

5. Can I connect an analog conductivity electrode?

The MIK-DC2000 is designed for Asmik digital sensors. For analog conductivity electrodes with cell constants of 0.01, 0.1, 1.0 or 10.0, see the MIK-TDS210-B, MIK-TDS210-C or MIK-EC8.0.

6. Can it measure salinity or seawater?

Salinity measurement depends on the connected sensor. The MIK-TDS8001 and MIK-TDS8002 digital sensors measure conductivity and salinity, and the MIK-TDS8002 is designed for applications including seawater salinity and aquaculture.

7. What other parameters can the MIK-DC2000 monitor?
  • pH: 0–14 pH
  • ORP: -2000 to 2000 mV
  • Dissolved oxygen: 0–40 mg/L
  • Turbidity: 0–4000 NTU
  • Suspended solids: 0–120,000 mg/L

The same controller can be used with other Asmik digital sensors, which simplifies spare parts and operator training across a plant.

8. How accurate is the measurement?

Measurement accuracy depends mainly on the connected sensor. The 4–20 mA output accuracy of the MIK-DC2000 is 0.2% FS.

9. What outputs are available?
  • Current output: 4–20 mA, maximum loop 500 Ω, 0.2% FS
  • Communication: RS485, Modbus-RTU
  • Relay output: 250 VAC, 3 A
10. What can the relays be used for?

The relays are generally used for high or low conductivity alarms and simple control tasks, such as controlling a dosing pump or a drain or blowdown valve when conductivity is out of range.

11. What power supply is required?

100–240 VAC as standard, with 24 VDC optional.

12. What are the dimensions?

The MIK-DC2000 measures 100 × 100 × 150 mm.

13. What environmental conditions are required?
  • Operating temperature: 0 to 60 °C
  • Relative humidity: 10% to 85%

For outdoor or wet locations, please tell us your site conditions so we can recommend suitable protection.

14. How is the system calibrated?

Calibration is performed for the connected conductivity sensor, generally with a conductivity standard solution close to your process range. Please follow the calibration procedure in the manual for your sensor and monitor.

15. Where is the MIK-DC2000 used for conductivity monitoring?

Typical applications include water treatment, RO and boiler water monitoring, wastewater treatment, aquaculture and industrial process water, especially where several water quality parameters are monitored with the same controller platform.

16. What information should I provide to get a quotation?

To help us select the correct configuration, please provide:

  • Medium and expected conductivity range
  • Whether salinity or other parameters are also needed
  • Whether sensors are required
  • Output and relay requirements
  • Power supply (AC or DC)
  • Installation environment
  • Quantity

Send your requirements to info@asmik.com or contact us via WhatsApp at +86 13325716921.

Features

Benefits

  • Fast and repeatable measurement
  • Wide adaptability and strong anti-interference capability
  • Stable conductivity transmitter signal
  • Supports temperature compensation and standard signal output
  • Easy system integration and remote monitoring

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