8-sensor inline conductivity meter AEGIS ll

$1.00

Water conductivity and pH meter and controller.

Applications:

  • Regulates desalination in evaporative cooling systems.
  • Controls or regulates according to the dosage amount of corrosion inhibitors, defoamers and dispersants.
  • It measures and regulates the concentration of inhibitors by means of a fluorescence sensor.
  • It measures and, if necessary, regulates the pH value and the redox voltage.
  • It regulates with dosing pumps the quantity of biocides, depending on time or measured value.

Description

Continuous conductivity meter in the water line

AEGIS ll conductivity meter continuously measures and regulates conductivity and is a biocide concentration controller to keep heat exchangers and pipelines clean.

It has capacity for up to 8 sensors.
4 digital outputs 4-20 mA.
5 relés de potencia.
Recorder in micro SD memory and Wifi network connection for control through Smart technology.

Advantages of the conductivity meter

  • Biocide dosing control for 1, 7 or 28 days in real time and continuously.
  • Measures the concentration of biocides on-line.
  • Conductivity and temperature measurement and flow control with digital sensor type CTFS.
  • Standard web interface for device configuration and remote maintenance with e-mail alarm (for e-mail alarm the controller must be connected to the internet). WLAN/WIFI to choose
  • Forced demineralization: performs desalination before dosing biocides according to time or measured value
  • Desalination blocking: blocks desalination after dosing of biocides

Technical information.

8 digital ports for a contact hydrometer, a flow monitor and control signals.
10 operating status LEDs0.
9 flexible relay outputs, for setpoint-dependent control, flow quantity control or actuator time control.
Measured variables: Conductivity, pH, redox, chlorine, bromine, chlorine dioxide, etc.

 

Measuring ranges

Conductivity:

With a digital CTFS sensor at inputs A and B and via the D1 series module: 0.1 – 10 mS/cm

With the L3 conductivity module depending on the sensor used (LMP, LFT): 50 µS/cm – 20 mS/cm

With mA AA module with inductive conductivity sensor ICT: 8 to 2 mS/cm, 20 mS/cm, 200 mS/cm

Connection type mV:

pH: de 0,00 a 14,00

Redox voltage: -1 500 to +1 500 mV

Connection type mA (amperometric measurands, measuring ranges depending on the sensors, 2 ppm, 10 ppm):

Chlorine

Chlorine dioxide

Bromo

Temperature:

by means of Pt 100/Pt 1000, measuring range 0 … 150 °C

Resolution

pH: 0.01

Redox voltage: 1 mV

Temperature: 0.1 °C

Amperometry (chlorine, etc.): 0.001/0.01 ppm, 0.01 % vol., 0.1 % vol.

Inputs and outputs

3 slots for 2-channel plug-in modules in accordance with the Ident-code

1 mA input for desired analog signals

5 power relays as changeover switches, including 3 potential-free and 2 voltage-switched relays

4 pulse frequency outputs for controlling metering pumps

2 inputs for serial conductivity sensors CTFS and corrosion sensors CRS

8 control inputs for contact hydrometers, flow and pause switches for lockout

Accuracy

0.3 % referred to the end value of the measuring range

Measurement input

pH/redox (input resistance > 0.5 x 10¹² Ω)

Temperature compensation: Pt 100/Pt 1000 for pH
Temperature correction range: 0 to 100 °C
Control behavior P/PID control
Electrical connection 90 – 253 V, 50/60 Hz, 25 VA, 24 V DC
Modbus RTU field bus connection, other field buses via gateway
Ambient temperature 0 to 50 °C (for indoor installation or with protective housing)
Type of protection Wall installation: IP 67
Certificates and approvals CE, MET (corresponding to UL according to IEC 61010)
Housing material PPE with flame-retardant protection
Dimensions H x W. x D. 240 x 360 x 110 mm
Climate Permissible relative humidity: 95 % non-condensing DIN IEC 60068 – 2-30

Description of modules

AA mA/mA sensor input module (slots 1-3): 2 sensor inputs for connecting chlorine sensors such as CBR, or the pH converter pHV1
Module V2 mV/mV temperature sensor input (slots 2-3): 2 sensor inputs for connecting pH and redox sensors and Pt100/Pt1000 temperature sensors, p. e.g., of types PHER, RHER, PHEI, RHEIC, Pt100SE
H1 mA/mA output module (slots 1-3): 2 galvanically isolated 0/4-20 mA analog outputs for transmitting measured values or setting variables
Module D1 serial sensor module monitoring (slots 1-3):
Module 2 digital sensor inputs for connecting corrosion sensors CTFS or CRS
V1 mV/temperature module + mA module (slots 2-3): 1 sensor input for pH or redox sensor and temperature sensor Pt100/Pt1000, 1 sensor input for connecting chlorine sensors such as CBR, or the pH converter pHV1
CM Modbus RTU module + 2 mA outputs (slot 3): 1 Modbus RTU slave for connection to PLC or gateway, 1 Modbus RTU master for connection to Pyxis Fluorometer sensor, 2 galvanically isolated 0/4-20 mA analog outputs for transmitting measured values or setting variables
CA Modbus RTU module + 2 mA outputs + 2 mA inputs (slot 3): 1 Modbus RTU slave for connection to PLC or gateway, 1 Modbus RTU master for connection to Pyxis Fluorometer sensor, 2 galvanically isolated 0/4-20 mA analog outputs for transmitting measured values or setting variables, 2 sensor inputs for connecting chlorine sensors such as CBR, or pH converter pHV1