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ICON ProCon TB800 Series Quick Start Manual
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ICON ProCon TB800 Series Quick Start Manual

Turbidity controller
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ProCon
— TB800 Series
®
Turbidity Controller
Quick Start Manual
Read the user's manual carefully before starting to use the unit.
Producer reserves the right to implement changes without prior notice.
1
24-0606 © Icon Process Controls Ltd.

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Summary of Contents for ICON ProCon TB800 Series

  • Page 1 ProCon — TB800 Series ® Turbidity Controller Quick Start Manual Read the user's manual carefully before starting to use the unit. Producer reserves the right to implement changes without prior notice. 24-0606 © Icon Process Controls Ltd.

  • Page 2: Technical Specifications

    No strong magnetic field interference around except the geomagnetic field Working Temperature 14 ~ 140 F | -10~60°C Relative Humidity ≤90% Waterproof Rating IP65 Dimensions (mm) 144 x 144 x 118 Mounting Panel | Wall Mount * Optional 24-0606 © Icon Process Controls Ltd.
  • Page 3 ProCon — TB800 Series ® Turbidity Controller Dimensions 118mm 144mm 26mm M4x4 45x45mm 138mm +0.5mm Back Fixed Hole Size Embedded Mounting Cut-out Size 24-0606 © Icon Process Controls Ltd.

  • Page 4: Cabinet Installation

    D+ D- Schematic of Installation Wall Mount Installation 150.3mm 6x1.5mm Schematic of Installation a) Install a mounting bracket for the instrument b) Wall screw fixation Top view of mounting bracket. Pay attention to installation direction 24-0606 © Icon Process Controls Ltd.

  • Page 5: Electrical Connection

    The TEMP2 length of the cable lead is usually 5-10 Meters. Insert the line with corresponding label or color wire on the sensor into the corresponding terminal inside the instrument and tighten it. 24-0606 © Icon Process Controls Ltd.

  • Page 6: Keypad Description

    Return Measurement | Previous Menu Keypad Operation Short Press: Release the key immediately after pressing (Default to short presses if not specified above). Long Press: Press the button for 3 seconds and then release it. 24-0606 © Icon Process Controls Ltd.

  • Page 7: Display Descriptions

    Current Setting 25.0 °C Communication System Turbidity Turbidity Calibration Mode Trend Chart Display 2024-01-09 12:53:17 2024-01-09 12:53:17 TURB 2024-01-09 12:53:17 7.850 NTU Point 1 Signal Value: 0.5 mV 4.000 Done 14.51 mA Turbidity Turbidity 24-0606 © Icon Process Controls Ltd.

  • Page 8: Menu Structure

    Point 3 Calibration Point 4 Point 5 Voltage 1 Voltage 2 Calibration Voltage 3A Standard Solution Voltage 3B Calibration Query Voltage 4A Voltage 4B Voltage 5 On-site Calibration Offset 0.000NTU On-site Query Slope 1.000 24-0606 © Icon Process Controls Ltd.
  • Page 9 Limit Value 122.0ºF Hysteresis 32ºF Duration of Clean 000001 Min Off Time 000030Min Auto Clean Select Relay Relay 1 | Relay 2 | Relay 3 | N/A (Default) Clean Mode Hold (Default) | Real Time 24-0606 © Icon Process Controls Ltd.
  • Page 10 30 Sec | 5 min | 15 min | 30 min | Always On Year / Month / Date Description System Set Time Hr : Min : Sec Password No Password (Default) Series No. 0000045073 Version 6.2.36 Language English 24-0606 © Icon Process Controls Ltd.
  • Page 11 Current 2 | 20mA Relay 1 Relay Test Relay 2 Relay 3 7.5 s 1 min Data Recording 5 min Interval Data Log 10 min 60 min Query by number of Data Query data 24-0606 © Icon Process Controls Ltd.
  • Page 12 The user can choose between two temperature units in the unit settings: Unit Celsius ( C) or Fahrenheit (ºF). Filling Solution for Calibration (TB800 Turbidity Sensor) TB800 Turbidity Sensor Open the black lid to fill the solution for calibration TB800 Turbidity Controller 24-0606 © Icon Process Controls Ltd.
  • Page 13 11.8, enter "-0.2000" to correct it. On-site Turbidity Calibration 2024-01-09 12:53:17 Query Slope : The slope value obtained from "On-site calibration" is stored in this setting, with the factory default set to 1.0000. 1.0000 Turbidity 24-0606 © Icon Process Controls Ltd.
  • Page 14 The Default Output Type is "4-20mA". The Upper Limit Value Corresponds to Output Type Current 1 | 2 20mA and the Lower Limit Value corresponds to 4mA. Upper Limit Set the Upper Limit Value Lower Limit Set the Lower Limit Value 24-0606 © Icon Process Controls Ltd.

  • Page 15: Communication (Modbus)

    Important: Ensure that the multimeter has sufficient power. Insufficient power may cause deviations in current measurement data. After selecting the appropriate relay, press [ENT] to hear the tick sound, indicating that the Relay Test relay is functioning normally. 24-0606 © Icon Process Controls Ltd.

  • Page 16: Setting Mode

    Data Recording Interval : Users can select the recording interval here. Once selected, the instrument will save the data at the specified interval. Data Query : Enter the number of records to query here, then press [ENT] to retrieve the historical data. 24-0606 © Icon Process Controls Ltd.

  • Page 17: Function Code

    Function codes indicate the type of operation performed by the server. CRC domain is the result of the “ redundancy check” calculation, which is executed according to the information content. 24-0606 © Icon Process Controls Ltd.
  • Page 18 The entire message frame must be sent in a continuous character stream. When the pause time interval between two characters exceeds 1.5 characters, the information frame is considered incomplete and the receiver does not receive the information frame. 24-0606 © Icon Process Controls Ltd.
  • Page 19 Request: Function Code 1 byte 0x03 Start Address 2 byte 0x0000..0xfffff Read Register Number 2 byte 1...125 Fig.8 : Read and hold register request frame 24-0606 © Icon Process Controls Ltd.
  • Page 20 Number of input registers 2 byte 2 byte Number of bytes 1 byte 1 byte Register Values N x 2 byte N x 2 byte Fig.11 : Write Multiple Register Request Frames *N = Register Number 24-0606 © Icon Process Controls Ltd.
  • Page 21 Number of bytes 0x00 Register Value (High byte) 0x0A Register Value (Low byte) 0x01 Register Value (High byte) 0x02 Register Value (Low byte) Figure 13 : Examples of writing multiple register request and response frames 24-0606 © Icon Process Controls Ltd.
  • Page 22 1. If the compiler used by the user has a library function that implements this function, the library function can be called directly, for example, using C language, then you can directly call the C library function memcpy to obtain an integer representation of the floating-point storage format in memory. 24-0606 © Icon Process Controls Ltd.
  • Page 23 S; long int E,M; float D; realbyte0 = byte3; realbyte1 = byte2; realbyte2 = byte1; realbyte3 = byte0; 24-0606 © Icon Process Controls Ltd.
  • Page 24 [00 00 40 E0] = 7.00; | Main value ; Parse Order: 40 E0 00 00 [00 00 41 C0]= 24.00; | Temperature Value ; Parse Order: 41 C0 00 00 [XX XX] Represents the CRC 16 Check Code 24-0606 © Icon Process Controls Ltd.
  • Page 25 Check to ensure the wiring on the terminal of the instrument is firm. Pay attention to disconnect the AC or DC power before removing the wiring cover. ■ Check to determine display data of the instrument is normal or not. 24-0606 © Icon Process Controls Ltd.

  • Page 26: Warranty, Returns And Limitations

    Icon Process Controls Ltd for a period of one year from the date of sale of such products. Icon Process Controls Ltd obligation under this warranty is solely...