ProMinent DULCOMETER - User Manual

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DULCOMETER

Multi-parameter Controller diaLog DACa

Assembly and operating instructions

A1111

Part no. 985250 BA DM 203 04/14 EN

Please carefully read these operating instructions before use! · Do not discard!

The operator shall be liable for any damage caused by installation or operating errors!

Technical changes reserved.

Main Page

Default Chapter3
- Table of Contents3
1 Operating Concept8
- Functions of the Keys11
- Changes the Set Operating Language12
- Acknowledging Error or Warning Messages13
- Key Lock13
2 Entries in the [Menu] Display14
3 ID Code15
- A Complete Measuring Station May Comprise the Following17
4 Safety and Responsibility18
- Explanation of the Safety Information18
- General Safety Notes19
- Intended Use20
- Users' Qualifications21
5 Functional Description23
6 Assembly and Installation24
- Scope of Supply26
- Mechanical Installation26
- Wall Mounting26
- Control Panel Installation28
- Electrical Installation31
- Specification of the Threaded Connectors32
- Terminal Diagram33
- Cable Cross-Sections and Cable End Sleeves42
- Wall Mounting and Control Panel Installation43
- Switching of Inductive Loads44
- Connect the Sensors Electrically to the Controller45
- Priming to Bleeding49
7 Commissioning50
- Switch-On Behaviour During Commissioning50
- Adjusting the Backlight and Contrast of the Controller Display51
- Resetting the Operating Language51
- Defining Metering and Control Processes51
8 Setting Measured Variables52
- Information on the Measured Variables54
- Measured Variable Ph [MV]54
- Temperature54
- Measured Variable Ph [Ma]55
- ORP [MV], ORP [Ma]55
- Chlorine, Bromine, Chlorine Dioxide, Chlorite, Dissolved Oxygen and Ozone56
- Fluoride Measured Variable58
- Peracetic Acid58
- Hydrogen Peroxide59
- Conductivity [Ma]59
- Temperature [Ma], (as Main Measured Variable)59
- Ma General60
- Features of the Two-Channel Version60
9 Calibration61
- Calibrating the Ph Sensor62
- Selecting the Calibration Process for Ph65
- 2-Point Ph Sensor Calibration (CAL)66
- Ph Sensor Calibration (CAL) with an External Sample (1-Point)70
- Calibration of the Ph Sensor (CAL) by [Data Input]73
- Calibrating the ORP Sensor76
- Selecting the Calibration Process for ORP76
- 1-Point Calibration of ORP Sensor (CAL)76
- Calibration Data for ORP Sensor (CAL)78
- Calibrating the Fluoride Sensor80
- Selection of the Calibration Process for Fluoride80
- 2-Point Fluoride Sensor Calibration (CAL)80
- 1-Point Fluoride Sensor Calibration (CAL)82
- Calibrating Amperometric Sensors84
- Selecting the Calibration Process for Amperometric Measured Variables85
- Calibrating the Slope85
- Calibration of Zero Point88
- Calibrating Oxygen Sensors90
- Selection of the Calibration Process for the Measured Variable O91
- Selection of the Calibration Process for the Measured Variable DO92
- Zero Point Calibration for the Measured Variable DO94
- DO Value Calibration for the Measured Variable DO96
- Measured Value [Ma General] Calibration98
- Calibrating Conductivity98
- Calibrating Temperature99
10 Setting the [Control]101
- Control Parameter [Type]108
- Control Parameter [System Response]109
- Control Parameter [Setpoint]109
- Control Parameter [Xp]110
- Control Parameter [Ti]111
- Control Parameter [Td]111
- Control Parameter [Add. Basic Load]111
- Control Parameter [Checkout Time]111
- Control Parameter [Max. Ctrl Var.]111
- Interference Variable111
- Remote Setpoint Via a 0/4114
- Parameter Switch] Via the Digital Input or [Timer]116
11 Setting the [Limit Values]120
- Function of the Limit Values120
- Setting Limit Value Channel 1122
- Setting [Limit 1]123
- Setting [Limit 2]123
- Setting [System Response]124
12 Setting the [Pumps]125
- Setting [Pump 1]125
13 Setting the [Relays]128
- Setting Relay 1128
- Function Description [Off]131
- Functional Description of [Relay Timer]131
- Function Description [Limit 1] or [Limit 2]131
- Functional Description of [Limit Value 1/2 (Control Variable)]131
- Function Description of [Cycle]131
- Functional Description of [Pulse Length (PWM)]132
14 Setting [Digital Inputs]133
- Setting [Digital Input 1]133
15 Setting the [Ma Outputs]136
- Setting the [Ma Outputs]138
16 Function: Data Logger140
- Activating, Reading and Deleting Log Books140
- Configuring Log Books141
- Using the [Calibration Log Book]141
- Using the [Error Log Book]142
- Using the [Data Log Book] (Optional)143
17 Diagnostics146
- Displaying [Logbooks]146
- Displaying the [Calibration Log Book]146
- Reading the [Error Log Book]146
- Displaying [Simulation]147
- Displaying [Device Information]147
- Error Messages and Warning Alerts148
- Help Texts155
18 Service157
- Setting the [Wash Timer]157
19 Setting [Device Setup]158
- Setting the [Language]159
- Setting [Device Configuration]160
- Setting the [Extended Configuration]160
- Update161
- Setting the [Access Code]162
20 Controller Technical Data163
21 Spare Parts and Accessories166
- Spare Parts166
- Accessories167
22 Required Formalities168
- Disposal of Used Parts168
- Standards Complied with and Conformity Declaration168

Other manuals for ProMinent DULCOMETER

Installation And Configuration Manual92 pages

Questions and Answers

D
Douglas SimpsonAug 21, 2025
What causes the pH/mV RANGE? error on a ProMinent DULCOMETER Controller?
- S
  Stephen LutzAug 21, 2025
  The 'pH/mV RANGE?' error on your ProMinent Controller can be caused by the input voltage being too high. The suggested solution is 'Fault current'.
D
Daniel DeleonSep 3, 2025
What does NO PROBE mean on a ProMinent DULCOMETER?
- M
  Mike Brown MDSep 3, 2025
  If 'NO PROBE' is displayed on your ProMinent Controller and pH sensor monitoring is activated, it indicates there is no sensor. The suggested solution is 'Fault current'.
J
jacob35Sep 1, 2025
What does PROBE ERR mean on my ProMinent Controller?
- K
  keith32Sep 1, 2025
  If the 'PROBE ERR' is displayed, and pH sensor monitoring is activated, it indicates a sensor break. The suggested solution is 'Fault current'.
T
Tiffany TaylorAug 30, 2025
Why does my ProMinent DULCOMETER show CHECK? TIME?
- D
  David SalasAug 30, 2025
  The 'CHECK? TIME' message indicates that the control checkout time has elapsed. The suggested solution is 'Fault current'.
M
Michelle KingAug 29, 2025
What does TLIMITERR mean on a ProMinent Controller and how to fix it?
- L
  larryandrewsAug 29, 2025
  The 'TLIMITERR' indicates that the set checkout time for monitoring the correction variable limits has elapsed. The suggested solution is 'Fault current'.
V
Victoria GreenAug 27, 2025
What does 'NO CAL' mean on my ProMinent DULCOMETER Controller?
- M
  Mike Brock IIAug 28, 2025
  The 'NO CAL' message on your ProMinent Controller means that no valid user calibration exists.
R
Rebecca AdkinsAug 26, 2025
Why does my ProMinent DULCOMETER Controller display 'pH/mV RANGE'?
- M
  Misty NguyenAug 26, 2025
  The 'pH/mV RANGE' error on your ProMinent Controller can appear if the input voltage is either too low or too high, indicating a fault current.
L
luismillsAug 25, 2025
What does NO CAL mean on my ProMinent DULCOMETER Controller?
- C
  Charles LynchAug 25, 2025
  The 'NO CAL' message indicates that no valid user calibration exists.
E
ericbradfordAug 23, 2025
What does CAL ERROR mean on ProMinent Controller?
- K
  Kimberly HoldenAug 23, 2025
  The 'CAL ERROR' indicates that no valid user calibration exists.

Summary

Operating Concept

Acknowledging Error or Warning Messages

How to acknowledge and handle error and warning messages.

Safety and Responsibility

Explanation of the safety information

Details the meaning of safety symbols and categories used in the manual.

General safety notes

Provides essential safety guidelines for operating the device.

Users qualifications

Specifies the required qualifications for personnel operating the device.

Functional description

Assembly and installation

Wall mounting

Control Panel Installation

Electrical installation

Covers the electrical connections and wiring for the controller.

Terminal diagram

Connect the sensors electrically to the controller

Instructions for connecting various sensors to the controller.

Commissioning

Switch-on behaviour during commissioning

Defining metering and control processes

Setting measured variables

Information on the measured variables

Measured Variable pH [mV]

Measured variable pH [mA]

ORP [mV], ORP [mA]

Chlorine, bromine, chlorine dioxide, chlorite, dissolved oxygen and ozone

Calibration

Calibrating the pH sensor

Procedure for calibrating the pH sensor for accurate measurements.

Calibrating the ORP Sensor

Instructions for calibrating the ORP sensor.

Calibrating the Fluoride Sensor

Steps for calibrating the fluoride sensor.

Calibrating Amperometric Sensors

General process for calibrating amperometric sensors.

Calibrating Oxygen Sensors

Procedure for calibrating oxygen sensors.

Calibrating conductivity

Instructions for calibrating conductivity measurements.

Calibrating temperature

Procedure for calibrating temperature measurements.

Setting the [Control]

Control parameter [Type]

Control parameter [Setpoint]

Specifies the target value for the control loop.

Control parameter [xp]

Remote setpoint via a 0;4... 20 mA analog signal

Setting the [Limit values]

Setting limit value channel 1

Setting the [Pumps]

Setting [Pump 1]

Setting the [Relays]

Setting Relay 1

Setting [Digital inputs]

Setting [Digital input 1]

Setting the [mA outputs]

Configuration of the controller's mA output channels.

Function: Data logger

Activating, reading and deleting log books

Configuring log books

[Diagnostics]

Error messages and warning alerts

List of error codes, their causes, and remedies.

Setting [Device setup]

Update

ProMinent DULCOMETER Specifications

General

Protection Class	IP65
Measurement Parameters	pH, Conductivity, Temperature
Communication	Modbus
Power Supply	24 V DC or 100-240 V AC
Control Outputs	Relay, Analog (0/4-20 mA)
Control Functions	PID control
Input Signals	Analog (0/4-20 mA), Digital
Mounting	Wall-mounted, panel-mounted
Measurement Range pH	0-14 pH
Measurement Range Conductivity	0-2000 µS/cm