The ultimate in water treatment control flexibility
DULCOMETER diaLog X continuously monitors and controls a wide range of measured parameters and digital inputs to optimize the water treatment process. This powerful controller can control and monitor metering pumps, valves, motors, and other output components to provide full automation of your system using the different parameters or measured variables The physical variables to be determined by measuring. more in the glossary through the various inputs. Control of these various devices is accomplished through flexible programing of the open platform controller via multiple standards, connectivity options and communications protocols.
Features and Benefits
- Modular Construction for Maximum Flexibility: The modular design allows for seamless expansion with easily extendible I/O (input/output) modules, making it simple to connect additional sensors, pumps, and other peripherals as needed. This ensures adaptability to evolving operational requirements.
- Scalable Input and Output Capabilities: Supports up to two satellite units, further expanding I/O options for integrating more sensors and pumps. This scalability enhances the system's capacity to handle complex processes efficiently.
- User-Friendly Human-Machine Interface (HMI): The intuitive HMI features a high-contrast, industrial-grade display and durable keys for essential commands like calibration and process monitoring, ensuring reliable and straightforward operation.
- Remote Process Configuration and Visualization: Effortlessly configure process settings and monitor operations via a web server with both preconfigured and customizable software modules. This ensures quick setup and comprehensive process oversight from any connected device.
- Comprehensive Process Monitoring and Control: Designed for most any application, the diaLog X provides a holistic view of all process data and alarms. Integration with process control systems is enabled via industry-standard fieldbuses like Modbus RTU for streamlined communication.
- Advanced Connectivity for Remote Access: Features an array of communication options, including support for network protocols like FTP and MQTT. This enables secure remote access, data management, and monitoring through Wi-Fi or LAN (Ethernet), providing flexibility and ease of use in connected environments.
Field of application
The following list is a general representation of basically suitable applications for this product. Please contact your personal representative to discuss the use of the product in your individual application.
- Potable water and sewage treatment
- Wastewater treatment
- Industrial and process water treatment
- Food and Beverage process water treatment
Technical Details
Comprehensive inputs and outputs
- Up to 24 flexible sensor inputs and mA outputs (8 per device), e.g. CTFS sensor, linear polarisation resistor (LPR) corrosion sensor
- Up to 30 output relays and pulse outputs (10 per device) to control pumps and other actuators
- Up to 24 digital inputs (8 per device) to control level switches, water meters and remote switches
- Up to 12 pulse frequency outputs
- Up to 18 relays
Communication options
- In-built Modbus RTU and via gateways (BACnet, Modbus TCP, PROFINET)
- Web interface via Wi-Fi and Ethernet, FTP server, rest API, MQTT client interface. The client interface is an intuitive remote control via a Wi-Fi or network connection to your PC or smartphone, e.g. for configuration settings or setpoint settings.
- Configurable and managed via DULCONNEX.
Technical Data
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Measured variables and measuring ranges | Conductivity: With digital sensor CTFS at input A and B and via serial module D1: 0.1 - 10 mS/cm Via conductivity module L3 depending on sensor used (LMP, LFT): 50 μS cm - 20 mS/cm Via mA module AA with the inductive conductivity sensor ICT: 8 to 2 mS/cm, 20 mS/cm, 200 mS/cm Type of connection mV: pH: 0.00 ... 14.00 ORP potential: -1,500 ... +1,500 mV Type of connection mA (amperometric measured variables, measuring ranges corresponding to sensors, 2 ppm, 10 ppm): Chlorine Chlorine dioxide Chlorite Bromine Ozone Hydrogen peroxide Peracetic acid Temperature: via Pt 100/Pt 1000, measuring range 32 … 302 °F (0 … 150 °C) |
Inputs and outputs | Inputs 4 plug-in module slots per unit for 2-channel serial sensor input module 2-channel conductivity input module 2-channel mV input module 2-channel mV/mA input module 2-channel mA input module Outputs 2-channel mA output module 6 output relays as changeover contacts, of which 3 are potential-free and 3 are AC/DC 4 pulse frequency outputs for controlling metering pumps 8 digital control inputs for contact water meter, flow switch and pause for locking |
Resolution | pH: 0.01 pH ORP: 1 mV Amperometric analysis (chlorine etc.): 0.001/0.01 ppm, 0.01 vol. % |
Accuracy | 0.3% based on the full-scale reading |
Temperature compensation | Pt 100/Pt 1000 for pH |
Control characteristic | P/PI/PID control |
Electrical Connection | 100 – 230 V, 50/60 Hz |
Ambient temperature | 23 … 122 °F (-5 … 50 °C) at max. 95% relative air humidity (non-condensing) |
Tests and approvals | CE, MET, UK CA |
Housing material | PC with flame proofing equipment |
Dimensions | 10.87 x 16.69 x 5.39 in (H x W x D) |
Enclosure rating | Wall-mounted: IP 67 |
Field bus connection | Modbus RTU, additional field buses via gateway |
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