ABB AX410/1000C Single-Channel Transmitter

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• Product Overview

  The ABB AX410/1000C is a single-channel (single-input) conductivity / resistivity transmitter (analyzer) from the ABB AX400 series. Designed to work with ABB two-electrode conductivity cells, it provides accurate, reliable measurement of conductivity, resistivity and related water-quality parameters. With robust construction suitable for industrial environments and flexible installation modes, it is ideal for continuous monitoring and process control in water treatment and industrial water systems.

  Technical Specifications

  • Model: AX410/1000C (AX410 single-channel transmitter)

  • Measurement Type: 2-electrode conductivity / resistivity / total dissolved solids (TDS) / water-quality parameters

  • Measurement Range: 0 to 10,000 µS/cm (conductivity) — also suitable for high-resistivity pure water (e.g. 18.2 MΩ·cm) and a wide TDS range

  • Mounting / Protection: Wall-mount, pipe-mount or panel-mount; enclosure rated IP65 / NEMA 4X

  • Outputs: 2–4 analog current outputs + 3–5 relay contact outputs (alarms / control)

  • Control Option: Built-in P / PI / PID controller for process control (e.g. dosing, pump or valve control) — standard for AX410 series

  • Power Supply: 85–265 V AC or 12–30 V DC (wide-range)

  • Display / Interface: High-resolution display, user-friendly interface, multiple language options

  • Temperature Compensation: Automatic compensation, suitable for pure water and industrial water applications

  Key Features & Advantages

  • Wide measurement range — from ultra-pure water (low conductivity / high resistivity) to high-conductivity industrial/ process water, covering many water-quality scenarios.

  • High accuracy and sensitivity — temperature compensation and two-electrode cell technology ensure accurate conductivity/resistivity measurement, even at low conductivity.

  • Rugged and industrial-grade — IP65 / NEMA 4X enclosure, suitable for harsh environments (dust, moisture, industrial site).

  • Flexible installation — supports wall-mount, pipe-mount or panel-mount to fit various installation requirements.

  • Rich output and control capabilities — multiple analog and relay outputs plus optional PID control enable direct integration with process control (pumps, valves, dosing, alarms).

  • Good compatibility & easy integration — works with standard ABB two-electrode cells; outputs and relay contacts allow connection to DCS / PLC / automation systems.

  • Wide power supply tolerance — supports common industrial AC or DC supply, suitable for varied electrical environments.

  Application Areas

  AX410/1000C is widely used in industries and systems requiring reliable water-quality monitoring and control, including:

  • Municipal water / pure water / ultrapure water systems (water treatment plants, deionized water plants, ultrapure water generation)

  • Wastewater / effluent treatment plants, industrial wastewater systems, recirculation water systems

  • Chemical, petrochemical, pharmaceutical industries — process water, cooling water, treatment loops

  • Power plants, boiler and steam systems — feedwater, make-up water, cooling water monitoring

  • Pulp & paper industry — water treatment, bleaching, washing, water reuse

  • Food, beverage, and general industrial processes where water conductivity / quality matters

  Precautions & Recommendations

  • Use appropriate ABB 2-electrode conductivity cell compatible with AX410 and ensure correct cell constant and condition.

  • For low-conductivity / ultra-pure water measurement, ensure electrodes are clean and free of contamination or scaling to maintain accuracy.

  • Install in a dry, ventilated location, avoid strong vibration or corrosive chemicals; ensure good enclosure sealing.

  • When using outputs / relay contacts for control or alarm, wiring and integration should be done by qualified engineers.

  • Ensure supply voltage meets specification (85–265 V AC or 12–30 V DC) and is stable to avoid inaccurate readings or device failure.

  • Regular maintenance / calibration recommended: check electrode condition, electrical connections, relay contacts and output signals to ensure long-term reliable operation.

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