The Hitachi CUi-081 Copper Ion-Selective Electrode, 0.6 m (D236005-1) is a dedicated HIRANUMA electrode for copper-ion measurement with compatible automatic titration systems. It operates from 0 to 50°C and must be used with the RE-201Z reference electrode.
Key Features
- Selective response to copper ions, supporting copper-ion measurement with a compatible titration system
- Separate reference-electrode arrangement, requiring the HIRANUMA RE-201Z reference electrode
- 0 to 50°C operating range, defining the permitted sample-temperature conditions
- 600 mm connection cable, providing the specified 0.6 m reach for instrument connection
- Compact 135 mm electrode length, supporting installation in compatible electrode holders
- Slender 12 mm body diameter, with a 16 mm diameter collar
- Dedicated HIRANUMA titrator accessory, designed for use within compatible automatic titration configurations
- Listed for COM-300A and COM-A19 systems, helping users identify the intended titrator models
Note: The CUi-081 must be used with the RE-201Z reference electrode. Confirm whether the required reference electrode is already available before ordering.
Benefits
- Supports targeted copper-ion measurement using an ion-selective electrode system.
- Simplifies replacement selection through clearly defined model, part number and physical dimensions.
- Provides practical instrument reach through the integrated 0.6 m connection cable.
- Allows the indicator and reference electrodes to be selected and maintained as separate components.
- Helps confirm system suitability through listed compatibility with COM-300A and COM-A19 titrators.
Why Choose the Hitachi CUi-081 Copper Ion-Selective Electrode, 0.6 m (D236005-1)?
The Hitachi CUi-081 Copper Ion-Selective Electrode, 0.6 m (D236005-1) provides a dedicated sensing electrode for copper-ion measurement when paired with the RE-201Z reference electrode. John Morris Group can assist with confirming titrator compatibility and whether the required reference electrode should be included in the system.
