The TX10, an industrial-grade pH and ORP transmitter from Mettler Toledo, is designed to provide compact, efficient and cost-conscious water-quality monitoring for process control. By integrating core monitoring functions into a standardized 1/8 DIN housing, the device aims to reduce control-cabinet space requirements and suit a range of process environments.
The TX10 is intended to simplify installation and improve system compatibility. Its principal advantages are a compact structure and reliable signal output, with a clear LCD screen providing real-time pH, oxidation-reduction potential and temperature readings.
That display arrangement is designed to let operators assess process conditions directly at the instrument. The unit’s 1/8 DIN format also supports denser mounting in panels and cabinets where available space is limited.
The transmitter combines a standardized enclosure with an isolated, reversible 4–20 mA current output. Its power requirement is 100–240 VAC, and the device is configured for sensors fitted with spade-lug connections.
| Technical parameter | Specification |
|---|---|
| Housing size | 1/8 DIN standard enclosure |
| Output signal | Isolated, reversible 4–20 mA current signal |
| Power requirement | 100–240 VAC |
| Sensor interface | Spade lug only |
| Display function | LCD for pH/ORP and temperature |
The LCD readout supports direct monitoring of pH, ORP and temperature, allowing the instrument to serve as a local indication point within a broader process-control system.
During installation and selection, sensor compatibility is a key consideration. The TX10 is designed specifically for sensors equipped with spade-lug terminals, a connection method that can provide stable physical contact in certain industrial environments.
The isolated, reversible 4–20 mA output is intended to offer flexibility for system integration, allowing connection to programmable logic controllers and distributed control systems for precise closed-loop control of water-quality parameters. The output design also aims to reduce the effects of electrical interference in industrial settings.
The TX10, an industrial-grade pH and ORP transmitter from Mettler Toledo, is designed to provide compact, efficient and cost-conscious water-quality monitoring for process control. By integrating core monitoring functions into a standardized 1/8 DIN housing, the device aims to reduce control-cabinet space requirements and suit a range of process environments.
The TX10 is intended to simplify installation and improve system compatibility. Its principal advantages are a compact structure and reliable signal output, with a clear LCD screen providing real-time pH, oxidation-reduction potential and temperature readings.
That display arrangement is designed to let operators assess process conditions directly at the instrument. The unit’s 1/8 DIN format also supports denser mounting in panels and cabinets where available space is limited.
The transmitter combines a standardized enclosure with an isolated, reversible 4–20 mA current output. Its power requirement is 100–240 VAC, and the device is configured for sensors fitted with spade-lug connections.
| Technical parameter | Specification |
|---|---|
| Housing size | 1/8 DIN standard enclosure |
| Output signal | Isolated, reversible 4–20 mA current signal |
| Power requirement | 100–240 VAC |
| Sensor interface | Spade lug only |
| Display function | LCD for pH/ORP and temperature |
The LCD readout supports direct monitoring of pH, ORP and temperature, allowing the instrument to serve as a local indication point within a broader process-control system.
During installation and selection, sensor compatibility is a key consideration. The TX10 is designed specifically for sensors equipped with spade-lug terminals, a connection method that can provide stable physical contact in certain industrial environments.
The isolated, reversible 4–20 mA output is intended to offer flexibility for system integration, allowing connection to programmable logic controllers and distributed control systems for precise closed-loop control of water-quality parameters. The output design also aims to reduce the effects of electrical interference in industrial settings.
