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Retractable Housing from METTLER TOLEDO Reduces Costs and Waste
With the InTrac 789 from METTLER TOLEDO, only the measurement electrode needs periodic replacement; considerably reducing the quantity of metal wasted when replacing a pH probe in comparison with hot tap retractable sensors.
Urdorf, Switzerland - METTLER TOLEDO Process Analytics announces the launch of its InTrac 789 retractable sensor housing for the chemical industry.
Hot tap retractable sensors are commonly used throughout chemical processing, but when it is time to replace the pH sensor, the metal housing containing the probe is also disposed of.
To address this, METTLER TOLEDO has launched its InTrac 789 housing. With the InTrac 789, no metal is wasted when the sensor is exchanged. This results in a reduction of up to 40% in sensor replacement costs.
Compatible with various METTLER TOLEDO pH sensors, it allows flexible installations, including horizontally and upside-down, without modifying existing equipment. In addition, the InTrac 789 has a maximum immersion length of more than 800 mm, allowing probe insertion in vessels or pipes with thick insulation.
The housing’s Enhanced Pressure Kit, plus design according to PED regulations, leads to process and environmental safety in higher-pressure environments.
“Ways of reducing costs and waste are growing in importance in the chem industry,” says Martin Zahner, Product Manager at METTLER TOLEDO. “With the InTrac 789, chemical companies have a way of tackling both.”
For more information on the InTrac 789, visit www.mt.com/InTrac789
