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Glorient offers competitive supply of WIKA TC96-L. Competitive pricing, fast quotation.
WIKA TC96-L - high-precision industrial measurement instrument.
WIKA is a global market leader in pressure and temperature measurement technology. With over 75 years of experience, WIKA instruments are trusted in process industries worldwide. Glorient is a professional supplier of genuine WIKA products with competitive pricing and fast worldwide delivery.
| Product Category | Temperature Measurement |
| Product Type | Multipoint thermometers |
| Applications | Oil, gas and petrochemical industry Measurement of temperature profiles in reactors, regenerators, and a variety of colums Detection of hots pots and uneven flow distribution |
| Key Features | Real-time temperature readings High point density through consolidated measuring points Ability to insert greater number of measuring points through existing nozzles Simplified installation |
| Description | Process refining is an integral part of operations in a petrochemical plant. As markets shift and regulations on emissions are put in place, operating efficiency becomes more important in order to achieve the highest output possible while minimising environmental impact. Accurately monitoring these conditions is necessary to ensure operations are running as smoothly and efficiently as they’re meant to. Advancements in technologies provide new process conditions and present challenging conditions for measuring instruments inserted into the process. WIKA’s model TC96-L multipoint thermocouple provides operators with the opportunity for advanced reactor temperature profiling, while reducing the amount of measurement strings inserted into the process. Multiple thermocouple points, formed completely independent from one another, are housed inside a single heavy-duty sheath to make up a linear array measurement string. In doing this, the amount of non-reactive material inserted into the process flow is reduced when compared to a bundle of standard single-point measurement strings. Combining multiple measurement strings into one process connection maximizes the measurement coverage while minimizing the number of entries into the vessel, saving time and money during vessel construction. Monitoring temperatures inside the vessel provides the unique ability to evaluate various aspects of the operation including process hot spots, channeling effects and maldistribution of the catalyst, among others. |
TSD-30 | TW60 | WIKA-Cal | 422.12, 423.12 | 73x.24 | 990.17 | ACC-6 | CPD8500 | DPTL-20 | DSS27T | F2807 | iWU-20, iWU-25, iWU-26 | SD83 | TC52-M | TGS73 | TR20 | TRL10-4 | WSGC-02 | 111.11, 111.31 | 1500-8.5I | 230.15-851 | 55 | A43 | BFT | CPC3050 | DIH50, DIH52 | F1119 | F1814 | FLM-T, FLM-P | GCH-08, GCH-20
| Product Category | Temperature Measurement |
| Product Type | Multipoint thermometers |
| Applications | Oil, gas and petrochemical industry Measurement of temperature profiles in reactors, regenerators, and a variety of colums Detection of hots pots and uneven flow distribution |
| Key Features | Real-time temperature readings High point density through consolidated measuring points Ability to insert greater number of measuring points through existing nozzles Simplified installation |
| Description | Process refining is an integral part of operations in a petrochemical plant. As markets shift and regulations on emissions are put in place, operating efficiency becomes more important in order to achieve the highest output possible while minimising environmental impact. Accurately monitoring these conditions is necessary to ensure operations are running as smoothly and efficiently as they’re meant to. Advancements in technologies provide new process conditions and present challenging conditions for measuring instruments inserted into the process. WIKA’s model TC96-L multipoint thermocouple provides operators with the opportunity for advanced reactor temperature profiling, while reducing the amount of measurement strings inserted into the process. Multiple thermocouple points, formed completely independent from one another, are housed inside a single heavy-duty sheath to make up a linear array measurement string. In doing this, the amount of non-reactive material inserted into the process flow is reduced when compared to a bundle of standard single-point measurement strings. Combining multiple measurement strings into one process connection maximizes the measurement coverage while minimizing the number of entries into the vessel, saving time and money during vessel construction. Monitoring temperatures inside the vessel provides the unique ability to evaluate various aspects of the operation including process hot spots, channeling effects and maldistribution of the catalyst, among others. |
