Emerson 397, 396VP, 398VP inch Pipe Tee PN 2002011 with 1 inch threaded connections

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MODEL 396/396VP/397/398/398VP

Wrap the pipe threads of the Twin-Kam Kamloc coupler with Teflon tape before placing it into the process pipe. The coupler can be connected to any 1 in. process connection and must be mounted within 80° of vertical, with the elec- trode facing down. Once the coupler is in place, the adapter should be positioned onto the back end of the sen- sor. (See Figure 2-5) Remove the parafilm wrapping from the two 0-rings on the sensor, grease the o-rings with the lube provided, and feed the sensor cable through the adapter. Once the adapter is slipped over the sensor’s back end, the retaining ring (which is included with every 397 sensor) should be installed on the black, grooved, back end of the sensor body. The retaining ring secures the sensor into the adapter. The adapter/sensor assembly is now ready to be inserted into the coupler. With both arms of the coupler in the released position, insert the adapter/sensor assembly into the coupler.

NOTE

The adapter can not be inserted completely or properly unless both arms are in the fully released position (see Figure 2-5).

SECTION 2.0

INSTALLATION

Once the adapter has been properly placed in the coupler, both arms should be positioned in the locked position. A Sur- Loc™ 1 spring arm has been provided on one arm so that the “arm cannot be opened until the spring is released.”2

NOTE

The sensor may obstruct flow through smaller pipes.

Once the arms of the coupler have been locked in position, use tamper-evident safety wire on the metal rings of the Twin-Kam arms to prevent unauthorized and/or untrained personnel from using the Quik-Loc unit.

SAFETY WARNING

It is the responsibility of each com- pany using the Quik-Loc Kit/ 397 TUpH Sensor to train personnel of the injury risks associated with using a quick-release coupler that is placed in a hot or pressurized process.

The Quik-Loc unit should be used only within the pressure and temperature limits stated for the Model 397 sensor in Section 1.2.

DWG. NO.

40039609

REV.

D

FIGURE 2-1. Recommended Flow Through and Insertion Installation

For Models 396, 396VP, 398 and 398VP

1-1/2 inch Pipe Tee (PN 2002011) with 1 inch threaded connections.

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Contents PH/ORP Sensors ModelHazardous Area Installation Essential InstructionsTable of Contents List of TablesCross Section Diagram of the TUpH Reference Technology List of FiguresSection Description and Specifications TUpH Features and ApplicationsCross Section Diagram of the TUpH Reference Technology Performance & Physical Specifications Model QUIK-LOC KITOrdering Information Model398 10 32 Model Mounting Accessories optional Part Number Description Section Installation Safety Warning2 inch Pipe Tee PN 2002011 with 1 inch threaded connections Dimensional Drawing For Models 396 Section 40039603 C Dimensional Drawings For Model 397 in the Quik-Loc Unit Electrical Installation 40039610 40038920 G 40039607 40039606 D 40039608 D 40039605 F 40039611 Section 21. Wiring Model 396VP and 398VP to 24. Wiring Model 396VP and 398VP to Model 28. Wiring Model 396VP and 398VP to 33. Wiring Model 396VP/398VP to Models 54/54e 36. Wiring Model 396VP-54 to Model 38. Wiring Models 396VP & 398VP to Model Xmt-P-XX-10 39. Wiring Models 396/397/398 to Model 5081-P Sensor Preparation Calibration Using Buffer Solutions or Grab SamplesSection Start UP and Calibration Section Maintenance Sensor is in Pressurized SystemSection Troubleshooting Troubleshooting Probable Cause RemedySection Return of Material Warranty RepairNON-WARRANTY Repair GeneralWarranty Specifications subject to change without notice
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398, 397, 396VP, 398VP, 396 specifications

Emerson offers a wide range of advanced process control instruments, and among them, the Emerson 396, 398VP, 396VP, 397, and 398 stand out for their precision, reliability, and versatility. These models are designed to cater to the demanding needs of industrial applications, particularly in the areas of pressure, temperature, and flow measurement.

The Emerson 396 series focuses on providing robust pressure and temperature measurement solutions. One of its standout features is its digital manometer functionality, which allows for precise measurement of differential pressure. This makes it an excellent choice for HVAC applications and other industrial processes where accuracy is critical. The 396 model is equipped with advanced signal processing capabilities, allowing for the adjustment of sensitivities and ranges according to specific application needs.

Moving on to the 398VP and 396VP models, these variants incorporate advanced validation features that ensure data integrity and accuracy. They are designed with user-friendly interfaces that not only simplify operation but also enhance user experience. The 398VP model, in particular, is celebrated for its versatility, as it can operate in both electrical and pneumatic environments. Additionally, the model comes with integrated diagnostics, which simplifies maintenance by providing real-time data on operational status.

The Emerson 397 model focuses on flow measurement and control. It integrates technologies that minimize the impact of environmental factors on measurement accuracy. Its intelligent algorithms provide compensation for temperature and pressure fluctuations, ensuring consistent performance in varying conditions. This model is also compatible with various fieldbus protocols, facilitating easy integration into existing systems.

Finally, the Emerson 398 model is known for its high-performance digital operation. It includes features such as remote monitoring and control capabilities, which allow operators to manage processes from any location. The 398 is specifically designed to meet the rigorous requirements of industries like oil and gas, chemical, and power generation.

In summary, the Emerson 396, 398VP, 396VP, 397, and 398 models are equipped with cutting-edge technologies and features tailored for industrial efficiency, reliability, and accuracy. Their user-friendly interfaces, advanced diagnostics, and compatibility with modern communication protocols make them invaluable tools for engineers and operators in various sectors, enhancing overall productivity and performance.
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