Honeywell Hnwg50049849-001 Hart Temperature Transmitter

Honeywell Hnwg50049849-001 Hart Temperature Transmitter
Honeywell
Hart
P/n: Hnwg50049849-001
50050919-701
Rev 2.020000
Hnwg50049850-001
D/c: Bp19w36-r0017
Weight : 50 Gm
Ref No : 68742

What is Honeywell HNWG50049849-001 HART Temperature Transmitter?

Honeywell HNWG50049849-001 HART Temperature Transmitter is one of the process measurement equipment by Honeywell, which has a wide range of products. It was designed to meet the high demands of modern industry settings; hence, it is capable of providing more precision and flexibility when it comes to sensing temperature. It is designed to convert temperature signals from a variety of sensing technologies, including TCs and RTDs, into a standard 4-20 mA analog signal easily interpreted by control systems. It also supports the HART communication protocol for trouble-free, digital communication among field devices and the control system.

Features of the Honeywell HNWG50049849-001

HART Communication Protocol: The greatest feature of this transmitter is the support of the HART protocol, which makes the communication between the device and the host system possible using analog and digital signals. This therefore means that operators can have information in real time, run diagnostics for devices, and also configure these devices even when the process is operating.

Versatile Input Options: The HNWG50049849-001 transmitter is compatible with wide-ranging temperature sensors. Some of the popular models include RTDs such as Pt100 and Pt1000, or thermocouples like Type K, J, T, etc. This will ensure the system performs well for a multitude of applications without any problems related to sensor type.

High Accuracy and Stability: The temperature transmitter offers high accuracy and stability in the measurements due to the design specified by Honeywell. The measurement accuracy of temperature can be as low as ±0.1% of the measured value. It ensures that even in the most stringent operation conditions, the temperature measurements are very accurate. In addition, the unit is designed for long-term stability such that the chances of recalibration become less frequent.

Robust Design: HNWG50049849-001 is designed based on the general specification of industrial environments. Its housing and parts can withstand extreme temperatures, vibrations, and moisture conditions, so it comes available for working under extreme conditions.

Advanced Diagnostics: The HART- enabled transmitter can monitor its performance continuously with built-in diagnostic capabilities, alerting operators about the problem. This aspect improves predictive maintenance because users can identify problems before they lead to downtime or system damage.

How HART Protocol Enhances Functionality

The HART protocol enhances the general functionality of a Honeywell HNWG50049849-001 transmitter. It makes it possible for two-way communication; there can be data flow in both directions from the device to the control system and vice versa. This ability makes possible a number of high features:

Remote Configuration: Operators can configure the transmitter remotely, saving time and effort. This includes setting up range, sensor type and other parameters without having to directly interact with the equipment.

Real-Time Data Monitoring: HART allows a transmitter to give not only a 4-20 mA signal but also a cornucopia of diagnostic information such as temperature trends, diagnostic information, and sensor health, in real-time.

Improved Maintenance: The diagnostic capabilities of HART allow operators to perform better preventive maintenance. HART allows for detection and notification to the control room of possible sensor drift or device malfunction, thus allowing for timely prevention of costly downtimes.

Benefits of Honeywell HNWG50049849-001

Better Process Efficiency: This temperature transmitter improves process control through its accurate measurement of temperature and live data. The result is better quality products along with better use of energy.

Less Downtime: The design is pretty robust, with advanced diagnostics and the HART communication protocol, both of which offer a lesser likelihood of sudden failures. The device alerts operators of problems before they become critical so that routine maintenance can be scheduled proactively, so that there will be less unplanned downtime.

Flexible Integration: Honeywell’s HNWG50049849-001 can quickly be integrated into any style of industrial applications. Its deployment can either be in oil and gas, chemical processing, power generation, or any type of industry that requires precise temperature control. This transmitter will deliver reliable performance.

Cost Saving: Long-term stability with less calibration requirement reduces the overall maintenance cost. The far end configuration and diagnostics reduce manual intervention by cutting labor costs and with minimal chance of human error.

More Safety: In most industries, correct temperature display is not only a matter of high efficiency but safety. The Honeywell HNWG50049849-001 offers precision to guarantee safe working conditions and lower the possibility of accidents with compliance to standardized specifications.

Applications of Honeywell HNWG50049849-001

The Honeywell HNWG50049849-001 HART Temperature Transmitter can be applied in several industries. The applications are as follows:

Oil and Gas: Precision temperature measurement in oil and gas applications are directly proportional to refineries, pipelines, and drilling safety and efficiency. This transmitter will provide precise measurements even in harsh field conditions.

Chemical Processing: Chemical reactions in chemical processing are usually tightly controlled in terms of temperature. The process temperature should be kept in the wanted range with HNWG50049849-001 to avoid slight deviations that might turn catastrophic about affecting quality or safety during production.

Power Generation: This transmitter is applied for monitoring the temperatures in the plants or managing heat in solar and geothermal stations in a manner that ensures the efficiency of operation is maintained in power generation systems.

Pharmaceutical: Due to the sensitivity of pharmaceutical productions, applications in this industry require precise temperature management. The companies ensuring integrity in product production, storage, and distribution during processes must adhere to set boundaries enforced through strict temperature regulations.