Hanwei Smart Gas
Home / Gas Pipeline Pressure Online Monitoring Solution
Connect pressure readings at distributed regulating facilities with trend review, high or low pressure alarms and traceable field follow-up.
Answer Summary
Hanwei Smart Gas supports city gas utilities, regional operators and system integrators with wireless pressure monitoring at gate stations, regulator stations, regulator cabinets and district pressure points. The solution connects WP180 pressure readings with trend review, configured high or low pressure alarms and maintenance response records. Operators can review a reported change alongside its location, reporting time and field findings instead of relying only on occasional gauge readings. Pressure anomalies require investigation and do not by themselves establish a leak. Pressure range, channel configuration, power, reporting cycle, communication, integration and certification require product model and target market confirmation.
Start with the observation needed at each regulating asset. A pressure trend, a surrounding gas indication and chamber conditions are different requirements, not interchangeable readings.
Identify pressure tapping locations and any surrounding gas-monitoring need.
Match included channels and installation to the selected model.
Connect available trends and alarms to the asset and reporting status.
Record the field check and operating outcome under the utility procedure.
Functional sequence, not a piping or installation drawing. A pressure exception alone does not establish a methane leak.
A station or cabinet needs remote pressure trends and high/low alarm records.
Practical value
Focuses the scope on pressure visibility without assuming gas detection is included.
Check before selection
Pressure range and connection, one or two points, mounting, power, coverage and reporting frequency.
The same asset has both pressure and methane-related monitoring requirements.
Practical value
Keeps pressure and gas observations associated with the asset while preserving their different meanings.
Check before selection
Included gas and pressure channels, sensor positions, interfaces, installation and version-specific functions.
A chamber requires environment and possibly additional network-condition observations.
Configuration to review
Review WG160II or the relevant WG360II configuration rather than assuming a station pressure monitor suits burial.
Practical value
Matches access and environment to equipment scope.
Check before selection
Wet conditions, service access, sensor options, pressure connection where relevant and communications.
Share the country, asset drawings, pressure range, ambient conditions and existing data system. Agree installation, commissioning, calibration, maintenance access and spare-parts responsibility before extending a pilot.
A gauge reading taken during a visit may not show what happened between visits. Across distributed regulating facilities, teams need to know which pressure point changed, whether its data is current and what follow-up was recorded before deciding where to investigate.
Hanwei combines WP180 field pressure monitoring with wireless reporting and a scoped platform workflow. Link the pressure point, trend and configured alarm to an operator review, field task and recorded outcome. The approach complements local inspection; it does not assume automatic regulator control or diagnose the cause of a pressure change.
The solution is organized around operating scenarios first, then product selection and platform workflow.
Start with the pressure points to observe, then define reporting and response needs. Additional monitoring devices and platform integration are selected by site scope, not supplied as a mandatory bundle.
WP180 Wireless Intelligent Pressure Monitor
WP series single-channel or dual-channel pressure monitor discussion
Pressure online monitoring platform
Mobile notification and response record workflow
Smart Gas Safety Monitoring Platform integration discussion
Pressure Monitoring ScopeWP180 uses a pressure tapping connection near regulating facilities; it is not an inline section of the gas main or a buried valve-well device. Confirm range, channels, power, communication, certification and target market requirements before project use.
Different operating points need different context. Define what each reading should help the operations team review.
Associate inlet or outlet readings with the correct pressure point. Where paired monitoring is required, confirm channel configuration so operators can review the two trends without treating either reading as a complete station diagnosis.
Keep pressure history available between site visits. When a limit alarm occurs, review the trend and operating context, then record the inspection or maintenance findings against that station.
Assess the tapping connection, power, wireless signal and service access at each cabinet. Remote records can support review between visits, while local inspection remains necessary to establish the cause of an abnormal reading.
Select representative pressure points and reporting needs before expanding coverage. Review data continuity, alarm handling and maintenance access during the pilot rather than assuming every site has the same conditions.
The distinction is not simply wired versus wireless: decide what data is needed, who reviews it and how findings return to the record.
For trend review, agree the pressure range, channel count and reporting cycle. Review power and communication conditions together; wireless upload does not mean uninterrupted or instantaneous visibility.
For high or low pressure events, define thresholds, notification recipients and the field response process. Record the observed condition and follow-up reading so an alarm has an accountable outcome.
Where SCADA or another platform is already in use, review data interfaces, asset identifiers, timestamps and responsibility for alarm handling. Integration is a project scope item, not an assumed out-of-the-box connection.
Key stages in this solution, from the starting point to the operational outcome.
How this solution supports day-to-day operations and project delivery.
Explore products for this gas safety application.
Explore technical guides related to this solution.
Share the target country, station or cabinet types, number of pressure points, expected pressure range, channel needs and available power and communication. Include your current platform, desired reporting cycle and who will review alarms. These inputs help define a representative pilot and the installation, integration and response scope.
They can review reported pressure changes at identified points between site visits and connect limit alarms with field findings. Reporting cycle and data availability affect visibility; remote records complement rather than replace site inspection.
WP180 has 4G / NB-IoT reporting options, subject to model confirmation. Power, signal coverage, pressure tapping arrangements and reporting cycle still require site review. Wireless reporting does not remove the need for a suitable installation or maintenance access.
Integration depends on the agreed data interface, communication environment, asset mapping and alarm responsibilities. Confirm these during technical review before including SCADA or third-party platform connectivity in the project scope.
No. A pressure anomaly alone does not establish a leak, its location or its rate. Review the operating context and data condition, then investigate through the operator's field procedures. Gas leak detection requires a suitable detection method; WP180 is a pressure monitor, not a gas detector.
Automatic regulator control and valve actuation are not included in this monitoring scope. The workflow supports pressure review, alarms and recorded field response. Any control function requires a separately reviewed system design and project approval.
Certification availability varies by product and target market. Contact us for confirmed specifications.
Share your product interest, target market and application scenario so our team can review your inquiry and contact you.
