Published configuration highlights
- Model and functionWKS-29 / 4G / NB Remote Digital Pressure Gauge
- Key point 14G / NB-IoT
- Key point 2Local display
- Key point 3Water networks
WKS-29
4G / NB Remote Digital Pressure Gauge
A remote digital pressure gauge for fire-water and municipal supply networks, combining a clear field display with 4G or NB-IoT reporting. It is intended for unattended pipeline nodes where operators need both on-site readings and centralized pressure data.
Configuration note
Confirm the measuring range, medium, wetted materials, process connection, output, and power supply before ordering.
Technical selection overview
Use the published values below as a starting point, then confirm the complete measuring point before ordering. Final range, materials, connection, output, supply, and environmental limits depend on the selected configuration.
Integration and commissioning
Commission the sensing range, sampling interval, reporting interval, alarm thresholds, and network type before field installation. Verify local signal coverage, antenna position, battery arrangement, and the receiving telemetry platform.
Record signal quality, reporting and alarm latency, time synchronization, retry behavior, local measurement checks, battery condition, and the receiving platform configuration.
Measurement and latency
Define how often the process must be measured, reported, and alarmed rather than using one interval for every function.
Network and coverage
Verify the selected 4G, NB-IoT, LoRa, or LoRaWAN service at the installed antenna location and under enclosure and weather constraints.
Power and lifecycle
Build the battery estimate from actual sampling, transmission, retry, temperature, and alarm assumptions, then define replacement access and spares.
APPLICATION FIT
Where this product family is commonly evaluated
- Distributed water and fire networks
- Remote tanks and reservoirs
- Unattended process assets
- Industrial environmental monitoring
Suitability is configuration-dependent. Review media compatibility, operating limits, installation conditions, required approvals, and the receiving control system before final selection.
