How a Pump Supplier in Australia Added Reliable Level Monitoring to Complete Pump Automation Packages

Introduction

Pump suppliers are increasingly expected to deliver more than pumps. For many water, wastewater, irrigation, industrial, and mining applications, end users need a complete monitoring and control package that includes pumps, sensors, control panels, and reliable level measurement. This is especially important for deep wells, surface water intake, water treatment tanks, wastewater pits, lift stations, and sump applications where the pump system depends on accurate liquid level data.

The Customer Requirement

An Australian pump supplier approached Pokcenser Automation because some of its end users wanted level sensors to be supplied together with pump equipment. The goal was to form a complete automation monitoring solution rather than supplying pumps and accessories separately. The level sensor needed to work across a wide range of applications, including deep wells, surface water, water treatment, wastewater, lift stations, and pumping stations.

The Main Challenge

The customer did not only need a standard water level probe. In pump station and wastewater applications, the sensor can be exposed to mud, suspended solids, sludge, turbulence, and physical impact from debris. In deep wells, long cable length and stable installation are critical. For a pump supplier, the selected level transmitter also had to be easy to stock in different ranges and cable lengths so urgent local projects could be supported quickly.

Pokcenser’s Solution

Pokcenser recommended the PWP416 submersible level transmitter. This model is suitable for wastewater, sewage, sludge, slurry, muddy liquids, wells, channels, reservoirs, and lift station monitoring. Its flush diaphragm anti-clogging design and double-flange weighted structure make it well suited to difficult water and wastewater environments. The additional weight helps the transmitter remain stable at the bottom measuring position, while the double-flange design protects the diaphragm and allows liquid flow around the sensing area.

Field Testing and Result

A sample PWP416 was tested on site for six months. The system integrator was satisfied with the performance, and demand for this level transmitter increased. The customer then began stocking different measuring ranges and cable lengths, such as 10 m, 20 m, and 30 m cable versions, so sensors could be supplied quickly together with pump packages for different end users.

Why PWP416 Fits Pump Automation Packages

For pump suppliers and system integrators, PWP416 offers a practical way to add level measurement to pump packages. It can be used for borehole water level monitoring, raw water intake, wastewater lift stations, sump pits, treatment tanks, and general pump station level control. With IP68 protection, stainless steel construction, multiple output options, and customizable cable length, it gives pump suppliers a flexible sensor platform for many site conditions.

Conclusión

This Australian case shows how Pokcenser helps partners move from single product supply to complete instrumentation and pump automation solutions. By matching the application conditions, providing a field-tested product, and supporting different cable length and range requirements, Pokcenser helped the customer expand its offering and respond faster to end-user demand.