Winters Instruments WWT Threaded Ultrasonic Water Meter

Winters Instruments WWT Series threaded ultrasonic water meter for residential, commercial and water distribution applications.

  • DN15–DN40 sizes; PN16 pressure rating.
  • Brass body with IP68 protection.
  • Leak detection and eight-digit LCD.
  • Optional 6-, 10- or 16-year battery life.
  • Wired and wireless remote reading options.
SKU: WI-WWT Category:

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Winters Instruments Threaded Ultrasonic Water Meter WWT Series measures water consumption in residential buildings, commercial facilities and water distribution systems. Its compact brass body, ultrasonic measurement technology and integrated leak detection support water monitoring. Supplied by Alyamitech in Saudi Arabia, it offers communication options for remote meter reading and smart water management.

Key Features

  • Ultrasonic measurement with integrated leak detection.
  • Compact threaded construction for DN15–DN40 pipelines.
  • IP68 protection against dust and water ingress.
  • 360-degree installation orientation.
  • Optional 6-, 10- or 16-year battery life.
  • Eight-digit LCD with selectable litre, cubic metre or gallon units.

Technical Specifications

Specification Details
Manufacturer and series Winters Instruments; WWT Series
Sizes DN15, DN20, DN25, DN32 and DN40
Maximum operating pressure 1.6 MPa (16 bar); PN16
Metrological class Class 2; R160/R200/R250/R400/R500 options
Water temperature range 0.1°C to +30°C, +50°C or +70°C, depending on T30/T50/T70 configuration
Pressure loss ≤40 kPa
Protection and installation IP68; 360-degree orientation
Battery and display Optional 6-, 10- or 16-year battery life; eight-digit LCD

Construction and Connections

Component Details
Meter body Brass 59-1
Threaded connections DN15: G¾″; DN20: G1″; DN25: G1¼″; DN32: G1½″; DN40: G2″

Communication Options

Available interfaces include M-Bus, pulse output, RS485 Modbus, LoRaWAN, Sigfox and NB-IoT. Optional data storage provides 24 or 120 logs with daily, weekly or monthly recording options.

Battery life, communication interfaces, temperature class and metrological ratio depend on the selected configuration.