Water meter WS cold water, type GMDM-I, DN50 (2"), Q3=25 m3/h, R100/50, Tmax: 50 deg., L=300mm, flanged connection dn50, dry-running MIA00F89SCHIV0

Multijet water meter for cold water – precise measurement and reliability

This multijet, dry-type GMDM-I water meter is a robust solution for measuring cold water consumption in residential buildings, public utilities, and other facilities with varying water usage. Equipped with a counter cover, it ensures long-lasting and accurate operation. Its construction based on a reinforced, four-pole magnetic coupling eliminates the risk of breakage or slippage, guaranteeing stable readings.

Construction and expansion options

The water meter is designed for flexibility. The ability to mount a WMBUS radio module, MBUS module, or pulse transmitter allows integration with remote reading and water consumption monitoring systems. This simplifies cost control and optimizes water management. An anti-magnetic ring protects the device from external interference, and compliance with the Hygiene Certificate confirms its safety in contact with water intended for consumption.

Key features and parameters

• Nominal diameter: DN50 (2 inches) – ideal for installations with medium to high flow rates.
• Maximum flow rate (Q3): 25 m³/h – ensures accurate measurement even with high water consumption.
• Accuracy class: R100/50 – high measurement accuracy over the entire flow range.
• Operating temperature: up to 50°C – designed for cold water.
• Length: 300 mm – compact dimensions facilitate installation in limited spaces.
• Connection: flanged DN50 – ensures a tight and durable connection to the installation.
• Dry-type: no direct contact between the rotor and water, which increases durability and resistance to contamination.

It is worth remembering that the water meter's construction, based on dividing the flow into smaller parts, ensures even loading of the rotor blades, which translates into increased measurement accuracy. Additionally, the IP68 protection class guarantees protection against atmospheric conditions and dust.