CORONA MCI COMPOSITE 108
MULTI-JET METER | WET RUNNER
Domestic water meter
- Modular compact multi-jet domestic meter with inductive scanning (without magnetic influence)
- Housing and screw head made of composite are confirm with the Drinking water Ordinance
- Resistant against dirt and aggressive water
- System capability, with standard applicable pulse output 1 l/pulse (inductive). CORONA MCI can be externed in any way - with IZAR RADIO COMPACT 868 I (radio module) or IZAR PULSE I (pulse transmitter)
- Mounting position: horizontal (R 40 - 160), rising pipe / downpipe (R 40)
- Extremely low pressure loss and considerably extended measuring range
- Records very small amounts of water consumption
- Maximum long-term accuracy and absolutely corrosion-resistant
- Measuring data better than specified by calibration regulations
- Capable of withstanding any load for a short time
- Outlet prepared for installing a non-return valve (DVGW approved)
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General
Medium temperature range °C 1 ... 30 Temperature safety °C 1 ... 50 Ambient operating temperature °C 1 ... 55 Ambient storage temperature °C 1 ... 55 Nominal pressure PN bar 16 Display range 0.05 l ... 99,999 m³ Pulse value l/pulse 1 Protection class IP 68 -
Technical data
Nominal diameter DN mm 20 Permanent flow rate Q3 m³/h 4 Overload flow rate Q4 m³/h 5 Transitional flow rate Q2 l/h 40 Minimum flow rate Q1 l/h 251 Starting flow rate l/h 6 Pressure loss at Q3 bar 0.6 Flow rate at 1 bar pressure loss m³/h 6.5 1 based on R 160 -
Approval
Nominal diameter DN mm 20 Permanent flow rate Q3 m³/h 4 MID TH 8629 Dynamic range horizontal installation (Q3/Q1) R 40 / 80 / 100 / 160 Dynamic range vertical installation (Q3/Q1) R 40 -
Dimensions
Nominal diameter DN mm 20 Permanent flow rate Q3 m³/h 4 Overall length (DIN ISO 4064) L mm 190 Overall length with coupling L2 mm 288 Connection thread on meter (ISO 228/1) Inch G1B Connection thread of coupling (DIN 2999) Inch R¾ Height H mm 27 Height H1 mm 105 Diameter Ø B mm 95 Weight without coupling kg 0.62 Weight with coupling kg 0.92 - Pressure loss graph / Typical error graph