Dywer Çok Hüzmeli Su Sayacı, 1 inç NPT
Teknik Belgeler
Özellikler
Marka
DWYER INSTRUMENTSBağlantı
1 inç NPT
Bağlantı Cinsiyeti
Erkek
Diş Boyutu
1inç
Konu Standart
NPT
Menşe
China
Ürün Ayrıntıları
Dwyer Instruments WM2 Series Multi-Jet Water Meter
Dwyer Instruments WM2 series multi-jet water meters are ideal for commercial and industrial applications. The SERIES WM2 Multi-Jet Water Meters is a series of mechanical, water totalizing meters that display the total water usage in Gallons or m3. The multi-jet design allows for simplicity and accuracy with wide flow ranges, even in low flow applications. The dial window is hermetically sealed to prevent leaking or fog and is separated from the water. WM2 water meters are magnetically driven and designed for long service life. Maintenance free operation, even under harsh conditions and available in a range of body sizes that include NPT or BSPT couplings.
Water Meters
Maximum permitted error from Qmin to Qt is ±5%, maximum permitted error Qt to Qmax is ±2%.
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Ayrıntılı bilgi için iletşime geçiniz
Teklif İsteyiniz
1
Teklif İsteyiniz
1
Teknik Belgeler
Özellikler
Marka
DWYER INSTRUMENTSBağlantı
1 inç NPT
Bağlantı Cinsiyeti
Erkek
Diş Boyutu
1inç
Konu Standart
NPT
Menşe
China
Ürün Ayrıntıları
Dwyer Instruments WM2 Series Multi-Jet Water Meter
Dwyer Instruments WM2 series multi-jet water meters are ideal for commercial and industrial applications. The SERIES WM2 Multi-Jet Water Meters is a series of mechanical, water totalizing meters that display the total water usage in Gallons or m3. The multi-jet design allows for simplicity and accuracy with wide flow ranges, even in low flow applications. The dial window is hermetically sealed to prevent leaking or fog and is separated from the water. WM2 water meters are magnetically driven and designed for long service life. Maintenance free operation, even under harsh conditions and available in a range of body sizes that include NPT or BSPT couplings.
Water Meters
Maximum permitted error from Qmin to Qt is ±5%, maximum permitted error Qt to Qmax is ±2%.