709DCDA-OSY 3 3/4CFM
Part of the 709DCDA Series
Ordering Code: 0389173
UPC: 098268926118
3 IN Cast Iron Double Check Detector Assembly Backflow Preventer with OSY Shutoffs, Cubic Feet Meter, 3/4 IN Bypass, Epoxy Coated Using ArmorTek Technology
This 3 inch double check detector backflow preventer assembly prevents backflow of non-health hazard fire protection system substances from being pumped or siphoned into the potable water supply. It incorporates 3/4 IN bypass with a cubic feet meter to detect ground leaks and unauthorized illegal taps, greatly reducing annual water expenses. It consists of a fused epoxy coated cast iron body using ArmorTek(TM) coating technology for advanced corrosion resistance construction. Its modular check design facilitate simple and easy installation and maintenance. It has outside stem and yoke shutoffs. The coating on this backflow assembly uses ArmorTek technology to resist corrosion due to microbial induced corrosion (MIC) or exposed metal substrate. The maximum working pressure is 175 psi (12.06 bar).
- Utilizes advanced ArmorTek coating technology to resist corrosion of internals
- The valve body shall utilize a coating system with built in electrochemical corrosion inhibitor and microbial inhibitor
- Gallons per minute meter
- Non-health hazard application
- Outside stem and yoke shutoffs
| Specifications | |
|---|---|
| AdditionalTradeItemDescription_en-US | 3 IN Cast Iron Double Check Detector Assembly Backflow Preventer with OSY Shutoffs, Cubic Feet Meter, 3/4 IN Bypass, Epoxy Coated Using ArmorTek Technology |
| ArmorTekTechnology | Yes |
| BodyFinish | Epoxy Coated Using ArmorTek Technology |
| BuyAmericanAct | NO |
| EANUCCCode | 098268926118 |
| KeyWord1_en-US | dcda, double check, detector, bypass, meter, epoxy coated, cast iron, osy, cfm, armortek |
| MaximumTemperature-Fahrenheit | 110 |
| MaximumWorkingPressure-BAR | 12.10 |
| MaximumWorkingPressure-PSI | 175 |
| MinimumTemperature-Celsius | 0.50 |
| MinimumTemperature-Fahrenheit | 33 |
| TrademarkName-Primary | None |