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System Illustrations and Component Descriptions

 

Oxidant Tank with Lid  
The oxidant tank is where the oxidant solution   generated from the OSG is stored for later distribution. 
The tank should be constructed of a sodium hypochlorite-resistant material and should not exceed a 
wall thickness of 1/8” (3.5mm) to insure proper installation of level switches. The tank should be sized to 
store your maximum 48 hour usage. 

Oxidant Inlet 
The oxidant inlet has two purposes. First, it acts as the inlet to the oxidant storage tank to transfer the 
Mixed Oxidant Solution generated from the OSG. Second, it acts as the primary vent for the hydrogen 
gas generated during the electrolytic process. 

Oxidant Outlet 
The oxidant outlet is where solution is distributed to the application. 

Failure to properly seal the oxidant outlet from the OSG to the oxidant inlet of the oxidant 
tank may result in hydrogen gas leaking into the environment around the OSG. 

Overflow Port 
The overflow port acts as a safety measure in the event that the level switching fails, preventing Mixed 
Oxidant Solution from flowing back into the OSG. 

Drop Tube Assembly 
The drop tube assembly separates hydrogen gas from the mixed oxidant solution. 

Tank Hydrogen Vent  
The tank hydrogen vent acts as a secondary vent for hydrogen gas generated during the electrolytic 
process. 

Failure to provide appropriate hydrogen venting may result in explosions in the oxidant 
tank. Follow all instructions in the MIOX Hydrogen Safety White Paper to prevent any 
hydrogen safety issues. 

Safety Labels  
Safety labels are provided to warn anyone nearby of the possible dangers and necessary precautions. 

Level Switch Cable Assembly 
The level switch cable assembly measures when the oxidant level is low or has reached maximum 
capacity.  This measurement is communicated to the OSG, telling it when to run and when to turn off. 
Note: This sensor is orientation-sensitive and must be installed with the arrow facing upward or it will 
not function properly. Refer to page 7 of this manual for additional information.
 

Safety Advisory 

Safety Advisory 

MIOX RIO Zuni™ Oxidant Tank Manual 

P/N: 102-00115-C 

Page 4 

Содержание RIO ZUNI

Страница 1: ...RIO Zuni Oxidant Tank Kit Installation Operation and Maintenance Manual MIOX RIO Zuni Oxidant Tank Manual P N 102 00115 C Page 1 ...

Страница 2: ...ns 4 INSTALLATION AND STARTUP 6 What you need 6 Tools for Install 6 Installation Location Requirements 6 Connections 6 Plumbing Connections 6 Hydrogen Vents 6 Level Switch Assembly 7 Installing the Oxidant Tank 7 OPERATION AND MAINTENANCE 9 MIOX RIO Zuni Oxidant Tank Manual P N 102 00115 C Page 2 ...

Страница 3: ...conjunction with an oxidant storage tank An oxidant tank with a drop tube assembly separates the mixture of mixed oxidant solution and hydrogen gas which is generated by the OSG vents the hydrogen gas to a safe location and stores the oxidant for use The oxidant tank also holds the level switches which control the operational mode of the RIO Zuni OSG The RIO Zuni Oxidant Tank Kit is a product opti...

Страница 4: ...ort acts as a safety measure in the event that the level switching fails preventing Mixed Oxidant Solution from flowing back into the OSG Drop Tube Assembly The drop tube assembly separates hydrogen gas from the mixed oxidant solution Tank Hydrogen Vent The tank hydrogen vent acts as a secondary vent for hydrogen gas generated during the electrolytic process Failure to provide appropriate hydrogen...

Страница 5: ...nt tank showing all necessary components installed in the tank Tank Hydrogen Vent Drop Tube Assembly Tank Overflow Port Oxidant Outlet Oxidant Inlet Level Switch Cable Assembly MIOX RIO Zuni Oxidant Tank Manual P N 102 00115 C Page 5 ...

Страница 6: ... vent into a specific location are in the Hydrogen Safety White Paper Installation Location Requirements MIOX recommends placing the oxidant tank near an external wall for ease of hydrogen venting and no further than 10 ft 3m away from the OSG see Hydrogen Safety White Paper for details Connections There are three types of connections on an oxidant tank plumbing vents and level switch connections ...

Страница 7: ...ion the Oxidant Tank Place the Oxidant Tank in a location no more than 10 ft 3m away from the OSG and near an external wall for venting 2 Install Drop Tube If an oxidant tank was purchased from MIOX connect the loose portion of the drop tube assembly that is located inside the tank to the opposite union half and tighten in place so that the drop tube is facing vertically towards the bottom of the ...

Страница 8: ...and the connector near the bottom of the tank is labeled Low 5 Connect Level Switches Connect the Level Switch Cable assembly to the RIO Zuni OSG by matching the connectors 6 Install Hydrogen Venting Install the hydrogen vent strainer as described in the Hydrogen Safety White Paper MIOX RIO Zuni Oxidant Tank Manual P N 102 00115 C Page 8 ...

Страница 9: ...TENANCE Once installed the RIO Zuni Oxidant Tank should require no regular maintenance apart from periodic inspection for leaks or changes in the hydrogen venting MIOX RIO Zuni Oxidant Tank Manual P N 102 00115 C Page 9 ...

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