b'TOTE SYSTEMSThe Tote System is a convenient method of mounting transfer equipment onto IBC tote tanks. Steel mounting plate supports weight of pump, reel and meter, preventing damage tank systemsto tank. Basic mounting plate kit is 40 wide and is provided with a versatile hold down bracket to fit most commonly used IBC tote tanks such as Clawson, Hoover and Greif. Optional bulkhead fitting and vent cap kit allows equipment to be left in place while providing tank venting and refilling access. By using the convenient selection guide provided, you can easily customize your system to fit your particular application. Note: Tote tank not included.Bulkhead Fitting & Vent Kit:P/N900352Includes Bulkhead Fitting,Viton Gasket & Vent with ScreenTOTE SYSTEmSBulkhead Fitting Features: P/N950026 2 Bulkhead Fitting (3 hole size) IBC Tote Mounting Plate Hardware Kit, includes all hardware Glass reinforced polypropylene to attach mounting plate to tote tank and allow mounting ofViton Gasket (EPDM optional) pneumatic pump, hose reel and discharge valve/meter. Fits P/N900236 most standard IBC tote tanks w/40 wide frame.Bulkhead Fitting (comes standard with Buna N Gasket) P/N950026AP/N900348 P/N900349 Tote Mounting Plate for use w/88403-75L (C75) reels Same as EPDM Bulkhead Gasket Buna N Bulkhead Gasketabove, except 13 wide to accommodate 75 hose reelVent Cap Features:NOTE: See page 95 for desiccant breather options. 2 Male NPTGlass reinforced polypropylene304 Stainless Steel Screen, 12 MeshP/N900289-SVent w/ScreenSTORAGE TANKSBench Tanks:Bench tanks are constructed from 12 gauge carbon steel with 3 channel bottom and 3 backsplash on three sides. Tank has a 1 drain, three 2 bung openings and comes standard with a reel mounting plate, powder coated finish.P/N901062165 Gallon Bench; 36 L x 33 W x 33 H (39 high overall), shipping weight 255 lbs.P/N901063225 Gallon Bench; 48 L x 33 W x 33 H (39 high overall), shipping weight 255 lbs.P/N901064 P/N 901064 shown280 Gallon Bench; 60 L x 33 W x 33 H (39 high overall), shipping weight 285 lbs.www.liquidynamics.com 41'