Close-Coupled CHEM-GARD® CGC Horizontal Centrifugal Pumps
CHEM-GARD® Horizontal Centrifugal Pumps
Thermoplastic Close-Coupled Centrifugal Pumps
Thermoplastic Close-Coupled Centrifugal Pumps
transfer caustic/acidic chemicals and ultrapure fluids in restricted spaces
- Flows to 640 gpm (145 m3/h)
- Heads to 170 ft (52 m)
- Temps to 275°F (135°C)
- Construction: PP, PVC, PVDF
Vanton CHEM-GARD® CGC close-coupled, end suction thermoplastic centrifugal pumps are ideal for the dependable transfer of acidic, caustic and ultrapure chemicals when space is critical, and corrosion and contamination cannot be tolerated.
Unit of Measure
| Items |
/Asset/chemgardCGC_eng.png CGC-200 Close-Coupled CHEM-GARD® CGC 1 x 1 Inch (in) Size and 6-7/8 Inch (in) Dimension X Horizontal Centrifugal Pump |
/Asset/chemgardCGC_eng.png CGC-300 Close-Coupled CHEM-GARD® CGC 1-1/2 x 1-1/2 Inch (in) Size and 8 Inch (in) Dimension X Horizontal Centrifugal Pump |
/Asset/chemgardCGC_eng.png CGC-500 Close-Coupled CHEM-GARD® CGC 2 x 1-1/2 Inch (in) Size and 8 Inch (in) Dimension X Horizontal Centrifugal Pump |
/Asset/chemgardCGC_eng.png CGC-800 Close-Coupled CHEM-GARD® CGC 2 x 1-1/2 Inch (in) Size and 7-15/16 Inch (in) Dimension X Horizontal Centrifugal Pump |
/Asset/chemgardCGC_eng.png CGC-1200 Close-Coupled CHEM-GARD® CGC 3 x 2 Inch (in) Size and 10-3/4 Inch (in) Dimension X Horizontal Centrifugal Pump |
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| Description |
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Thermoplastic Close-Coupled Centrifugal Pumps
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| Construction Material | N/A Polypropylene (PP) Polyvinylidene Fluoride (PVDF) | |||||||||
| Suction Size | N/A 1 in25.4 mm | N/A 1-1/2 in38.1 mm | N/A 2 in50.8 mm | N/A 2 in50.8 mm | N/A 3 in76.2 mm | |||||
| Discharge Size | N/A 1 in25.4 mm | N/A 1-1/2 in38.1 mm | N/A 1-1/2 in38.1 mm | N/A 1-1/2 in38.1 mm | N/A 2 in50.8 mm | |||||
| Dimension D | N/A 5-1/4 in133.35 mm | |||||||||
| Dimension X | N/A 6-7/8 in174.24 mm | N/A 8 in203.20 mm | N/A 8 in203.20 mm | N/A 7-15/16 in201.68 mm | N/A 10-3/4 in273.05 mm | |||||
| Dimension Y | N/A 3-1/2 in88.90 mm | N/A 4-1/2 in114.30 mm | N/A 5 in127.00 mm | N/A 4-15/16 in125.48 mm | N/A 7 in177.80 mm | |||||
| Dimension Z | N/A 2-1/2 in63.50 mm | N/A 3-9/32 in83.31 mm | N/A 3-9/32 in83.31 mm | N/A 3-9/32 in83.31 mm | N/A 4-3/16 in106.43 mm | |||||
| Dimension HA | N/A 12 in304.80 mm | |||||||||
| Features |
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| Additional Information |
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Ideal for retrofit and OEM applications, these pumps are approximately 20 percent shorter than long-coupled pumps, allowing installation in restricted spaces, while eliminating corrosion and fluid contamination associated with pumps constructed of stainless steel, wicking associated with fiberglass pumps, and delamination associated with plastic-lined metal pumps. All pump components in contact with the fluid are injection molded of solid, chemically inert polypropylene (PP), polyvinyl chloride (PVC) or polyvinylidene fluoride (PVDF), including virgin natural and pigment-free thermoplastics to assure the integrity of high purity water, chemicals, pharmaceuticals and semiconductor fluids. Solid, thick-sectioned thermoplastic casings are additionally protected by structural metal armor, enabling CGC pumps to withstand the same nozzle loadings as metal pumps. The wet end is comprised of solid, thick-sectioned, stand-alone components (unlike plastic linings), that are easily replaced, maximizing uptime while minimizing cost. Vanton CGC pumps are available in your choice of tangential or centerline discharge that allows removal for maintenance without disturbing existing piping. Their innovative construction includes a pump shaft assembly completely independent of the motor shaft, minimizing maintenance and extending motor service life. |
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| Note |
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Dimensions and specifications subject to change and may vary slightly with motor manufacturer selected. 60- and 50-Hertz performance curves and metric dimensions are available on request. For higher horsepower and operating speeds consult factory. Catalog sheets available on other Vanton centrifugal pump models including self-priming designs, vortex heads, magnetic drive and foot-mounted pumps. |
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