HAZ -- BJM PERMISSIBLE HARD METAL AGITATOR SLURRY PUMP
Industrial Flow SolutionsBJM Permissible Hard Metal Agitator Slurry PumpHAZ
Description
Abrasion-resistant solids-handling pump
Available as MSHA Part 7 (pump only) or MSHA Part 18 (pump with controls)
Designed and constructed for abrasive coal slurries
High-chrome iron semi-open impeller (28%), wear plate and agitator
Hardened ductile iron volute.
Built-in thermal overload protection
Built-in agitator mixes settled solids with pump water to restore sump or basin volume.
Class H motor insulation
4 pole motor
3-phase voltages
5HP – 10HP
Industrial Flow Solutions
Done
Datasheet
Description
Abrasion-resistant solids-handling pump
Available as MSHA Part 7 (pump only) or MSHA Part 18 (pump with controls)
Designed and constructed for abrasive coal slurries
High-chrome iron semi-open impeller (28%), wear plate and agitator
Hardened ductile iron volute.
Built-in thermal overload protection
Built-in agitator mixes settled solids with pump water to restore sump or basin volume.
Class H motor insulation
4 pole motor
3-phase voltages
5HP – 10HP
BJM Permissible Hard Metal Agitator Slurry Pump
HAZ
BJM Permissible Hard Metal Agitator Slurry Pump
HAZ
Abrasion-resistant solids-handling pump
Available as MSHA Part 7 (pump only) or MSHA Part 18 (pump with controls)
Designed and constructed for abrasive coal slurries
High-chrome iron semi-open impeller (28%), wear plate and agitator
Hardened ductile iron volute.
Built-in thermal overload protection
Built-in agitator mixes settled solids with pump water to restore sump or basin volume.
Class H motor insulation
4 pole motor
3-phase voltages
5HP – 10HP
Abrasion-resistant solids-handling pump
Available as MSHA Part 7 (pump only) or MSHA Part 18 (pump with controls)
Designed and constructed for abrasive coal slurries
High-chrome iron semi-open impeller (28%), wear plate and agitator
Hardened ductile iron volute.
Built-in thermal overload protection
Built-in agitator mixes settled solids with pump water to restore sump or basin volume.
