| |
Heavy Duty Gear Driven
Hermetically Sealed 150# ANSI Drilled Fixed Plate Mounted or Flanged Portable Mixers Model AQHG - Specifications |
ACUMIX
Industrial Mixers
manufactures heavy duty gear driven hermetically sealed fixed plate mounted gear driven portable
mixers. We also have numerous other open and closed tank (hermetically
seals and pressurized} mixer design mounting options available. Please
reference our mixer specifications and pricing matrix below.
Today's gear driven portable mixing applications demand
durable process equipment accompanied by total support for your mixing
needs. We offer a complete line portable mixers. We provide superior materials of construction throughout to give
each mixer the strength & reliability that ensures the performance to the
standards of each Industrial Portable Mixer design.
|
ACUMIX Mixers Model AQHG is
our heavy duty gear driven top entering closed tank fixed mounted mixer design.
Model AQHG features heavy gage high strength cast aluminum housing with oversized
bearings. Our base plate is constructed of 316L {low carbon} stainless
steel with a 4", 5", 6" or 8" 150# ANSI drilled designs for mounting to a
suitable support structure such as a tank flange. This base plate
configuration will achieve a hermetically sealed tank environment. The gearbox assembly
features a heavy gage high
strength corrosion resistant cast aluminum housing assembly. The single
helical gear reduction is 98% efficient constructed of durable high strength (4140 steel)
with
a minimum AGMA Service Factor that can significantly exceed 1.5 (SF >
1.5 is classified moderate shock, continuous 24 hour per day), based upon the
motor nameplate rating. Please
note that our gear reduction is not made from inefficient “soft-wear” worm
gearing or cheap planetary gearing. Our design is of single purpose high
reliability construction where it is not adapted modularly with dual purpose
components and matched with a cheap commercially available gear-motor assembly
with inherent design limitations. The oversized bearings are designed to
achieve superior L10 bearing lives ensuring long lasting mixer life. The
single purpose one-piece
output shaft is precision aligned with the housing, bearings, and gearing to
ensure precise alignment to minimize
shaft deflection
Please note that non-aligning, non-concentric couplings are not used. To
enable ease of installation the
output shaft features either a precision quick release {hollow shaft} chuck or a
flanged coupling configuration either constructed of high strength steel or 316
stainless steel. The flanged coupling assembly feature a precise raised
face rabbet fit to assure alignment. The agitator
shaft is measured from the mixers mounting base. Numerous impeller configurations
for high flow or shear capability are
available from stock. Standard motor options include: 1750 RPM's both
115/208-230 Volt, 1-phase, 60 hertz and 208-230/460 Volt, 3-Phase, 50/60 Hertz,
TEFC (Totally Enclosed Fan Cooled) designs with commercially standard paint.
Available motor upgrades or options include:
|
Food grade” high pressure wash down
all stainless or with electrostatically white epoxy finish, with
tropicalized class F insulation, TENV or
TEFC, and a 1.15 Service Factor
|
|
Explosion
Proof - Class I, Group D or C&D, Class II, Group F&G, T3C)
|
|
Intrinsically safe {suitable for explosion
proof environments) variable speed rotary vane or piston type air motors
totally enclosed with air muffler. |
|
AC
& DC variable speed motor options. |
All wetted parts will be constructed
of the superior corrosion resistant 316L {Low Carbon} Stainless Steel with 316SS
hardware. Each mixers nameplate
will specifically state, "Manufactured in USA" and will be built with
pride and dedication. Some application such as for food processing are
available unpainted where an optional upgrade to paint the motor & gearbox
with a chemical resistant paint option is available upon request. Please
note, these mixers are far from common cheap throw away designs. After
years of reliable service, these mixer are designed to be easily and reliably
rebuilt and put back into service.
02.13.17
|