RAC
Kettering are a PIX ribbed drive belt specialist able to select and indenitify
the correct belt for your beam saw from our range of Pix X Power 5L1333
and 7J1130. Air Handling Units (AHU) are used for heating, ventilating
& air conditioning (HVAC) systems used in office blocks and often
have Vee drive belts to power fans which circulate air through the air
conditioning. An AHU in an office complex may have of a centrifugal fan
with heating or cooling coils, with panel and bag filter sections.
The AHU supplies outside air and recirculated air, via a network of ducting, to various parts of the building. To provide the force needed for the air to travel though the system, the fans are driven by multiple wedge drive belts.
AHU drive belts
The V belts require checking on AHU fan section at regular intervals. Poorly installed or worn belts can create noise which can carry through the duct work, and damaged or burning belts may actually emanate smells which may also be carried through the ductwork.
The AHU industrial drive belt systems will be employed, which will need to be replaced from time to time with like-for-like components if some of the PIX drive belts are worn. New PIX V-belts can be checked for tension after fitting and tightened if necessary.
Replacement and spare belts for Air Handling Units and Cooling Towers
include Wedge, V, and cogged belts for all manufactures of Air Handling
Units including Trane, Nuaire, Lennox, Baltimore Air Coil, McQuay, Weatherite,
Wolf, AAF, Vent-Axia, Dalair, AirCraft, Saiver, Novair, GEA, Trox, York
and Flakt Woods . The fan drive belts can be replaced at the same time
as the panel and bag air filters, on regular maintenance schedules to
ensure the efficient operation of an air handling unit or independent
fan.
Classical Belts
The first of the V-belts to enter the power transmission scenario, continued
efforts of research and development at PIX has enabled the Classical belt
to achieve power ratings considerably higher than most other belts available
in the market. The compounds used to build up these belts are chosen to
match the stipulated power ratings, and to also offer distinct advantages
towards increased safety on critical drives.
Applications
Primarily used as a replacement for industrial drives.
Special application is V flat drives where only classical belts are recommended.
In applications where reverse idlers have to be used, classical belts
are more advantageous than other belt because of the smaller height.
Classical V-Belt
Fractional V-Belt
Kevlar® Blue V-Belt
Classical Molded Cogs
Molded cogs allow the raw edge belts to operate even over a smaller diameter
pulley at high speeds. The cogs also help in reducing the bending stress,
as well as providing the higher surface area for proper heat dissipation.
Classical Cogged V-Belt
Classical Cogged Banded V-Belt
Double V-Belts (Hexagonal)
Double V-belts also known as hexagonal belts, can be explained as two
v-belts joined back to back. The neutral axis containing the tension cord
is exactly half way up the section.
Applications
Hexagonal belts are used where several pulleys I the same plane are to
be driven in the clockwise and counter-clockwise direction simultaneously.
The polyester tension cord placed at the center of the construction provides
the belt extreme flexibility and low stretch properties. Double V-belts
normally find application in machines and rice mills, but are rapidly
finding application in industrial drive.
Double V-Belt
Banded Belts
PIX banded belts are made up from Classical or Wedge belts with a strong
tie band over them. The bandwidths are available in multiple sizes depending
on the application. A&I will cut the belts to meet what ever our customers
requirements are.
These belts tend to prevent rollover and reduce vibration tendencies. Such situations are not uncommon o drives with a combination of long belt spans and / or pulsating loads as created by an internal combustion engine or reciprocating pump and compressor. In such cases, belt whip may become so severe that belts interface with each other and turn over in the grooves or even jump out of the grooves. Banded V-belts eliminate such problems.
Advantages
Bands give additional lateral rigidity.
Bands provide even distribution of load among belts.
Bands prevent twisting of the belts in the drive.
Bands sustain severe vibrations, extreme shock loads and pulsating.
Applications
Vertical shaft drives.
V-flat drives.
Agricultural drives.
Conveyer systems.
Crushers, Compressors, Generator sets, Pumps etc.
Classical Banded V-Belt
Classical Cogged Banded V-Belt
Variable Speed Belt
Efficient power transmission with minimized wasteful heat generation.
Provides high stability and minimizes deflection.
Belts handle high temperatures very well.
Belts are oil resistant & anti static.
Belts utilize stiff polyester cords for length stability.
Belts are designed with textile fibers oriented in the compound of the
belt for strength.
Belt sides contain abrasion resistant properties contributing to a longer
belt life.
Molded cogs reduce bending stress & improve heat dissipation in cut
edge cogged belts.
Multi Speed Belt
Wedge Section V-Belt
Wedge belts were created to meet the needs of manufacturers using higher
power transmissions with reduction in the space requirements. Wedge belts
can transmit higher powers to the extent of 1.5 to 2 times the amount
of classical belts with the same top width. This has been achieved by
the dimensional changes along with a better cord construction & the
optimum placing of the cord line to best support the cord while in motion.
The proven wedge configuration assures stability when heavy shock loads
are encountered. Clutching is smooth, with no grabbing or jerking.
Wedge V-Belt
Wedge Banded V-Belt
Cogged Wedge Banded V-Belt
Metric V-Belt
A&I offers a nice range of metric belts to accommodate our customer
with any metric needs they may have with belts in the SPZ, SPA, SPB, and
SPC range. Also available is cogged belts in the XPZ, XPB, and XPC metric
belts.
Metric V-Belt
Metric Cogged V-Belt
Classical Belts
The first of the V-belts to enter the power transmission scenario, continued
efforts of research and development at PIX has enabled the Classical belt
to achieve power ratings considerably higher than most other belts available
in the market. The compounds used to build up these belts are chosen to
match the stipulated power ratings, and to also offer distinct advantages
towards increased safety on critical drives.
Applications
Primarily used as a replacement for industrial drives.
Special application is V flat drives where only classical belts are recommended.
In applications where reverse idlers have to be used, classical belts
are more advantageous than other belt because of the smaller height.
Classical V-Belt
Fractional V-Belt
Kevlar® Blue V-Belt
Classical Molded Cogs
Molded cogs allow the raw edge belts to operate even over a smaller diameter
pulley at high speeds. The cogs also help in reducing the bending stress,
as well as providing the higher surface area for proper heat dissipation.
Classical Cogged V-Belt
Classical Cogged Banded V-Belt
Double V-Belts (Hexagonal)
Double V-belts also known as hexagonal belts, can be explained as two
v-belts joined back to back. The neutral axis containing the tension cord
is exactly half way up the section.
Applications
Hexagonal belts are used where several pulleys I the same plane are to
be driven in the clockwise and counter-clockwise direction simultaneously.
The polyester tension cord placed at the center of the construction provides
the belt extreme flexibility and low stretch properties. Double V-belts
normally find application in machines and rice mills, but are rapidly
finding application in industrial drive.
Double V-Belt
Banded Belts
PIX banded belts are made up from Classical or Wedge belts with a strong
tie band over them. The bandwidths are available in multiple sizes depending
on the application. A&I will cut the belts to meet what ever our customers
requirements are.
These belts tend to prevent rollover and reduce vibration tendencies. Such situations are not uncommon o drives with a combination of long belt spans and / or pulsating loads as created by an internal combustion engine or reciprocating pump and compressor. In such cases, belt whip may become so severe that belts interface with each other and turn over in the grooves or even jump out of the grooves. Banded V-belts eliminate such problems.
Advantages
Bands give additional lateral rigidity.
Bands provide even distribution of load among belts.
Bands prevent twisting of the belts in the drive.
Bands sustain severe vibrations, extreme shock loads and pulsating.
Applications
Vertical shaft drives.
V-flat drives.
Agricultural drives.
Conveyer systems.
Crushers, Compressors, Generator sets, Pumps etc.
Classical Banded V-Belt
Classical Cogged Banded V-Belt
Variable Speed Belt
Efficient power transmission with minimized wasteful heat generation.
Provides high stability and minimizes deflection.
Belts handle high temperatures very well.
Belts are oil resistant & anti static.
Belts utilize stiff polyester cords for length stability.
Belts are designed with textile fibers oriented in the compound of the
belt for strength.
Belt sides contain abrasion resistant properties contributing to a longer
belt life.
Molded cogs reduce bending stress & improve heat dissipation in cut
edge cogged belts.
Multi Speed Belt
Wedge Section V-Belt
Wedge belts were created to meet the needs of manufacturers using higher
power transmissions with reduction in the space requirements. Wedge belts
can transmit higher powers to the extent of 1.5 to 2 times the amount
of classical belts with the same top width. This has been achieved by
the dimensional changes along with a better cord construction & the
optimum placing of the cord line to best support the cord while in motion.
The proven wedge configuration assures stability when heavy shock loads
are encountered. Clutching is smooth, with no grabbing or jerking.
Wedge V-Belt
Wedge Banded V-Belt
Cogged Wedge Banded V-Belt
Metric V-Belt
A&I offers a nice range of metric belts to accommodate our customer
with any metric needs they may have with belts in the SPZ, SPA, SPB, and
SPC range. Also available is cogged belts in the XPZ, XPB, and XPC metric
belts.
Replacement and spare belts for Air Handling Units and Cooling Towers
include Wedge, V, and cogged belts for all manufactures of Air Handling
Units including Trane, Nuaire, Lennox, Baltimore Air Coil, McQuay, Weatherite,
Wolf, AAF, Vent-Axia, Dalair, AirCraft, . Applications
Fan Drive Belts are often replaced along with panel and bag air filters, on regular maintenance schedules to ensure the efficient operation of an air handling unit or independent fan.
Airclean offer a full range of Wedge Style Drive Belts, and have the technical back up of an independent local supplier who offer us the service that our clients need to meet demand
For a scissor lift or a Ridgid Tool or even an automotive lift scissor or maybe a Ridgid tools and equipment or a man lift visit Ridgid Tool UK
