Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3500-37 Synchronous Belt, 37 mm W, 3500 mm OAL, 14 mm Pitch, 250 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chain™ GT™ Carbon drive system instead of roller chain in your next power transmission application. The patented use of carbon fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
-
BrandGates® Power Transmission
-
UPC72053451665
-
Manufacturer Part Number14MGT-3500-37
-
CountryUSA|Canada
-
Pitch14 mm
-
Temperature Range-65 to 185 deg F
-
MaterialPolyurethane
-
Tooth ProfileCurvilinear
-
Reinforced MaterialCarbon
-
Minimum Pulley Diameter139.81 mm
-
Width37 mm
-
Series9274
-
Number of Teeth250
-
Overall Length3500 mm
- Durable polyurethane construction resists chemicals, oil, pollutants and abrasion
- Nylon tooth facing reduces friction and eliminates the need for lubrication
- Maintenance-free, clean solution for roller chain drive conversion
- Significantly reduces maintenance cost
- Equivalent capacity to roller chain drives in the same width
- Easy rust-free wash-down with Gates® stainless steel hardware
- Fast drive conversion payback
- Quieter than roller chain drives
- New construction provides up to 55% more low-speed capacity than the original PCGT construction and 30% more than PCGT2
- Gates® curvilinear tooth profile provides high shear strength, noise reduction and improved load carrying capacity
- Robust carbon tensile cord combines minimal stretch with extraordinary strength and load carrying capacity, while absorbing shock and surge loads
-
Alternative Part Number92745250
-
UNSPSC26111811
-
Package DescriptionEACH
-
Standards/ApprovalsRMA Standard
-
Catalog
-
Instruction/Installation Manual
-
Specification Sheet
Recently Viewed
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3500-37 Synchronous Belt, 37 mm W, 3500 mm OAL, 14 mm Pitch, 250 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chain™ GT™ Carbon drive system instead of roller chain in your next power transmission application. The patented use of carbon fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
OIL FILTERS
2 -MALE PIPE THREADX4 GALVANIZED NIPPLE
Gates® Power Transmission Predator® AP68 Heavy Duty V-Belt, AP Section, 1/2 in W Top, 70 in L Outside, 5/16 in THK, Chloroprene
Made to take on your toughest jobs, Predator Single & PowerBand banded belts are the market leading heavy duty V-belts. The stronger than steel extra heavy-duty belt construction is designed to handle high horsepower motors, frequent shock loads, high heat and the harshest operating environments in extremely demanding applications. They provide extraordinary high-impact strength, capacity and wear resistance. Unique in their extreme robustness and high load carrying capability, they are unrivaled.
Deep Groove Ball Bearings (DGBB) are the most common form of rolling bearings and are used in a variety of applications, particularly those where high speeds and low power loss are required. NSK DGBB can handle not only radial forces, but also moderate axial loads in both directions. They are easy to install and can be deployed in a variety of configurations.
Gates® Power Transmission A42 Hi-Power® II 9002 Classical Heavy Duty V-Belt, A Section, 1/2 in W Top, 44 in L Outside, 5/16 in THK, EPDM
The wrapped classical section Hi-Power™ V-belt has a long reputation for reliability on agricultural and industrial applications. The arched top of the Hi-Power belt provides superior strength to prevent "dishing" and distortion of the tensile section. The cords are properly aligned, each of them carrying its full share of the load.

