Gates Twin Power GT2 - TP 2310 14MGT timing belt

Gates ® PowerGrip Twin Power™ GT2 - TP 2310 14MGT timing belt

Gates ® Powergrip Twin Power™ GT2 - TP 2310 14MGT timing belts are double-sided, high-performance synchronous belts designed for precise power transmission in industrial applications. Twin Power GT2 14MGT belts have a metric tooth pitch of 14 mm and teeth on both sides, allowing power transmission from both surfaces. The tooth profile is GT2 and is NOT Compatible with HTD pulleys. The belts are made of durable neoprene with fiberglass tension rods and nylon coated teeth for high performance and long life.

Twin Power GT2 14MGT timing belts are based on Gates advanced technology and have an optimized geometry that ensures precise positioning, low noise and high load capacity - even in continuous operation. The double tooth surface makes the belt suitable for applications with counter-rotating shafts.

These timing belts are maintenance-free and an excellent choice for applications where precision and stability are essential – even under challenging operating conditions.

Technical data:

• Effective length: 2310 mm
• Number of teeth: 165
• Tooth profile: TP 14MGT (double-sided)
• Thickness: 14.8mm
• Max speed: Up to 60 m/s
• Food approved: No
• Color: Black
  
  

Mechanical features:

• Maintenance-free
• Low noise level
• High tensile strength
• High wear resistance
• Double-sided power transmission
  
  

Chemical conditions:

• Resistance to heat and cold
• Temperature range: -30 °C to +100 °C
• Resistant to ozone and moisture
• Suitable for tropical environments
• High-precision timing belt
  
  

Example of timing belts: 30 TP 14MGT/2310

30 = Width in mm
TP 14MGT = Profile (double tooth profile)
2310 = Length in mm

Important: These timing belts are cut to width when ordered and therefore cannot be returned.

Note: Gates Powergrip Twin Power GT2 14MGT timing belts fit not in standard HTD pulleys due to the optimized tooth geometry and requires compatible 14MGT timing belt pulleys for proper function.