1160-8M-17 RICH | Timing Belt 1160-8M-17 RICH
search
  • 1160-8M-17 RICH | Timing Belt 1160-8M-17 RICH

1160-8M-17 RICH | Timing Belt

RICH
1160-8M-17
€9.98
No tax
Quantity
🏠 The Product Is In Our Warehouse And Will Arrive At Your Shipping Address Within 7–10 Business Days.

The minimum purchase order quantity for the product is 10.

Rating:
(0)

1160-8M-17 RICH Timing Belt - 8M Profile - 1160 mm Length


Technical Specifications:

  • Brand: RICH
  • Type: Timing Belt
  • Model: 1160-8M-17
  • Pitch Length (Lp): 1160 mm
  • Profile: 8M
  • Pitch (t): 8 mm
  • Nominal Width: 17 mm
  • Number of Teeth: 145
  • Belt Thickness (hs): 5.6 mm
  • Tooth Height (ht): 3.4 mm
  • Weight: 0.101 kg
  • Country of Origin: China

The 1160-8M-17 RICH is a heavy-duty Timing Belt manufactured by RICH. This belt features a pitch length of 1160 mm and the robust 8M profile, making it suitable for applications that require high-torque, synchronous power transmission over a longer operational span.

The 8M profile has an 8 mm pitch, and with a substantial nominal width of 17 mm, this belt delivers excellent strength and reliable load carrying capacity for demanding drives. Containing 145 teeth, it ensures highly accurate positioning and synchronization, eliminating slippage. The durable construction provides superior resistance to elongation and wear, resulting in a long, maintenance-free service life. The 1160-8M-17 RICH is ideally suited for medium-to-heavy-duty industrial machinery, automation lines, and conveying systems where stability and high efficiency are crucial.


Key Performance Advantages:

  • High Torque Capability: The 8M profile is designed for medium-to-heavy-duty synchronous power transmission.
  • Precise Timing: Non-slip operation ensures highly accurate positioning and synchronization.
  • Increased Width (17 mm): Provides high load capacity for demanding drives.
  • Durable Construction: Robust build ensures long service life and high resistance to elongation.

16 other products in the same category:

arrow_upward