AK69H/H-1 Cast Iron 6.75" Single Groove Pulley Belt A Section 4L w/ 1" Sheave Bushing - for Masterdrive Mechanical Power Transmission Replacement- Heavy Duty Industrial Pulley- Cast Iron Construction
R 4,634
or 4 x payments of R1,158.50 with
Availability: Currently in Stock
Delivery: 10-20 working days
AK69H/H-1 Cast Iron 6.75" Single Groove Pulley Belt A Section 4L w/ 1" Sheave Bushing - for Masterdrive Mechanical Power Transmission Replacement- Heavy Duty Industrial Pulley- Cast Iron Construction
Cast Iron 6.75" Single Groove Belt A Section 4L Pulley w/ 1" Sheave Bushing Specifications: Solid Steel Bushing Single Groove Pulley 1" Bushing Included For Use on 1" Shaft Outside Diameter of Pulley: 6.75" High-Quality Cast Iron Construction Accepts: A Section / 4L Section Belts
for Masterdrive single groove 6.75" cast iron pulley/sheave with 1" H bushing for A section belt is a high-quality 2-piece pulley that measures 6.75" outside diameter and is designed to be used with an H style bushing. This bushing inserts into the center of the pulley and slides over the shaft, as you tighten down the bolts on the H bushing it will tighten down on the shaft. This style of pulley is much more secure than a standard single-piece pulley. The bushing is made of solid steel and precision machined to ensure high quality and secure attachment to your motor/engine shaft. This pulley accepts A Section also known as 4L series belts and is 1/2" wide.
Precise matching and seamless integration: tailor-made for mainstream compressor models on the market, with precise interfaces and stable connections, allowing for quick replacement and integration without the need for modification.
Durable Material: Made of high-strength and fatigue resistant materials, it can resist high pressure, high humidity, and temperature changes, ensuring long-term reliable operation.
Structural optimization, easy installation and maintenance: Modular and user-friendly design significantly simplifies installation steps, reduces downtime for maintenance, and improves overall equipment efficiency.