Product Description
The Gates 4/8V1600 PowerBand® 93874160 V-Belt is designed for reliable performance in mechanical power transmission applications. This V-belt features a robust construction with a length of one hundred sixty inches and an eight V-section. It utilizes advanced aramid tensile cords, offering high strength and minimal stretch.
Aramid tensile cords enhance strength and durability.
Flex-bonded cords ensure equal load distribution without deterioration.
Meets ARPM/RMA standards for oil and heat resistance.
Product Highlights
This V-belt offers enhanced power transmission capability and is suitable for compact drive designs. Its construction allows it to transmit more horsepower efficiently.
Product Information
Standard Information
Brand: Gates
Country of Origin: Mexico
Technical Specifications
Section: 8V
Belt Style: SUPER HC® POWERBAND®
Effective Length: 160 in / 4064 mm
Thickness: 25 mm
Top Width: 4 in
Overall Height: 0.8750 in
Rib Width: 1 in
Max Temperature: +180°F / +82°C
Min Temperature: -22°F / -30°C
Cord Material: Polyester
Belt Inside: Smooth
Belt Back Side: Smooth
Belt Category: Narrow Series - Inch
Product DescriptionThe Gates 4/8V1600 PowerBand® 93874160 V-Belt is designed for reliable performance in mechanical power transmission applications. This V-belt features a robust construction with a length of one hundred sixty inches and an eight V-section. It utilizes advanced aramid tensile cords, offering high strength and minimal stretch.
Aramid tensile cords enhance strength and durability.
Flex-bonded cords ensure equal load distribution without deterioration.
Meets ARPM/RMA standards for oil and heat resistance.
Product HighlightsThis V-belt offers enhanced power transmission capability and is suitable for compact drive designs. Its construction allows it to transmit more horsepower efficiently.Product InformationStandard Information
Brand: Gates
Country of Origin: Mexico
Technical Specifications
Section: 8V
Belt Style: SUPER HC® POWERBAND®
Effective Length: 160 in / 4064 mm
Thickness: 25 mm
Top Width: 4 in
Overall Height: 0.8750 in
Rib Width: 1 in
Max Temperature: +180°F / +82°C
Min Temperature: -22°F / -30°C
Cord Material: Polyester
Belt Inside: Smooth
Belt Back Side: Smooth
Belt Category: Narrow Series - Inch
Vendor: GATES
Vendor Raw: GATES
Product Type: V-Belts & Pulleys
Category: HVAC Parts & Supplies
Subcategory: HVAC Motors
Subchildcategory: Motor Parts & Accessories
Availability Text: Out Of Stock
Brand: Gates
Country of Origin: Mexico
Section: 8V
Belt Style: SUPER HC® POWERBAND®
Effective Length: 160 in / 4064 mm
Thickness: 25 mm
Top Width: 4 in
Overall Height: 0.8750 in
Rib Width: 1 in
Max Temperature: +180°F / +82°C
Min Temperature: -22°F / -30°C
Cord Material: Polyester
Belt Inside: Smooth
Belt Back Side: Smooth
Belt Category: Narrow Series - Inch
Tags: AI_Content, loc_2, no_image_excl_google, Parcel
Source file: 4-8V1600 - gates-4-8v1600-powerband-C2-AE-93874160-v-belt-8v-section-4-band-160-in-outside-length-smooth.json.json
| Brand | Gates |
|---|---|
| Country of Origin | Mexico |
| Section | 8V |
| Belt Style | SUPER HC® POWERBAND® |
| Effective Length | 160 in / 4064 mm |
| Thickness | 25 mm |
| Top Width | 4 in |
| Overall Height | 0.8750 in |
| Rib Width | 1 in |
| Max Temperature | +180°F / +82°C |
| Min Temperature | -22°F / -30°C |
| Cord Material | Polyester |
| Belt Inside | Smooth |
| Belt Back Side | Smooth |
| Belt Category | Narrow Series - Inch |
| Vendor | GATES |
| Vendor Raw | GATES |
| SKU | 4/8V1600 |
| Tipo de producto | V-Belts & Pulleys |
| Disponibilidad | Out Of Stock |
| Moneda | USD |
| Handle Shopify | gates-4-8v1600-powerband%C2%AE-93874160-v-belt-8v-section-4-band-160-in-outside-length-smooth |
| Shopify Product ID | 9680709091634 |
| Peso | 26.76 lb |
| Peso gramos | 12138 |
| Tags | AI_Content, loc_2, no_image_excl_google, Parcel |
| Razones sin stock | DOM: Availability indica “Out Of Stock” | DOM: Bloque NotifyMe visible | DOM: price--sold-out | DOM: ATC deshabilitado con “Sold out” | JSON: Ninguna variante disponible | JSON: product.available = false |