Peerless Industrial Group
Peerless Industrial Group 8451700 1-3/4" V10 OML conveying
1-3/4" V10 OML conveying component for lifting and pulling applications
- 1-3/4" V10 OML chain for heavy-duty conveying
- Peerless Chain brand trusted in industrial lifting applications
- New condition ensures full rated capacity from day one
- Manufacturer-direct sourcing simplifies supply-chain logistics
- UPC-coded for fast inventory tracking and reordering
Industrial conveying chain
The Peerless Chain 8451700 is a 1-3/4 inch V10 OML conveying chain built for industrial material handling. It suits facilities that need reliable lifting and pulling components in continuous operation.
Thermals noise and power
This mechanical chain has no powered elements, so it produces no electrical heat, fan noise or power draw during use. Performance depends on the drive system and lubrication schedule chosen by the installer.
Build quality and connectors
The V10 OML designation indicates a specific link geometry that matches compatible sprockets and attachments. Proper alignment and regular inspection maintain safe operation in conveying applications.
Highlights
- 1-3/4" V10 OML chain for heavy-duty conveying
- Peerless Chain brand trusted in industrial lifting applications
- New condition ensures full rated capacity from day one
- Manufacturer-direct sourcing simplifies supply-chain logistics
- UPC-coded for fast inventory tracking and reordering
Specifications
| Brand | PEERLESS CHAIN |
|---|
Questions about this item
How is the 1-3/4" V10 OML conveying chain installed on a conveyor system?
The chain is mounted by aligning the 1-3/4 inch pitch links with the sprocket teeth and securing the master link; the step often missed is verifying the offset sidebar orientation before tensioning.
What maintenance will the 8451700 chain require after extended service?
Periodic lubrication of the pin and bushing joints plus inspection for elongation beyond the 1-3/4 inch pitch will determine replacement timing.
What is the first limit that appears when the V10 OML chain runs continuously under load?
Heat buildup in the pin-bushing joints typically becomes the limiting factor before the chain reaches its rated working load.
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