Business volume discounts
Technical guidance
Preparation & staging
QC · ON · AB · BC
Product Features
Technical Overview
This imaging drum operates within the laser electrophotographic process, where a photosensitive surface receives an electrostatic charge, is exposed to laser light to form a latent image, attracts toner particles, and transfers them to paper. The GPR-10 unit is precision-manufactured to Canon's specifications for dimensional accuracy, surface uniformity, and charge retention.
The 24,000-page typical yield represents the expected page count under standard operating conditions, providing a reliable metric for supply planning and total cost of ownership calculations. As an OEM component, it matches the original equipment's mechanical, electrical, and performance characteristics.
Key Product Advantages
The Canon GPR-10 Drum Unit provides dependable imaging performance for monochrome laser printing. Its OEM construction guarantees fit, function, and output consistency across the supported copier fleet.
Genuine OEM Reliability
Manufactured by Canon to exact specifications, this drum unit ensures compatibility, print quality, and machine longevity without voiding warranties or risking damage to sensitive imaging components.
High-Yield Efficiency
With a 24,000-page typical yield, the drum supports extended run times between replacements, reducing downtime and consumable change frequency in busy print environments.
Deployment / Use Cases
Deploy this drum unit as a maintenance replacement in Canon ImageRUNNER laser copiers when print quality declines or as part of scheduled preventive maintenance. It restores original equipment performance for monochrome document output.
Use cases include office administrative printing, internal document production, and departmental shared printing where volume and reliability are priorities. The drum integrates seamlessly into existing Canon imaging systems.
Office Document Production
Ideal for general office printing where volume demands reliable consumables. The drum handles everyday documents, reports, and correspondence with consistent monochrome quality.
Departmental or Workgroup Printing
Suits shared copier environments with moderate to high monthly print volumes. The 24,000-page yield supports multiple users across departments without frequent maintenance interruptions.
Highlights
- Genuine Canon OEM imaging drum
- 24,000-page typical print yield
- Laser print technology for monochrome output
- Compatible with Canon ImageRUNNER 1300, 1310, 1330, 1370, 1370F, 1630, 1670, 1670F copiers
- Manufacturer part number 7815A004AA
- Designed for high-volume printing environments
- Maintains print quality and machine reliability
- Supports extended duty cycles between replacements
Specifications
| Specifications | |
|---|---|
| Manufacturer | Canon, Inc |
| Manufacturer Part Number | 7815A004AA |
| Brand Name | Canon |
| Product Name | GPR-10 Drum Unit |
| Package Type | OEM |
| Product Type | Imaging Drum |
| Technical Information | |
| Print Technology | Laser |
| Typical Print Yield | 24000 |
| Miscellaneous | |
| Compatibility | Canon ImageRUNNER Laser Copiers: 1300 1310 1330 1370 1370F 1630 1670 1670F |
FAQ
What is the print yield of this Canon drum unit?
The Canon GPR-10 Drum Unit has a typical print yield of 24,000 pages. This yield represents the expected page count under standard operating conditions, providing a reliable metric for supply planning and total cost of ownership in monochrome laser printing environments.
Which Canon copier models is this drum unit compatible with?
This drum unit is compatible with Canon ImageRUNNER laser copier models 1300, 1310, 1330, 1370, 1370F, 1630, 1670, and 1670F. It is designed as a genuine OEM replacement part for these specific copier families, ensuring proper fit and performance.
Is this a genuine Canon OEM part?
Yes, this is a genuine Canon OEM (Original Equipment Manufacturer) drum unit with manufacturer part number 7815A004AA. It is manufactured to Canon's exact specifications, ensuring compatibility, print quality, and machine longevity without risking damage to sensitive imaging components.