
RICOH - Ricoh KR10M Service
Comprehensive service and repair manual for the Ricoh KR-10M, a 35mm SLR with electrically controlled focal plane shutter. This workshop manual delivers complete technical specifications and detailed maintenance and repair procedures essential for servicing this classic camera model.
The manual begins with full specifications covering film format (24x36 mm), Ricoh K lens mount, motorized shutter operation with exposure ranges from 32 seconds to 1/2000th of a second in automatic mode, and complete viewfinder and LCD display information. A block diagram and power supply system schematic illustrate the internal electronic architecture in detail.
Systematic disassembly procedures identify all major and minor component parts with precise location references within the camera body. Reassembly instructions cover the mirror box subassembly and all critical subcomponents step by step. The manual includes a complete parts list with exploded views and parts arrangement diagrams, each component assigned clear reference numbers for straightforward ordering and identification.
Troubleshooting and repair sections provide terminal designation sheets and wiring diagrams for electronic diagnostics. Detailed adjustment procedures address both test mode parameters and mechanical settings including focal plane position and viewfinder focusing alignment. An indispensable reference for professional technicians and experienced camera enthusiasts performing maintenance and repair work on the KR-10M.
Documentation must be downloaded on a computer (PC, Mac, or Linux).
Do not use a smartphone or tablet to download documentation; they generally lack sufficient memory capacity to handle large files, and few users know how to locate the download folder on these devices.
Once downloaded, you can use it right away and even print the pages you need, or use your smartphone in photo mode to translate into the language of your choice: Google Translate
Document Details
- Format
- Pages
- 54
- Size
- 20.5 MB
- Category
- Photography