Lake Shore Model 200 Temperature Monitor User's Manual Rev 1.0 1997

Lake Shore Model 200 Temperature Monitor User's Manual Rev 1.0 1997

This is the original User's Manual for the Lake Shore Cryotronics Model 200 Diode Temperature Monitor, Revision 1.0, dated September 23, 1997. Published by Lake Shore Cryotronics, Inc. of Westerville, Ohio, this manual covers the full range of Model 200 configurations, from the base single-input diode monitor to multi-input models with optional 200-250 VAC wall-mount power supplies and precision factory-installed options.

Specifications & What's Included

• Publisher: Lake Shore Cryotronics, Inc.
• Instrument: Model 200 Diode Temperature Monitor
• Document type: User's Manual
• Revision: Rev 1.0
• Publication date: September 23, 1997
• Language: English
• Binding: Spiral / comb bound
• Covers Model 200 configurations including: 200, 200-115, 200-S, 200-S-115, 200-S-230, 200-D, 200-D-115, 200-D-230, 8000, 8000-200, and precision/factory-installed options
• Includes Limited Warranty, Limitation of Warranty, Certification, and Trademark Acknowledgment sections
• Manual only — no instrument, cables, or accessories included

Applications

The Lake Shore Cryotronics Model 200 is a diode-based temperature monitor designed for low-temperature and cryogenic measurement applications. Lake Shore Cryotronics is a recognized leader in cryogenic temperature sensing and control instrumentation, and the Model 200 series is used in research environments requiring accurate temperature readout at cryogenic temperatures — typically using silicon diode or GaAlAs diode sensors. These instruments are standard equipment in university physics and materials science labs, national laboratories, aerospace research facilities, and industrial cryogenic process environments. This user's manual is the primary reference for installation, configuration, operation, and sensor input setup across the full Model 200 family. Researchers and technicians maintaining or setting up a Model 200 system will need this document to interpret the configuration options, sensor wiring, and operating parameters specific to their unit's variant.