The Stanford Research Systems 0100IG Dual Ion Gauge Connector Module expands the IGC100 Ion Gauge Controller to simultaneously operate two independent ionization gauges. This field-installable accessory enables sequential switching between two gauges from the IGC100 front panel, delivering pressure readings across two distinct vacuum system locations without requiring a second controller. The module mounts compactly to the side of the IGC100 and derives power directly from the controller.
Technical Specifications
• Measurement Range: Extends IGC100 pressure coverage from 1000 Torr to Ultra-High Vacuum (UHV) across two gauge locations
• Gauge Selection: Front-panel switchable operation between IG1 and IG2 channels
• Relay Output: 24 VDC at 100 mA supplied to module relays when IG2 is selected
• Filament Power: 7 Amps DC, 7 VDC per gauge (supplied by IGC100)
• Power Source: Receives all operating power from IGC100 controller; presence detection via dedicated pin
– Key Features
• Side-mount configuration with included mounting pins and fastening screw
• Dedicated connection cable to IGC100 “ION GAUGE” port
• Supports dual Bayard-Alpert ionization gauge types: tubulated, nude, nude-UHV, STABIL_ION®, and MICRO_ION® designs
• Compatible with tungsten and thoriated-iridium filaments
• Kit includes connector box, IGC100 interface cable, mounting hardware, and instructions
– Compatibility & Integration
Designed exclusively for the Stanford Research Systems IGC100 Ion Gauge Controller. Accepts various Bayard-Alpert ionization gauge configurations; signal and collector cables (such as SRS# O100C1, O100C2, O100C3) are ordered separately. The module integrates directly into the IGC100’s existing architecture with no additional external power requirements.
