Overview
Manuals
RTD Channel Interface
IS Field Wiring
PAC8000 Integration
Features:
- Intrinsically safe RTD field terminal for the PAC8000 8206-TI-IS module.
- Supports the documented eight-channel RTD input interface.
- Polarised keying and hazardous-area wiring must match the approved installation.
8626-FT-IS is an Emerson PAC8000 intrinsically safe RTD field terminal designed for the 8206-TI-IS temperature input module. It provides the field-wiring termination for the module's eight RTD input channels in approved intrinsically safe installations. The complete terminal identity, mating module, keying, RTD wiring arrangement and hazardous-area documentation must be matched before replacement.
Before replacement, record the complete terminal marking, mating I/O module, polarised keying, channel wiring, shields, grounding and approved intrinsic-safety documentation. After installation, verify diagnostics and every affected channel under the approved loop-test and commissioning procedure.
The Emerson 8626-FT-IS RTD Intrinsically Safe Field Terminal is listed as Active / Available from OEM. Current revision, availability and supplied scope are confirmed in the written quotation.
Emerson PAC8000 Remote I/O Product Data Sheet, Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
8626-FT-IS provides the documented 8-channel RTD field termination for the compatible 8206-TI-IS PAC8000 I/O module. Match the exact terminal, mating module, channel allocation and polarised inserts; another 862x terminal is not automatically interchangeable.
Use only within an approved intrinsically safe installation. Verify entity parameters, segregation, conductor identification, shielding, grounding and the 30 V maximum terminal limitation against the current hazardous-area drawings before energizing any loop.
Install 8626-FT-IS only with the documented PAC8000 carrier, 8206-TI-IS I/O module and retained field-loop design. After connection, review module diagnostics and prove every affected channel under an approved controlled commissioning procedure.
