Features:
- Supports RX7i modules, Series 90‑70 I/O modules, and VME64 modules; 0.8″ slot spacing; slot 0 for power supply; slot 1 for CPU.
- No jumpers or DIP switches for I/O addressing; automatic interrupt and bus grant daisy chaining eliminates blank slot jumpers.
- Accepts 100W or 350W power supplies; requires fan assembly for high‑power CPUs; optional fan assemblies (120V AC, 240V AC, 24V DC).
The IC698CHS017 provides a 17‑slot backplane that integrates three generations of GE Fanuc I/O modules. Slot 0 is dedicated to the power supply (100W or 350W). Slot 1 accepts the CPU; if a double‑width CPU with an Ethernet daughter card is used, it occupies slots 1 and 2. The remaining 15 slots (or 14 with double‑width CPU) can hold RX7i modules, Series 90‑70 I/O modules, or VME64 modules. Slot spacing is 0.8 inches (20.3 mm), which accommodates single‑width modules; double‑width Series 90‑70 modules occupy two slots.
In older PLC systems, each I/O module required manual configuration using DIP switches or jumpers to set its address. This was time‑consuming and error‑prone. The IC698CHS017 eliminates this with slot sensing. Each slot in the rack has a unique electrical identifier. When an I/O module is inserted, the backplane communicates its slot position to the CPU. The CPU then assigns I/O references based on the slot number, as configured in the software (CIMPLICITY Machine Edition). This means that a technician can replace a failed I/O module without setting any switches – just plug it in. Additionally, the backplane automatically handles daisy chaining of interrupt acknowledge and bus grant signals.
The IC698CHS017 is designed for demanding applications that require high current capacity. It accepts a 350W power supply (IC698PSA350) that delivers +5V at 60A, +12V at 12A, and -12V at 4A – sufficient for racks populated with many high‑power modules. However, high‑power CPUs like the IC698CPE020 and IC698CRE020 generate significant heat. The rack therefore requires a fan assembly when these CPUs or the 350W power supply are installed. Three fan assembly options are available: 120V AC (IC697ACC721), 240V AC (IC697ACC724), and 24V DC (IC697ACC744). The fan mounts on the bottom of the rack and blows air upward.
The IC698CHS017 GE I/O Thermocouple Thermocouple Input Block may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL)by the manufacturer (OEM).
GE IC698CHS017 I/O Thermocouple Input Block Manuals,
Datasheets,Drivers,Link
Important Notice:Other accessories,manuals,cables,calibration data,software,etc.are not
included
GE IC698CHS017 I/O Thermocouple Input Block Specs
General
- Manufacturer GE
- Model IC698CHS017
- Condition New Original ready stock
- Product Family
IC698CHS117,IC695CHS016,IC697CHS790
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.
- Complex Process Control: Ideal for refineries, chemical plants, and large-scale water treatment facilities managing thousands of I/O points.
- Power & Energy: Utilized in power plant control systems and substations for distributed monitoring and sequence-of-events recording.
- Heavy Industry: Integrated into steel mill production lines, mining operations, and tunnel ventilation systems.
- Electrical Safety: CE marked for industrial control equipment and UL Listed for the US and Canadian markets.
- Electromagnetic Compatibility (EMC): Complies with the European EMC Directive, featuring robust shielding and grounding to minimize noise interference.
- Hazardous Locations: Meets ATEX Group II, Category 3 standards, allowing installation in potentially explosive atmospheres (Zone 2).
- Backplane Architecture: Utilizes the VME64 standard, providing a high-speed 64-bit data path for rapid information exchange between modules.
- RX7i Modules: Supports all RX7i CPUs, power supplies, and specialized communication modules.
- Series 90-70 Legacy Support: Fully compatible with existing Series 90-70 I/O modules, allowing for a phased hardware upgrade.
- Third-Party VME: Supports standard VME-bus third-party modules, enhancing system flexibility.