GE IC698CHS009

Description

Detailed Parameter Table

GE IC698CHS009

Product Introduction

The GE IC698CHS009 is a mid-density chassis module in GE’s RX3i PLC family, designed to serve as the “compact backbone” for medium-scale industrial automation systems. Unlike the high-density GE IC698CHS017B (17 slots) or small 8-slot IC695CHS008, the GE IC698CHS009 offers 9 slots—perfect for housing a balanced set of components: a performance CPU like the GE IC698CPE020 (or entry-level GE IC695CPU310 RX3I), 5–6 I/O modules (e.g., IC695ALG808-AA), 1–2 communication modules (e.g., GE IC698ETM001), and an optional redundancy module (e.g., IC695RCM001)—all in a single, space-efficient chassis.

Technical positioning for industries like regional chemical plants (5–8 reactors), automotive component workshops (20–30 motion axes), and mid-sized water treatment facilities, the GE IC698CHS009 retains the RX3i family’s 1 Gbps backplane—ensuring synchronous data transfer between modules to maintain the GE IC698CPE020’s multi-tasking performance (e.g., PID control + basic motion). It eliminates the inefficiency of using two small chassis (e.g., two 8-slot units) for medium systems, reducing control cabinet footprint by up to 30% and cutting inter-chassis cabling costs. In automation architectures, the GE IC698CHS009 acts as a “right-sized module hub,” delivering stable power and high-speed communication without the excess slot capacity (and cost) of larger chassis.

Core Advantages and Technical Highlights

Balanced 9-Slot Capacity for Medium Systems: The GE IC698CHS009’s 9-slot design is optimized for applications that need more than a small 8-slot chassis but don’t require the GE IC698CHS017B’s 17 slots. For example, a regional chemical plant with 6 reactors can fit a GE IC698CPE020 CPU, 4 IC695ALG808-AA analog modules (monitoring reactor temperature/pressure), 2 GE IC698ETM001 Ethernet modules (SCADA/MES connectivity), and 1 IC695RCM001 redundancy module—all in one GE IC698CHS009. This avoids the wasted space of a 17-slot chassis and the complexity of two 8-slot units.

1 Gbps Backplane for Uncompromised Performance: Like the larger GE IC698CHS017B, the GE IC698CHS009 features a 1 Gbps synchronous backplane—critical for high-performance modules like the GE IC698CPE020. In an automotive component workshop using 25 CNC machines, this speed ensures the CPU receives real-time position data from IC695DIA320-AA modules in ≤1 ms, enabling immediate adjustments to tool paths and reducing part defects by 25% (vs. slower 500 Mbps legacy chassis).

Fanless Passive Cooling for Versatility: The GE IC698CHS009 uses the same industrial-grade aluminum heatsink as the GE IC698CHS017B, eliminating fan-related maintenance (e.g., dust clogging, motor failure) and noise. This makes it ideal for dusty environments like grain processing plants (where fans would require weekly cleaning) and noise-sensitive settings like pharmaceutical packaging rooms. The heatsink’s efficiency also ensures modules stay within operating temperature limits even when fully loaded.

Compact Footprint and Lightweight Design: At 320 mm wide (vs. 622 mm for GE IC698CHS017B) and 2.8 kg empty (vs. 4.2 kg), the GE IC698CHS009 fits in smaller control cabinets—critical for facilities with limited space (e.g., retrofitted manufacturing lines). A mid-sized bakery upgrading its automation system, for example, can install the GE IC698CHS009 in an existing cabinet without costly cabinet replacement, unlike the larger GE IC698CHS017B.

Typical Application Scenarios

In regional chemical plants with 5–8 reactor vessels, the GE IC698CHS009 houses a GE IC698CPE020 CPU, 4 IC695ALG808-AA analog input modules (tracking temperature, pressure, and pH), 2 GE IC698ETM001 Ethernet modules (one for SCADA, one for batch logging), 1 IC695ALO404-AA analog output module (controlling chemical dosing), and 1 IC695RCM001 redundancy module. The 1 Gbps backplane ensures the CPU processes reactor data in real time, preventing batch deviations, while the compact design fits in the plant’s existing control cabinet.

For automotive component workshops (e.g., brake caliper machining), the GE IC698CHS009 integrates a GE IC695CPU310 RX3I CPU, 5 IC695DIA320-AA digital input modules (monitoring CNC machine status and part presence), 2 IC695DO320-AA digital output modules (controlling conveyor belts and robotic loaders), and 1 GE IC698ETM001 module (linking to a quality control HMI). The fanless cooling avoids dust buildup (common in machining environments), while the 9-slot capacity eliminates the need for a second chassis—simplifying wiring and reducing maintenance.

In mid-sized water treatment facilities (serving 20,000–50,000 residents), the GE IC698CHS009 houses a GE IC695CPU310 RX3I CPU, 3 IC695ALG808-AA modules (monitoring turbidity, flow rate, and chlorine levels), 2 GE IC698ETM001 modules (one for remote pump station communication, one for central SCADA), 1 IC695DO320-AA module (controlling valves and pumps), and 1 IC695RCM001 module. Its wide temperature range (-10°C to 65°C) withstands cold winter pump house conditions, while the passive cooling ensures reliable operation in humid environments.

GE IC698CHS009

Related Model Recommendations

GE IC698CPE020: Balanced-performance RX3i CPU—ideal primary module for GE IC698CHS009 in medium-scale systems (e.g., regional chemical plants).

GE IC695CPU310 RX3I: Entry-level RX3i CPU—cost-effective pairing with GE IC698CHS009 for smaller medium systems (e.g., bakery automation, local water treatment).

IC695PWR120: 120V AC to 5V DC power supply—powers GE IC698CHS009 and internal modules in North American facilities.

IC695PWR240: 240V AC to 5V DC power supply—compatible with GE IC698CHS009 for European/Asian markets (240V AC grids).

IC695ALG808-AA: 8-channel analog input module—paired with GE IC698CHS009 to collect sensor data (temperature/pressure) for RX3i CPUs.

GE IC698ETM001: Compact Ethernet module—expands GE IC698CHS009’s network connectivity for SCADA/MES integration.

IC695RCM001: Redundancy control module—enables hot-standby for CPUs in GE IC698CHS009 (critical for regulated industries like chemicals).

GE IC698CHS017B: 17-slot high-density chassis—upgrade option for GE IC698CHS009 when systems scale to 10+ modules (e.g., EV component factories).

IC695CHS008: 8-slot small chassis—alternative to GE IC698CHS009 for ultra-compact systems (e.g., standalone HVAC, single-reactor control).

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing GE IC698CHS009, ensure the control cabinet meets environmental specs (-10°C to 65°C, 5%-95% non-condensing humidity) and supports the fully loaded weight (≥5.2 kg). Required tools include a torque screwdriver (1.2-1.8 N·m for mounting), anti-static wristband (prevent ESD damage to modules), and level tool (ensure chassis alignment). For DIN rail mounting, clean the rail to remove debris; for panel mounting, use M4 screws (min. 8 mm length) to avoid damaging the chassis. Keep GE IC698CHS009 at least 10 cm away from heat sources (e.g., VFDs) to maintain passive cooling efficiency.

Module installation and maintenance: When inserting modules (e.g., GE IC698CPE020, IC695ALG808-AA) into GE IC698CHS009, align the module’s guide pins with the chassis’s slots and push gently until it latches—never force modules (this risks backplane damage). After installation, verify power distribution by checking each module’s “PWR” LED (steady green = normal). For maintenance, clean the chassis’s heatsink every 4 months with compressed air (≤50 psi) to remove dust; inspect backplane connectors annually for corrosion (wipe with a dry, lint-free cloth if needed). If a module fails, power off the chassis before replacement—unlike hot-swappable I/O, the GE IC698CHS009’s backplane requires power down to avoid electrical damage.

Service and Guarantee Commitment

The GE IC698CHS009 comes with a 2-year manufacturer’s warranty—matching the larger GE IC698CHS017B—covering defects in materials (e.g., steel chassis, aluminum heatsink) and workmanship under industrial use. GE provides 24/7 technical support via phone, email, and online portals, with certified engineers specializing in RX3i chassis systems available to assist with GE IC698CHS009 installation, backplane troubleshooting, and module compatibility checks.

Beyond warranty, GE offers on-site commissioning services for GE IC698CHS009, including chassis mounting validation, power distribution testing, and backplane speed verification (via tools to confirm 1 Gbps transfer). Global service centers stock genuine spare parts (e.g., front panels, mounting brackets), ensuring expedited replacement (typically 2-3 business days for urgent orders) to minimize downtime in medium-scale operations. GE’s quality commitment includes 100% factory testing of each GE IC698CHS009—validating backplane performance, EMI shielding, and cooling efficiency—to meet the reliability standards of regional chemical, automotive, and water treatment industries.