GE IC697PWR720

Description

Detailed Parameter Table

GE IC697PWR720

Product Introduction

The GE IC697PWR720 is a versatile mid-to-high capacity power supply module in GE’s Series 90-70 PLC family, designed to serve as the “stable energy core” for mid-sized to large industrial automation systems. Unlike entry-level IC697PWR710 (limited to 10 A) or high-end IC697PWR748 (overcapacity for moderate needs), the GE IC697PWR720 delivers 15 A continuous current—perfect for powering fully loaded 8-slot to 12-slot Series 90-70 chassis housing a mix of high-power and standard modules (e.g., 1 × IC697CPM915 CPU + 3 × IC697BEM733D Ethernet modules + 4 × IC697ALG330 analog I/O modules).

Technical positioning for industries like medium-scale chemical plants, automotive component factories, and regional power distribution substations, the GE IC697PWR720 features a universal input (85–264 V AC/120–370 V DC) to adapt to global power grids and voltage fluctuations. It converts unstable line power into regulated 5 V DC, ensuring consistent performance of connected modules—even during brownouts or minor surges. In automation architectures, the GE IC697PWR720 acts as a “balanced power hub,” avoiding both undercapacity (which causes system crashes) and overcapacity (which wastes costs)—making it the go-to choice for Series 90-70 systems with moderate power demands.

Core Advantages and Technical Highlights

15 A Balanced Capacity for Mid-Large Systems: The GE IC697PWR720’s 15 A continuous output strikes a perfect balance for mid-sized chassis like the 8-slot IC697CHS750. For a medium chemical plant with 6 reactor monitoring modules (IC697ALG330) and a IC697CPM915 CPU, this capacity eliminates the need for two IC697PWR710 units (saving 1 chassis slot) while avoiding the premium cost of IC697PWR748—reducing total hardware costs by 25%.

Universal Input for Global Compatibility: With 85–264 V AC/120–370 V DC input, the GE IC697PWR720 works seamlessly in any industrial environment—from 110 V AC (North American factories) to 230 V AC (European plants) or DC grids (remote mining sites). A multinational automotive component manufacturer, for example, can standardize on GE IC697PWR720 across global facilities, simplifying inventory management and reducing training needs for local technicians.

Robust Protection for Module Safety: The GE IC697PWR720 includes multi-layer protection: overload protection trips at 125% load to prevent overheating, short-circuit crowbar protection shuts down output instantly if a wire is grounded, and over-temperature shutdown (70°C) safeguards against component failure. For a regional power substation using IC697BEM733D modules to monitor transformers, this protection prevents expensive communication modules from being damaged by power anomalies—reducing replacement costs by 40%.

High Efficiency for Energy Savings: With ≥88% efficiency at full load, the GE IC697PWR720 outperforms entry-level IC697PWR710 (85% efficiency). For a factory with 5 GE IC697PWR720-powered chassis, this translates to 300+ kWh annual energy savings—lowering operational costs and aligning with sustainability goals. The reduced heat generation also extends the lifespan of adjacent modules by 15%.

Typical Application Scenarios

In medium-scale chemical plants, the GE IC697PWR720 powers an 8-slot IC697CHS750 chassis housing a IC697CPM915 CPU, 3 IC697ALG330 analog modules (monitoring reactor temperature/pressure), 2 IC697BEM733D Ethernet modules (linking to SCADA/MES), and 2 IC697DO320 digital output modules (controlling dosing pumps). Its 15 A capacity ensures stable power for all modules, while overload protection prevents shutdowns during peak pump startup—avoiding costly batch failures.

For automotive component factories producing engine parts, the GE IC697PWR720 supplies power to a 12-slot IC697CHS770 chassis with a IC697CPM915 CPU, 4 IC697BEM733D modules (synchronizing 16 robotic machining tools), 5 IC697DIA320 digital input modules (tracking part presence), and 2 IC697ALG330 modules (monitoring tool temperature). The 20 A peak current handles startup surges from the robots, while the universal input adapts to the factory’s 230 V AC grid.

In regional power distribution substations, the GE IC697PWR720 powers a 6-slot IC697CHS730 chassis with a IC697CPU770 CPU, 2 IC697BEM733D modules (monitoring transformer voltage/current), and 2 IC697ALG330 modules (tracking load levels). Its over-temperature protection withstands the substation’s warm control cabinet environment, while 5 kV surge protection shields against grid voltage spikes—ensuring uninterrupted monitoring of critical power infrastructure.

Related Model Recommendations

IC697PWR710: Entry-level 10 A Series 90-70 power supply—cost-effective alternative to GE IC697PWR720 for small chassis (≤6 modules, e.g., IC697CHS730).

IC697PWR748: High-capacity 20 A power supply—upgrade option for GE IC697PWR720 when scaling to 16-slot IC697CHS790 chassis with 14+ high-power modules.

IC697CHS750: 8-slot Series 90-70 chassis—primary compatible chassis for GE IC697PWR720 in medium-scale systems (e.g., chemical plants).

IC697CPM915: High-performance Series 90-70 CPU—paired with GE IC697PWR720 for power-hungry control tasks (e.g., robotic machining).

IC697PWRRED: Redundancy adapter—enables N+1 redundancy for two GE IC697PWR720 units in critical systems (e.g., power substations).

IC697BEM733D: 2-port Ethernet module—high-power communication module commonly powered by GE IC697PWR720 in mid-sized chassis.

IC697ALG330: 8-channel analog input module—standard I/O module paired with GE IC697PWR720 for process monitoring (e.g., reactor temperature).

IC697CGR772-AA: Redundant control module—relies on GE IC697PWR720’s stable power for redundant IC697CPM915 CPUs (e.g., refinery auxiliary systems).

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing GE IC697PWR720, power off the Series 90-70 chassis (e.g., IC697CHS750) and verify the input power matches the facility’s grid (85–264 V AC/120–370 V DC). Required tools include a torque screwdriver (0.8–1.2 N·m for chassis screws), wire strippers (18–14 AWG for input wires), a multimeter (to test input voltage), and an anti-static wristband (prevent ESD damage). Ensure the chassis’s power supply slot (labeled “PWR”) is free of dust and debris.

Installation and maintenance: Align GE IC697PWR720 with the chassis’s power slot, push firmly until it latches, and secure with front-panel screws (torque to 1.0 N·m). Connect input wires: for AC, attach L (line), N (neutral), and GND (ground); for DC, attach + (positive) and – (negative). Tighten terminal screws to 0.5 N·m to avoid arcing. Daily maintenance involves checking the “PWR OK” LED (steady green = normal, red = fault). Every 6 months, use compressed air (≤50 psi) to clean dust from vents—accumulated dust reduces efficiency. If the red fault LED activates, test input voltage; if normal, replace the module (ensure firmware matches the chassis).

Service and Guarantee Commitment

The GE IC697PWR720 comes with a 1.5-year manufacturer’s warranty—balanced between entry-level (1 year) and high-end (2 years) Series 90-70 power supplies—covering defects in materials (e.g., high-efficiency transformers, surge protection components) and workmanship under industrial use. GE provides 24/7 technical support via phone, email, and online portals, with certified engineers specializing in Series 90-70 power systems available to assist with GE IC697PWR720 installation, redundancy setup, and fault diagnosis.

Beyond warranty, GE offers on-site service for GE IC697PWR720, including power load testing, redundancy validation, and compatibility checks with Series 90-70 chassis/modules. Global service centers stock genuine spare parts, ensuring expedited replacement (typically 2–3 business days for urgent orders) to minimize downtime. GE’s quality commitment includes 100% factory testing of each GE IC697PWR720—validating output regulation, efficiency, and protection features—to meet the reliability standards of chemical, automotive, and power industries.