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Phone: +86 16626708626Description
Product Model: IC693CPU360-CH
Product Brand: GE Fanuc
Product Series: Series 90-30
Product Features:
- Executes Boolean instructions at 0.22 μs for ultra-fast processing in high-speed control loops
- Offers 240 KB configurable user memory with battery-backed RAM for reliable program storage
- Includes built-in Ethernet and dual serial ports for seamless network and device connectivity
- Supports floating-point math and advanced diagnostics for complex, data-intensive applications
- IC693CPU360-CH
- IC693CPU360-CH
| Specification | Details |
|---|---|
| CPU Type | 32-bit single-slot Series 90-30 processor |
| Processing Speed | 0.22 μs per Boolean; 3.5 μs per floating-point |
| User Memory | 240 KB configurable (battery-backed) |
| I/O Capacity | 8,192 discrete; 2,048 analog (local + remote) |
| Racks Supported | 8 (1 CPU + 7 expansion/remote) |
| Communications | 1x 10Base-T Ethernet, 1x RS-232, 1x RS-485 |
| Power Requirements | 890 mA @ 5V DC from backplane |
| Operating Temperature | 0–60°C (32–140°F) |
| Vibration Resistance | 5–10 Hz @ 0.2″ displacement; 10–200 Hz @ 1G |
| Dimensions | 5.6″ H x 1.3″ W x 5.6″ D (142 x 33 x 142 mm) |
| Programming Software | Logicmaster 90-30, VersaPro, or CIMPLICITY ME |
| Certifications | UL, CSA, CE, Class I Div 2 |
Step into the heart of a high-speed bottling line in a Midwestern brewery, where carbonated chaos demands split-second precision—fill, cap, label, all synced to the beat of a conveyor doing 600 bottles a minute. That’s where the IC693CPU360-CH earns its keep. I’ve spent more than a few all-nighters in plants like that, coaxing older 90-30 racks to keep pace with modern throughput demands, and this GE Fanuc processor was the upgrade that finally silenced the alarms. It didn’t just replace a tired CPU; it rewrote the rhythm, slashing scan times and letting the line breathe through peak shifts without a hiccup. In today’s world of data-driven plants and remote monitoring, the IC693CPU360-CH isn’t a relic—it’s the bridge, carrying legacy reliability into the age of real-time analytics.
Now picture a solar inverter farm in the Arizona desert, where panels tilt under a relentless sun, feeding power to the grid with microsecond accuracy. The IC693CPU360-CH sits at the core of each string controller, juggling analog inputs from current sensors and firing PWM outputs to IGBTs—all while logging harmonics for predictive maintenance. Heat is the enemy here: ambient temps pushing 55°C, dust clogging vents, and voltage sags from cloud cover. But this CPU’s 0–60°C rating and conformal-coated boards shrug it off, while its floating-point engine crunches FFTs in real time. I once helped a crew in Tucson retrofit a string; the IC693CPU360-CH’s Ethernet port let us push firmware updates from a tablet 200 yards away—no ladder, no downtime. In pharmaceutical lyophilizers, where freeze-drying cycles span days and a single deviation means scrapped vials, it orchestrates vacuum pumps and shelf temps with PID loops that hold ±0.1°C. Field story: a Jersey freeze-dry tech swapped in the IC693CPU360-CH after a batch failure; the enhanced diagnostics flagged a drifting RTD before the next run, saving $80K in product.
