Iň täze köpugurly elektronika çözüwleri bilen öýüňizi özgertmegiňiz mümkin — akylly yşyklandyryşdan başlap, ses arkaly dolandyrylýan enjamlara çenli; bularyň hemmesi durmuşy has aňsat, has howpsuz we has baglanyşykly etmek üçin döredilen. Amallaryňyzy Bently Nevada 3500 Gözegçilik ulgamy bilen optimizirlaň, ol näsazlyklaryň öňüni almak we işleme döwrüni iň ýokary derejede saklamak üçin hakyky wagt režiminde wibrasiýa we enjamyň ýagdaýyna gözegçilik edýär.
Haryt kody:IC697CHS750
GE Fanuc IC697CHS750 Series 90-70 Rear Mount Expansion Rack
Manufacturer: General Electric
Product No.: IC697CHS750
Product Type: I/O Rack
Product Origin: USA
Payment:T/T, Western Union
Weight: 3600g
Shipping port: Xiamen
Warranty: 12 months
Paýlaş
- Çalt eltip berme
- 24/7 goldaw
- Hil üpjünçiligi
Düşündiriş
Product Overview
The IC697CHS750 is a heavy-duty Rear Mount Rack chassis from the GE Fanuc Series 90-70 PLC range. This rugged metal rack provides the physical foundation, high-speed backplane communication lanes, and structural alignments needed to host Series 90-70 CPUs, I/O modules, and coprocessors. Engineered for high-density, back-panel industrial layouts, it optimizes enclosure space while delivering stable structural integrity under severe shop-floor conditions.
Core Features
- Multi-Slot Expansion: Houses multiple Series 90-70 plug-in modules to support flexible, large-scale system expansion architectures.
- Dual Rack Operations: Advanced backplane distribution enables dual rack execution from a single, shared power supply interface.
- Universal Power Link: Fully compatible with both AC and DC modular plug-in power supplies without requiring extra hardware.
- Passive Convective Cooling: Thermally engineered chassis design eliminates the need for failure-prone cooling fan assemblies.
Technical Specifications
| Parameter | Data |
|---|---|
| Model Number | IC697CHS750 |
| Series Line Link | GE Fanuc Series 90-70 System |
| Backplane Logic Voltage | 5 VDC bus requirement |
| Chassis Physical Weight | 3.6 kg (7.94 lbs) net weight |
| Physical Dimensions | 11.15 × 12.60 × 7.50 inches (283 × 320 × 190 mm) |
| Enclosure Mounting Depth | Suitable for minimum 10-inch deep enclosures |
| Chassis Material | Rugged industrial-grade metal chassis structure |
| Operating Ambient Range | 0°C to 70°C (32°F to 158°F) |
Engineering & Installation Guide
- Enclosure Fit Profile: Ensure your electrical panel meets the minimum 10-inch enclosure mounting depth specification to accommodate the rack, modules, and faceplate cable bend radii securely.
- Module Alignment & Seating: Given the solid 3.6 kg metal chassis weight, verify back-panel structural plates are thick enough to eliminate bowing. Guide card slots carefully during module insertions to protect delicate backplane pins.
- Dual Rack Power Layouts: When linking two racks to a single power supply source, carefully calculate the total 5 VDC bus current consumption across all populated slots to prevent under-voltage dropouts.
Technical FAQs
Q1: Does the IC697CHS750 rear mount chassis require dedicated external fans or active cooling units?
A1: No. The chassis is engineered for natural thermal convection, performing reliably across its full 0°C to 70°C ambient range without mechanical fan assemblies. Ensure surrounding air paths within the cabinet remain unblocked.
Q2: Can I combine both AC and DC input power supplies inside the same IC697CHS750 backplane?
A2: The rack architecture is fully compatible with both plug-in AC and DC power modules. However, do not mix different power supplies on a single bus structure unless explicitly following a verified, redundant parallel configuration blueprint.
Q3: Why is the 5 VDC voltage rating parameter critical for this Series 90-70 rack?
A3: The 5 VDC specification defines the main logic bus voltage provided by the plug-in power supply module to fuel the microprocessors and internal transceiver chips of all slotted I/O cards. Stable, ripple-free 5 VDC delivery is essential for accurate system backplane communications.
Goşmaça spesifikasiýalar
- Gara
- Kümüş
- AC tok bilen işleýän
- Göni tok bilen işleýän
Skalyar (V/f)
Wektor
AC tok bilen işleýän
Satyn alyş gollanmasy
- Sargyt etmezden ozal takyk modeli, bölek belgisini we aýratynlyklary tassyklaň.
- Bar bolan enjamyňyz ýa-da dolandyryş ulgamlaryňyz bilen laýyklygyny üpjün ediň.
- Tehniki kömek üçin sale@etowonauto.com ýa-da +8617859788089 arkaly habarlaşyň.
- Eltip beriş mümkinçiliklerini, öňdebaryş möhletlerini we iberiş talaplaryny gözden geçiriň.
- Gurnama wagty öndürijiniň görkezmelerine hem-de iň oňat tejribelere eýeriň.
Eltip bermek we gaýtarmak
Stokda bar bolan harytlar adatça şol bir iş gününde ugradylýar. Häzir stokda bolmadyk önümler üçin iberiş wagty elýeterliligine görä üýtgäp biler. Halkara eltip bermek mümkindir we eltip bermek tölegleri barýan ýeriňe, agramyna we daşaýjynyň saýlanmagyna görä hasaplanýar.
Harytlar ulanylman we asyl ýagdaýynda bolmak şerti bilen, alnan gününden başlap 30 günüň içinde yzyna gaýtarmak kabul edilýär. Yzyna iberiş üçin eltip bermek çykdajylary müşderiniň jogapkärçiliginde. Yzyna gaýtarmak baradaky rugsaty almak üçin, haýsydyr bir harydy yzyna ugratmazdan öň biziň bilen habarlaşmagyňyzy haýyş edýäris.
Has giňişleýin maglumat üçin, biziň Iberiş we yzyna gaýtarmak syýasatymyzy.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Çalt eltip bermek
Asyl senagat awtomatizasiýa şaýlary gyssagly iberiliş üçin bütin dünýä boýunça elýeterlidir.
-
Aňsat gaýtaryşlar
Ygtybarly satuwdan soňky gorag üçin 30 günlük yzyna gaýtarmak goldawy we 12 aýlyk kepilnama.
-
24/7 goldaw
Durnukly we netijeli işleýşi saklamaga ýardam edýän çeýe, professional goldaw.
-
Hakyky we Asyl
100% hakyky, ygtybarly senagat awtomatizasiýasy öndürijilerinden gönüden-göni üpjün edilýär.
Tehniki we satyn alyş gollanmasy
-
Can a Multi-Vendor PM Checklist Cut PLC Downtime?
This article presents a standardized annual preventive maintenance checklist for mixed-vendor industrial control envi...
-
Why Emerson Hot Redundancy Retrofit Slashes Downtime by 96%?
Process plants relying on GE Fanuc single PLCs face 47% of unplanned outages from controller failure, costing $38,000...
-
Cut Migration Engineering Hours by 60% – How Does It Work?
This technical guide examines the operational risks and engineering overhead of maintaining separate GE Proficy HMI a...
-
Is Your 1756 Supply Chain Risking Production?
Counterfeit 1756 modules cause 68% of unplanned PLC downtime. This guide covers a four-step verification method, real...
-
Why Do 72% of Analog Loop Failures Trace Back to Wiring Errors?
This technical guide presents field-verified wiring protocols for integrating Emerson Rosemount 4–20mA HART transmitt...
-
GE Fanuc VersaMax: Did It Replace Obsolete ABB AC500-ECO?
This technical case study details a complete control system retrofit for a 1200m³/day municipal water plant. Our team...
