Forvandle hjemmet ditt med de nyeste multi-elektroniske løsningene, fra intelligent belysning til stemmestyrte enheter – alle designet for å gjøre livet enklere, tryggere og mer tilkoblet. Optimaliser driften med Bently Nevada 3500 overvåkingssystem, som tilbyr sanntids vibrasjons- og maskintilstandsovervåking for å forhindre feil og maksimere oppetid.
SKU:IC693MDL750
GE Fanuc IC693MDL750 32-Point Negative Logic Output Module
Manufacturer: General Electric
Product No.: IC693MDL750
Product Type: Digital I/O Module
Product Origin: USA
Payment:T/T, Western Union
Weight: 160g
Shipping port: Xiamen
Warranty: 12 months
Del
- Rask levering
- 24/7 kundestøtte
- Kvalitetssikring
Beskrivelse
Product Overview
The GE Fanuc IC693MDL750 is a high-density 32-point negative logic (sinking) discrete output module engineered for the Series 90-30 Programmable Logic Controller (PLC) system. Designed to drive solenoids, relays, indicators, and other DC field loads across a 12V to 24V DC voltage range, it switches the load return side directly to the negative DC bus. Weighing a lightweight 0.16 kg (approx. 0.35 lbs) with dimensions of 128 × 30 × 120 mm, this compact module offers high I/O packing density while drawing a minimal 21 mA current from the 5V DC backplane.
Key Advantages
- High-Density 32-Point Architecture: Maximizes control cabinet space by supporting 32 individual sinking output channels in a single Series 90-30 chassis slot.
- Lightweight & Compact Footprint: Weighing only 0.16 kg, the module simplifies slot installation without placing mechanical stress on the backplane baseplate.
- Rapid Response Switching: Delivers ultra-fast state execution with a maximum switching time of 2 ms, ideal for time-critical automation loops.
- Robust Signal Isolation: Features 1,000 VAC optical isolation between the field-side wiring and internal backplane logic to safeguard system electronics.
- Industrial Noise Immunity: Complies with EN 61000-6-2 standards to protect against electromagnetic interference in severe electrical environments.
Technical Specifications
| Model / Catalog Number | IC693MDL750 |
| Manufacturer | GE Fanuc / Emerson Automation |
| System Compatibility | Series 90-30 PLC Baseplates |
| Output Type / Points | Negative Logic (Sinking) / 32 Points |
| Operating Voltage Range | 12 to 24 V DC |
| Max Current per Point / Common | 0.3 A per point / 2.0 A per common @ 60°C |
| Backplane Current Draw | 21 mA @ 5 V DC |
| On-State Drop Voltage | 0.24 V DC maximum |
| Physical Dimensions & Weight | 128 × 30 × 120 mm / 0.16 kg (0.35 lbs) |
| Storage / Operating Temp | -40°C to +85°C (Storage) / 0°C to 60°C (Operating) |
Model Suffix Variants
Depending on the application environment, the IC693MDL750 module is available in specialized physical configurations:
- IC693MDL750-A: Standard Version for general factory automation installations.
- IC693MDL750-H: High-Temperature Version designed for elevated ambient thermal conditions.
- IC693MDL750-V: Vibration-Resistant Version built with reinforced housing components for high-shock machinery environments.
Frequently Asked Questions
Q1: What does "Negative Logic" (Sinking) mean for field wiring?
A1: In a negative logic configuration, the output channel acts as a current sink. When an output point turns ON, it provides a path to the negative DC return (0V), pulling current through the connected field load from the positive power supply.
Q2: What type of wiring connector is required for this 32-point module?
A2: Due to its high pin density and lightweight 0.16 kg frame, the IC693MDL750 utilizes a multi-pin high-density ribbon or cable connector on the front panel rather than standard screw terminal blocks.
Q3: Is external power required to operate the output channels?
A3: Yes. While the internal logic is powered by drawing 21 mA from the 5V DC backplane, an external 12–24V DC user power supply must be connected to power the field-side output devices.
Ytterligere spesifikasjoner
Skalar (V/f)
Vektor
AC-drevet
Kjøpsveiledning
- Bekreft nøyaktig modell, delenummer og spesifikasjoner før bestilling.
- Sørg for kompatibilitet med ditt nåværende maskineri eller kontrollsystemer.
- Ta kontakt via sale@etowonauto.com eller +8617859788089 for teknisk assistanse.
- Gå gjennom leveringsalternativer, leveringstider og fraktkrav.
- Følg produsentens instruksjoner og beste praksis under installasjon.
Frakt og retur
Varer på lager sendes vanligvis samme virkedag. For produkter som ikke er på lager for øyeblikket, kan leveringstiden variere basert på tilgjengelighet. Internasjonal frakt er tilgjengelig, og fraktkostnader beregnes ut fra destinasjon, vekt og valgt transportør.
Returer godtas innen 30 dager etter mottak, forutsatt at varene er ubrukte og i original stand. Returfraktkostnader dekkes av kunden. Vennligst kontakt oss før du returnerer en vare for å få returautorisasjon.
For mer informasjon, vennligst se vår Frakt- og returpolicy.

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
-
Rask levering
Originale deler til industriell automasjon tilgjengelig for rask levering over hele verden.
-
Enkel retur
30 dagers returrett med 12 måneders garanti for pålitelig etterkjøpsbeskyttelse.
-
24/7 støtte
Responsiv profesjonell støtte for å hjelpe med å opprettholde stabile og effektive operasjoner.
-
Ekte og original
100 % autentisk, hentet direkte fra pålitelige produsenter av industriell automasjon.
Teknisk og kjøpsguide
-
Can Proper Warehousing Cut Automation Hardware Failures 80%?
This technical guide presents quantified storage and maintenance standards for industrial PLC, DCS, and TSI spare par...
-
Can Industrial Control Upgrades Cut Unplanned Downtime by 90%?
This article examines why legacy PLC, DCS, and vibration monitoring systems demand urgent retrofit in 2026. Citing re...
-
How to streamline industrial automation spare parts import clearance?
This guide delivers a data-driven framework for sourcing and clearing industrial automation spare parts, covering PLC...
-
How Fast Must DCS Switchover Be to Prevent Costly Process Upsets?
This article presents quantified DCS redundancy strategies using real 2024–2025 plant data. It details sub-100ms swit...
-
Why Is Explosion-Proof DCS Critical for Chemical Plant Safety?
This technical article examines how optimized multi-vendor explosion-proof DCS architectures address critical safety ...
-
How to restore Allen‑Bradley PLCs to 99.8% performance?
This technical article presents new, factory-original industrial automation hardware solutions for power plants and p...
