This front wiring assembly connects field devices to SIMATIC S5 I/O modules. It provides a pre-assembled cable bundle with a 48-pin connector on one end. Therefore, this component simplifies cabinet wiring and reduces installation time.
Physical Dimensions and Weight Specifications
The Siemens 6ES5497-4UB42 features a flexible cable bundle for easy routing. Its total length reaches 2 meters for reaching remote terminal blocks. The cable diameter measures approximately 12 mm for the bundled assembly. Consequently, technicians can route this assembly through standard cable ducts.
| Parameter | Specification |
|---|---|
| Product Model | Siemens 6ES5497-4UB42 |
| Cable Length | 2 meters |
| Connector Type | 48-pin DIN 41612 |
| Conductor Count | 48 individual wires |
| Weight | 0.42 kg |
Interface Types and Connection Layout
The Siemens 6ES5497-4UB42 uses a 48-pin male connector for module attachment. The opposite end provides stripped and labeled wires for terminal blocks. Each wire carries a numbered ferrule for easy identification. Hence, technicians can connect each signal to the correct termination point.
Component Count and Wire Configuration
This wiring assembly contains 48 individually colored copper conductors. Each conductor uses 24 AWG stranded wire for flexibility. You will find a common shield foil covering the entire bundle. A drain wire connects the shield to the connector shell for grounding.
| Technical Feature | Description |
|---|---|
| Conductor Count | 48 |
| Wire Gauge | 24 AWG stranded |
| Shield Type | Overall foil with drain wire |
| Connector Type | 48-pin DIN 41612, male |
| Wire Marking | Numbered ferrules on all conductors |
Energy Storage and Power Handling
The Siemens 6ES5497-4UB42 carries low-voltage signals and 24V power. It handles up to 1A per conductor for field device power. The foil shield rejects electromagnetic interference from nearby cables. Therefore, signal integrity remains strong even in noisy industrial environments.
Installation and Operational Benefits
Users can pre-wire terminal blocks before attaching the module. This practice reduces machine downtime during module replacements. A locking latch secures the connector against vibration loosening. This design improves system reliability in high-vibration applications.
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