Harting cable feedthrough model 3 09 12 006 2694 is a compact panel-mounted pass-through designed to route low-voltage electrical connections through enclosures, cabinets and equipment housings. Rated for 10 A and 50 V, the feedthrough provides an organized, insulated path for individual cables or small cable bundles, reducing strain on connections and protecting wiring where it passes through metal or plastic panel walls.
Advantages
The feedthrough delivers a compact footprint and straightforward installation for low-voltage applications. Its insulated body helps prevent contact between conductors and enclosure metalwork, while the design supports secure cable retention and reduces mechanical stress on terminations. The component is suitable for use in industrial control cabinets and equipment housings where space efficiency and safe cable routing are required.
Suitable for
- Routing low-voltage power and signal cables through panels and walls
- Industrial control cabinets and switchgear enclosures
- Equipment housings, measurement devices and test rigs
- Applications where compact, insulated cable entry points are needed
Key specifications
- Rated current: 10 A
- Rated voltage: 50 V
- Mounting type: panel feedthrough / pass-through
- Body: insulated pass-through for cable protection
- Suitable for single conductors or small cable bundles
How to use
Drill or prepare an appropriately sized cutout in the panel where the feedthrough will be installed, following the manufacturer’s recommended hole dimensions. Insert the feedthrough into the panel opening and secure it according to the mounting style (press-fit, snap-in, or using a retaining nut if provided). Route the cable(s) through the feedthrough, ensuring correct conductor orientation and that insulation is intact. After routing, make the required terminations on the internal and external connection points, verify continuity and secure any strain relief as needed.
Usage recommendations
Use this feedthrough within its electrical limits (10 A, 50 V) and choose an appropriate cable diameter to match the feedthrough opening. Ensure proper panel thickness compatibility and apply strain relief on both sides if cables are subject to movement. Verify environmental and safety requirements of the installation (e.g., IP rating, grounding) and follow local electrical codes during installation.
