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- Schneider Electric XB5FA4322 Harmony XB5 Red Flush Marked O 30 mm Spring Return 1 NC Push Button Schneider Electric XB5FA4322 Harmony XB5 Red Flush Marked O 30 mm Spring Return 1 NC Push Button
Schneider Electric XB5FA4322 Harmony XB5 Red Flush Marked O 30 mm Spring Return 1 NC Push Button
Schneider Electric XB5FA4322 Harmony XB5 Red Flush Marked O 30 mm Spring Return 1 NC Push Button
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- Description
The Schneider Electric XB5FA4322 is a Harmony XB5 flush-mounted push button for 30.5 mm panel cut-outs, with a red cap that is marked 'O' in white. It is a spring-return, 1 NC device with screw-clamp terminals, rated IP66/IP67/IP69/IP69K and built with an antimicrobial surface treatment that resists common bacteria on the plastic bezel and cap.
Technical Specifications
| Reference | XB5FA4322 |
| Brand | Schneider Electric |
| Range of Product | Harmony XB5 |
| GTIN | 3606481360519 |
| Product or Component Type | Push-button |
| Device short name | XB5F |
| Mounting diameter | 30.5 mm |
| Head type | Built-in flush |
| Operator profile | Red flush, 'O' marking in white |
| Type of operator | Spring return |
| Contacts type and composition | 1 NC |
| Contact operation | Slow-break |
| Connections | Screw clamp terminals, ≤ 2 x 1.5 mm² with cable end |
| Rated insulation voltage [Ui] | 600 V |
| Rated impulse withstand voltage [Uimp] | 6 kV |
| Rated operational current [Ie] | 3 A at 240 V AC-15 / 0.1 A at 600 V DC-13 |
| Short-circuit protection | 10 A cartridge fuse, type gG |
| Bezel material | Plastic |
| Height x Width x Depth | 42 x 36.6 x 55 mm |
| Net weight | 0.037 kg |
| Country of origin | FR |
| IP degree of protection | IP66 / IP67 / IP69 / IP69K |
| IK degree of protection | IK06 |
Certifications & Standards
- UL Listed
- CSA
- CE
- CCC
- EAC
- ISO 22196:2011
Selection Notes
Pick the red cap when panel colour-coding calls for a stop or fault indication; the 'O' marking identifies the function directly on the cap, avoiding a separate legend plate. XB5FA4322 uses a 1 NC block, so confirm the contact arrangement against the control circuit before ordering a sibling variant with the opposite configuration.