Technical Information
| Item condition |
New |
| Manufacture name |
Rocker for push-button 2-gang, arrows A102PSW |
| Brand |
Jung
|
| Categories |
Switches
|
| Country of origin* |
DE |
|
* The actual country of origin may differ depending on the delivery batch.
To confirm the specific country of origin, please contact your account manager.
|
| Harmonized System Code |
8538 9099 00
|
| ETIM |
EC000011
|
| Colour |
Black |
| Model |
Two-part rocker |
| Utilization |
Venetian blind |
| Material |
Plastic |
| Type of fastening |
Engage (snap) |
| Imprint/indication |
Symbol "arrows" |
| Monitoring window/light outlet |
No |
| Suitable for degree of protection (IP) |
IP20 |
Packing details
| Packing level 1 |
4011377180086 |
| Packing level 2 |
4011377180086 |
| Packing level 3 |
4011377180086 |
Other Technical data
| Halogen free |
Yes |
| Surface protection |
Other |
| Material quality |
Duroplast |
| RAL-number (similar) |
9005 |
| With label area |
No |
| With exchangeable lens/symbol |
No |
| Surface finishing |
Glossy |
| Suitable for touch sensor connector for bus system |
Yes |
| Scannable symbol/barrier free |
No |
Downloads
Description
Designed for dual-control switching systems, this product operates as a two-part rocker with specific arrow symbols to manage Venetian blinds or similar motorized mechanisms efficiently.Fits touch sensor connectors within bus system frameworks.Halogen-free construction ensures it meets safety standards.Black plastic housing with duroplast material quality provides durability and resistance.Snap-fit fastening type enhances secure installation.UV-stable glossy finish, approximate color match per RAL 9005 standards, complements modern setups;no additional surface protection features noted as "Other". Rated IP20 for situations lacking excessive moisture exposure.Suitable for use in advanced automation systems where direct power management is required without any light outlets or label sections visible for user interfaces.Two-part operational model coded EV006540 clarifying directional functionality through integrated symbolic representation ("arrows").