Cover kit 2-gang, complete CD502TSAGR
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
15,41 €
This price is valid until 31.12.25
Estimate delivery time at our warehouse (approx.):
2-4 weeks
Technical Information
Item condition |
New |
Manufacture name |
Cover kit 2-gang, complete CD502TSAGR |
Brand |
Jung
|
Categories |
Switches
|
Country of origin |
DE |
Harmonized System Code |
8538 9099 00
|
Colour |
Grey |
Model |
Two-part button |
Halogen free |
Yes |
Utilization |
Other |
Surface protection |
Other |
Material quality |
Thermoplastic |
Material |
Plastic |
Type of fastening |
Engage (snap) |
Monitoring window/light outlet |
No |
RAL-number (similar) |
7038 |
With label area |
No |
With exchangeable lens/symbol |
No |
Surface finishing |
Glossy |
Suitable for degree of protection (IP) |
IP20 |
Suitable for touch sensor connector for bus system |
Yes |
Scannable symbol/barrier free |
No |
Packing details
Packing level 1 |
4011377108233, 4011377108233 |
Packing level 2 |
4011377108233, 4011377108233 |
Downloads
Description
Cover kit 2-gang, complete CD502TSAGR.Category:Switches.Accessory for integration into switch/power systems.Provides housing support and design compatibility for sensor connections. Halogen-free construction ensures enhanced safety features in sensitive environments.Grey color matches RAL-number 7038 for visual alignment with common industrial or residential schemes.Made from thermoplastic plastic material, durable under standard use conditions;glossy surface finishing for a clean appearance and scratch resistance.Equipped with engage (snap) type fastening;simplifies installation process, improves modularity.Model classified as two-part button configuration, optimized for assembly operations in 2-gang setups.No provisions include any label area or exchangeable lens/symbols simplifying its structure while pairing functionality solely dependent on core electrical contacts within touch-sensor-bus connectors barring unnecessary fascia-changes-only customization waste-saving direct time deployment minimized redundancy possible analytic degrees safety constraints are IP20 capable highest degrees damage-resilency bracket bounded-python lowering inherent risks