Mennekes Wall mounted recept., 16A5p6h400V, IP44 31
Technical Information
| Item condition | New |
| Manufacture name | Mennekes Wall mounted recept., 16A5p6h400V, IP44 31 |
| Brand | Mennekes |
| Categories |
CEE Sockets
|
| 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 | 8536 6990 00 |
| IEC-amperage | 16 A |
| Connection system | Screw less terminal |
| Degree of protection (IP) | IP44 |
| Voltage according to EN 60309-2 | 380-415 V (50+60 Hz) red |
Packing details
| Packing level 1 | 4015394202462 |
Other Technical data
| Model | Surface mounted (plaster) |
| RAL-number | 3013 |
| Number of poles | 5 |
| Insulated mounting | No |
| Material | Plastic |
| Type of fastening | External mounting |
| Amperage according to UL/CSA (for UL-version) | 20 A |
| Military model | No |
| Clock hour position | 6 h |
| Identification colour | Red |
Downloads
Description
This component functions as an optical sensor module, designed to detect changes in light intensity within a system. It is commonly integrated into automated processes where precise measurement or light-triggered responses are necessary. ### Optical Detection Specification Works on principles of reflected or transmitted light detection, suitable for both low and high-intensity applications. Equipped with signal output for integration into broader systems requiring feedback loops. ### Power and Connection Parameters Operates within standard voltage ranges typical to industrial electronic setups. Features direct-connect terminals compatible with various cable types — no specialized connectors required for basic operation. - Designed primarily for visible and near-infrared spectral ranges. - Maximum operating temperature: 80°C; exposure above this limit can degrade performance. - Minimum threshold voltage: 3V; insufficient power supply leads to inconsistent readings. - Can be affected by heavy dust or particulate interference during prolonged use in unfiltered environments.