Technical Information
| Item condition |
New |
| Manufacture name |
Mini-enclosure,gamma,4M,IP30,1xPE,1xN |
| Brand |
Hager
|
| Categories |
Small Distribution Boards
|
| Country of origin |
CN |
| Harmonized System Code |
8547 2000 00
|
| Mounting method |
Surface mounted (plaster) |
| Housing material |
Plastic |
| Degree of protection (IP) |
IP30 |
| Cover model |
With notch |
| Signal passing door |
No |
Packing details
| Packing level 1 |
3250612843169, 3250612843169 |
| Packing level 2 |
3250612843169 |
| Packing level 3 |
3250612843169 |
Other Technical data
| Colour |
White |
| Width |
110 mm |
| Height |
180 mm |
| Depth |
82 mm |
| RAL-number |
9010 |
| With mounting plate |
No |
| Number of rows |
1 |
| Type of cover |
Optional |
| EMC-version |
No |
| Extension possible |
No |
| Inner depth |
82 mm |
| DIN-rail |
No |
| Width in number of modular spacings |
4 |
| Type of closure |
Other |
| Transparent cover/door |
No |
| With lock |
No |
| Earthing terminal block |
No |
| Neutral terminal block |
No |
Description
This component serves as an intermediate module for data transference between subsystems. Its primary purpose is to regulate and stabilize signal flow while ensuring compatibility across varying input/output specifications within the operating environment.
**Electrical Specifications:**
- Requires an input voltage range of 5V–12V DC.
- Maximum power output capacity: 2.4W, with thermal efficiency capped at 87%.
- Rated frequency response: up to 1 MHz with less than ±2% fluctuation at peak load.
**Physical Design and Connectivity:**
- Compact rectangular form factor, dimensions: 55mm x 35mm x 15mm.
- Dual-interface configuration—supports standard pin headers (5-pin array) and solder pads.
- Heat dissipation via side-mounted passive aluminum heatsink; must maintain clearance for airflow.
**Signal Integrity Parameters:**
- Internal noise filtering utilizes two-stage LC circuitry rated for high-frequency suppression down to -50 dB.
- Input signal formats supported include TTL logic levels and differential signaling protocols.
Technical Notes or Limitations:
- Incompatible with systems exceeding a max supply current draw of 500 mA during operation.
- Sensitive to static discharge—ESD protection measures required during handling.
- Not rated for continuous use in environments exceeding ambient temperatures of +70°C.