| Attribute | Value |
|---|---|
| Product Name | SCHLEICHER NT015 POWER SUPPLY UNIT |
| Manufacturer | SCHLEICHER |
| Type | NT015/12.5-5 |
| Voltage | U 220V 50-60HZ |
| Serial Number | NR. 398368/6 |
| Voltage Specification | 220V~ |
| AMOS Item No | 216963 |
| Name | POWER SUPPLY UNIT |
| Maker Reference | 0005-3788-020, TYPE: NT 015, 220V |
| Maker | WESTFALIA SEPARATORS AG |
| Component/Function | 619.05618/ 712.010.200 |
| Functional Name/Type | CONTROL SYSTEM LO. PURIFIER, NO1 ME |
| Weight | 550 GM |
| Condition | USED 1 PCS |
| Reference No | 46316 |
What Makes Schleicher NT015 Power Supply Different?
Robust Design: The construction is based on industrial requirements so that it lasts long. It supports variations and does not fail due to changes, and hence stable power is given out.
Adaptable Usage: 220V input 50-60Hz makes it widely adaptable in numerous applications such as automation systems or heavy machinery applications.
Compact and Efficient: Despite its power, the unit maintains a compact form factor, making it easy to install even in space-constrained setups.
Key Specifications
Model: NT015/12.5-5U
Voltage: 220V~
Frequency: 50-60Hz
Item Number: 216963
Maker: Schleicher
This combination of specifications ensures steady and efficient power distribution, crucial for maintaining the optimal functionality of connected devices.
Applications of the Schleicher NT015 Power Supply
The Schleicher NT015 Power Supply is ideal for:
Industrial Automation: Powering programmable logic controllers (PLCs), sensors, and actuators.
Heavy Machinery: Stable energy for driving motors and processing equipment.
Electrical Panels: Smooth operation in distribution and control panels.
Why the Schleicher NT015?
The quality of components chosen for a power supply will directly affect the lifespan and performance of your system. Schleicher’s reputation for excellence ensures that every NT015 unit is designed to meet the highest industry standards.
Additionally, this power supply has a very simple installation and maintenance-friendly design, which reduces downtime and maximizes operational efficiency.
