| Attribute | Value |
|---|---|
| Brand | Terasaki |
| Model | ESM-101 C |
| Part Number | K/87Z/2/001B |
| Type | Starter Module |
| Serial Number | N31U |
| Voltage | 33 |
| Current | 12 |
| Weight | 100 gm |
Overview of Terasaki ESM-101 C Starter Module
The Terasaki ESM-101 C Starter Module K/87Z/2/001B is made to provide effective motor starting and protection for industrial and commercial applications. Its advanced technology and strong build provide reliability and performance appropriate for tough environments.
Key Features
High Efficiency: Built for best performance with least energy consumption.
Advanced Protection: Features protection against short circuits and overloads.
Compact Size: Easily accommodates control panels and electrical systems.
Robust Construction: Constructed with superior materials to resist harsh environments.
Simple Integration: Integrates with a broad variety of electrical systems.
Technical Details
Model Number: ESM-101 C K/87Z/2/001B
Voltage Rating: Compatible with multiple voltage levels based on system needs
Current Rating: Accommodates various motor loads effectively
Protection Features: Overload, short-circuit, and thermal protection
Mounting Type: Panel mount
Connectivity: Integrates with standard electrical wiring systems
Uses of Terasaki ESM-101 C Starter Module
Terasaki ESM-101 C Starter Module is used across various industries owing to its strength and efficiency. Some of its major uses are:
1. Industrial Machinery
Factory plants have heavy-duty equipment that needs a stable power source. The ESM-101 C provides motor protection and secure operation against electrical faults.
2. Commercial Buildings
In businesses, the Terasaki ESM-101 C starter module is implemented for HVAC systems, elevators, and other vital electrical systems.
3. Automated Systems
Most automated production lines employ the Terasaki ESM-101 C to control motor operation, maintaining efficiency and safety in operations.
4. Renewable Energy Systems
It plays a significant role in renewable energy installations, including wind and solar power systems, to ensure efficient power distribution and apparatus protection.
