Description
The Siemens VMS326T is a 600 A, 240 V 3‑phase switch designed for industrial and commercial electrical distribution. It provides reliable manual disconnection of high-current circuits. This switch is suitable for use in panels, switchboards, and other heavy-duty electrical applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Siemens |
| Category |
Electrical Distribution |
| Part Number |
VMS325T |
| Subcategory |
Panelboard Switches |
| Current Rating |
400 A |
| Voltage Rating |
240 V AC |
| Poles |
3 |
| Type/Series |
Panelboard Switch |
| Coil Voltage |
240 VAC |
| Action |
Single Throw |
| Insulated |
No |
| Operating Frequency |
60 Hz |
| Operating Temperature |
-20°F to 120°F Ambient |
| Operating Cycles |
6050 |
| Phase |
3-Phase |
| Mounting Type |
Panelboard |
| Country of Origin |
Mexico |
| Dimensions (H x L x W) |
15.3 x 21.5 x 20.1 inches |
| Weight |
61 lbs |
Information About VMS325T
The VMS325T is part of Siemens’ VMS series of panelboard switches, engineered for safe and reliable operation in high-current environments. It features a 3-pole design suitable for 3-phase systems with 240 V AC coil voltage. The switch is compatible with ITE controllers and integrates seamlessly into panelboards. Key technologies include rugged mechanical construction, durable insulation, and a single-throw mechanism for reliable circuit control.
Key Features:
- Current Rating: 400 A for commercial and industrial use.
- Voltage Rating: 240 V AC coil voltage for standard 3-phase systems.
- 3 Poles: Provides complete three-phase disconnection.
- Single-Throw Operation: Simple and reliable manual control.
- Panelboard Compatible: Designed for integration with Siemens panels and switchboards.
- Durable Construction: Industrial-grade materials for long-term performance.
- Operating Cycles: Rated for 6050 cycles for repeated operation reliability.
The VMS325T delivers the reliability and durability required for high-current manual switching in commercial and industrial applications.