Description
The Allen-Bradley 194E-Y32-1753-6N is a 32 Amp IEC load switch with an IP65-rated thermoplastic enclosure, designed for reliable load switching in demanding industrial environments. This model features a variable position knob with a red/yellow actuator for clear indication of switch status.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Allen-Bradley
|
| Category |
|
| Part Number |
194E-Y32-1753-6N
|
| Subcategory |
Load Cell |
| Series |
194E |
| Rated Current |
32 Amp at 400 VAC-3 |
| Number of Poles |
3 Pole |
| Actuator Type |
Red/Yellow Type N |
| Enclosure Type |
Thermoplastic, IP65 |
| Mounting Type |
Base Mounting |
| Terminal Type |
Screw |
| Size |
32 A |
| Operating Position |
Variable Position Knob |
| Standards Compliance |
CCC, CE, CSA, KC |
| Weight |
1.1200 lb |
Information About 194E-Y32-1753-6N
The 194E-Y32-1753-6N is part of Allen-Bradley's 194E series of enclosed load switches, engineered for compact and robust load control. Rated at 32 A at 400 VAC-3, this switch is designed for inductive load switching, ensuring safe isolation and control of power circuits.
Key Features:
- 32 Amp Rated Current: Supports inductive load switching up to 32 A at 400 VAC-3.
- IP65 Thermoplastic Enclosure: Ensures protection against dust and water ingress for reliable operation in harsh environments.
- Red/Yellow Actuator: Provides intuitive status indication and enhances operator safety.
- 3-Pole Configuration: Suitable for 3-phase load control applications.
- Screw Terminals: Facilitates secure connections and easy maintenance.
- Variable Position Knob: Offers precise manual control for load switching.
- Base Mounting: Enables flexible installation in control cabinets or directly on machinery.
- Compact Design: Ideal for small enclosures with limited space.
- Global Compliance: Certified under CCC, CE, CSA, and KC standards for international use.
- Robust Construction: Designed to handle demanding industrial loads reliably.
The 194E-Y32-1753-6N combines safety, versatility, and reliable performance in a compact load switching solution.
