Description
The Allen-Bradley 1494F-N30 is a 30 Amp, non-fusible disconnect switch designed for reliable and secure power disconnection in industrial electrical panels. Engineered for fixed-depth flange mounting applications, it offers consistent performance across a wide range of voltages and motor load ratings.
Technical Specifications
|
Condition
|
New/Never Used Surplus
|
| Brand |
Allen-Bradley
|
| Category |
|
| Part Number |
1494F-N30
|
| Subcatecory |
|
| Amperage |
30 Amps |
| Voltage Rating |
Up to 660 Volts |
| Type |
Non-Fusible, Right Hand, Fixed Depth |
| Mounting |
Flange-Mount |
| Poles |
3 Pole |
| Connection Type |
#10 - 32 Screw |
| Conductor Size |
14-8 AWG |
| Enclosure Type |
Open |
| Load Ratings |
7.5 HP 230 VAC, 15 HP 460 VAC, 20 HP 575 VAC |
| Motor Load (DC) |
5 HP 250 VDC |
| Weight |
8.49 lbs
|
Information About 1494F-N30
The 1494F-N30 disconnect switch kit is part of Allen-Bradley's durable and highly configurable 1494F series. Designed for both fusible and non-fusible applications, this open-type disconnect switch provides essential safety functionality by physically isolating electrical equipment from its power source during maintenance or emergencies. It supports a right-hand flange mounting configuration and accommodates a broad voltage range up to 660V, making it a dependable option for industrial power distribution systems. With three poles and a load rating suitable for motors up to 20 HP at 575V, it meets the demands of heavy-duty applications.
Key Features:
-
30 Amp Capacity: Suitable for low-to-mid power switching and isolation.
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Three-Pole Non-Fusible Design: Offers full circuit disconnection without integrated fuses.
-
Flange Mount, Fixed Depth: For consistent panel integration with simplified mounting.
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High Load Ratings: Supports up to 20 HP at 575 VAC and 5 HP at 250 VDC.
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Standards Compliant: Meets CSA and KC certification requirements for safety.
The 1494F-N30 ensures reliable disconnect operation with long mechanical life and broad application compatibility in industrial systems.
