

140F-D3C-C30L | Allen-Bradley 30 Amp UL Class CC LED Fuse Holder
- Regular price
- $269.00
- Sale price
- $269.00
- Regular price
-
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Product Description P/N: 140F-D3C-C30L
Description
The 140F-D3C-C30L is a 30 Amp 3-pole fuse holder from Allen-Bradley, engineered for use with Class CC fuses (10 x 38 mm). It offers a secure and compact solution for circuit protection in industrial applications. Featuring LED indication for blown fuse status, it enhances operational safety and maintenance efficiency.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Fuses and Fuse Accessories
|
Part Number |
140F-D3C-C30L |
Subcatecory |
Fuse Holders
|
Amperage Rating | 30 A |
Poles | 3 |
Voltage Rating | 600–690 VAC |
Fuse Type | 10 x 38 mm Class CC |
Interrupt Rating | 200 kA |
LED Indication | Yes – Blown Fuse |
Operating Temperature | -20°C to +55°C |
Standards | UL, CE, CSA, KC |
Weight | 0.4400 lb |
Information About 140F-D3C-C30L
The 140F-D3C-C30L is a fuse holder module rated for 600–690 VAC applications, supporting Class CC fuses with a maximum short-circuit interrupt rating of 200 kA. This unit supports up to 30 Amps continuous current and is built to UL, CE, CSA, and KC standards for reliable global use. With its integrated LED indicator, this fuse holder offers immediate visual detection of blown fuses, reducing downtime and maintenance effort. Designed for installation in control panels, it is rated for environments ranging from -20°C to +55°C.
Key Features:
-
30 Amp Current Rating: Supports Class CC fuses for high-reliability protection.
-
LED Blown Fuse Indication: Provides clear visual feedback to aid troubleshooting.
-
Voltage Rating: Operates within 600–690 VAC systems.
-
High Interrupt Capacity: Rated up to 200 kA to handle severe fault conditions.
-
Compact 3-Pole Design: Saves space and simplifies wiring in dense enclosures.
-
Temperature Range: Operates effectively from -20°C to +55°C for industrial use.
The 140F-D3C-C30L is designed to support robust protection and simplify maintenance through visual status indication, making it ideal for integration into safety-critical electrical systems.
Description
The 140F-D3C-C30L is a 30 Amp 3-pole fuse holder from Allen-Bradley, engineered for use with Class CC fuses (10 x 38 mm). It offers a secure and compact solution for circuit protection in industrial applications. Featuring LED indication for blown fuse status, it enhances operational safety and maintenance efficiency.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Fuses and Fuse Accessories
|
Part Number |
140F-D3C-C30L |
Subcatecory |
Fuse Holders
|
Amperage Rating | 30 A |
Poles | 3 |
Voltage Rating | 600–690 VAC |
Fuse Type | 10 x 38 mm Class CC |
Interrupt Rating | 200 kA |
LED Indication | Yes – Blown Fuse |
Operating Temperature | -20°C to +55°C |
Standards | UL, CE, CSA, KC |
Weight | 0.4400 lb |
Information About 140F-D3C-C30L
The 140F-D3C-C30L is a fuse holder module rated for 600–690 VAC applications, supporting Class CC fuses with a maximum short-circuit interrupt rating of 200 kA. This unit supports up to 30 Amps continuous current and is built to UL, CE, CSA, and KC standards for reliable global use. With its integrated LED indicator, this fuse holder offers immediate visual detection of blown fuses, reducing downtime and maintenance effort. Designed for installation in control panels, it is rated for environments ranging from -20°C to +55°C.
Key Features:
-
30 Amp Current Rating: Supports Class CC fuses for high-reliability protection.
-
LED Blown Fuse Indication: Provides clear visual feedback to aid troubleshooting.
-
Voltage Rating: Operates within 600–690 VAC systems.
-
High Interrupt Capacity: Rated up to 200 kA to handle severe fault conditions.
-
Compact 3-Pole Design: Saves space and simplifies wiring in dense enclosures.
-
Temperature Range: Operates effectively from -20°C to +55°C for industrial use.
The 140F-D3C-C30L is designed to support robust protection and simplify maintenance through visual status indication, making it ideal for integration into safety-critical electrical systems.
