

40FR4042 | Reliance Electric FlexPak 3000 Motor Controller
- Regular price
- $9,094.00
- Sale price
- $9,094.00
- Regular price
-
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Product Description P/N: 40FR4042
Description
The 40FR4042 is a DC regenerative drive from the Reliance Electric FlexPak 3000 series designed for precise motor control in demanding industrial environments. It delivers 40 horsepower at 460V and supports up to 63 amps of current for high-performance applications.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category |
Drives
|
Part Number |
40FR4042 |
Subcatecory |
Motor Drives
|
Series | FlexPak 3000 |
Drive Type | DC Regenerative Drive |
Horsepower Rating | 40 HP |
Voltage | 460V AC Input |
Max Current | 63 Amps |
Mounting | Panel Mount |
Dimensions (W x H x D) | 10.65 x 18.79 x 12.23 in |
Shipping Weight |
58 lbs
|
Information About 40FR4042
The 40FR4042 belongs to the FP3000 line of DC drives known for their reliability and flexibility in motor speed control. With regenerative capabilities, it allows energy to be fed back into the power supply during braking, increasing overall efficiency. This model supports a 40 HP motor and operates at 460 volts, making it suitable for a wide range of industrial machinery. Its compact design—10.65 inches in width, 18.79 inches in height, and 12.23 inches in depth—enables installation in space-constrained panels, while its 58-pound weight reflects its robust construction. Up to three drives can be operated on the same transformer without performance loss.
Key Features:
-
DC Regenerative Operation: Enables energy recovery during braking for improved energy efficiency.
-
High Power Output: Supports 40 HP motors at 460V with a maximum current of 63A.
-
Compact Design: Space-efficient footprint with rugged build for industrial environments.
-
Multiple Drive Integration: Allows up to three units per transformer for system scalability.
-
FlexPak 3000 Series: Part of a trusted line known for motor control precision and reliability.
The 40FR4042 provides industrial users with reliable DC motor control, energy regeneration, and space-saving design.
Description
The 40FR4042 is a DC regenerative drive from the Reliance Electric FlexPak 3000 series designed for precise motor control in demanding industrial environments. It delivers 40 horsepower at 460V and supports up to 63 amps of current for high-performance applications.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category |
Drives
|
Part Number |
40FR4042 |
Subcatecory |
Motor Drives
|
Series | FlexPak 3000 |
Drive Type | DC Regenerative Drive |
Horsepower Rating | 40 HP |
Voltage | 460V AC Input |
Max Current | 63 Amps |
Mounting | Panel Mount |
Dimensions (W x H x D) | 10.65 x 18.79 x 12.23 in |
Shipping Weight |
58 lbs
|
Information About 40FR4042
The 40FR4042 belongs to the FP3000 line of DC drives known for their reliability and flexibility in motor speed control. With regenerative capabilities, it allows energy to be fed back into the power supply during braking, increasing overall efficiency. This model supports a 40 HP motor and operates at 460 volts, making it suitable for a wide range of industrial machinery. Its compact design—10.65 inches in width, 18.79 inches in height, and 12.23 inches in depth—enables installation in space-constrained panels, while its 58-pound weight reflects its robust construction. Up to three drives can be operated on the same transformer without performance loss.
Key Features:
-
DC Regenerative Operation: Enables energy recovery during braking for improved energy efficiency.
-
High Power Output: Supports 40 HP motors at 460V with a maximum current of 63A.
-
Compact Design: Space-efficient footprint with rugged build for industrial environments.
-
Multiple Drive Integration: Allows up to three units per transformer for system scalability.
-
FlexPak 3000 Series: Part of a trusted line known for motor control precision and reliability.
The 40FR4042 provides industrial users with reliable DC motor control, energy regeneration, and space-saving design.
