

15V4260 | Reliance Electric Variable Frequency Drive
- Regular price
- $3,294.00
- Sale price
- $3,294.00
- Regular price
-
Couldn't load pickup availability
Do you need help?

Product Description P/N: 15V4260
Description
The Reliance Electric 15V4260 is a variable frequency drive designed for precise motor speed control in industrial applications. It provides efficient, reliable operation for AC motors by varying output frequency and voltage.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category | Drives |
Part Number | 15V4260 |
Subcategory | Motor Drives |
Series | GV3000 |
Motor Power Rating | 15 HP |
Input Voltage | 380-460 VAC |
Enclosure | NEMA 12 |
Keypad/Display | Built-In Keypad |
Phase | 3 |
Output Current | 25.4 Amps |
Mounting Type | Panel mount (standard for NEMA 2) |
Drive Type | Sensorless Vector / V/Hz control |
Weight | 9.07 kgs |
Information About 15V4260
The 15V4260 is a 15 HP, 3-phase GV3000/SE Drive Controller manufactured by Reliance Electric. It operates on an input voltage of 380/460 VAC at 50/60 Hz and is enclosed in a NEMA 12 rated casing, suitable for indoor environments requiring protection against dust and dripping liquids.
Key Features:
-
Input/Output Specifications: The drive has an input amperage of 25.4 A and an output amperage of 21 A, with an input KVA rating of 20.2 KVA.
-
Regulation Modes: Capable of switching between standard Volts per Hertz (V/Hz) regulation and vector regulation. In vector mode, it can achieve 150% output capacity for 1 minute, enhancing performance for demanding applications.
-
Internal Components: Key internal features include fan assemblies, a power supply PCB, gate driver board, regulator board, power board, IGBT module, diode bridge, capacitor PCB, and a keypad display with a mounting bracket. The regulator board utilizes microprocessors for precise control, and the keypad allows users to modify parameters, monitor operations, and access error codes.
The 15V4260 VFD is designed for industrial applications requiring precise motor speed control, energy efficiency, and enhanced process control. Its robust design and versatile regulation modes make it suitable for various demanding environments.
Description
The Reliance Electric 15V4260 is a variable frequency drive designed for precise motor speed control in industrial applications. It provides efficient, reliable operation for AC motors by varying output frequency and voltage.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category | Drives |
Part Number | 15V4260 |
Subcategory | Motor Drives |
Series | GV3000 |
Motor Power Rating | 15 HP |
Input Voltage | 380-460 VAC |
Enclosure | NEMA 12 |
Keypad/Display | Built-In Keypad |
Phase | 3 |
Output Current | 25.4 Amps |
Mounting Type | Panel mount (standard for NEMA 2) |
Drive Type | Sensorless Vector / V/Hz control |
Weight | 9.07 kgs |
Information About 15V4260
The 15V4260 is a 15 HP, 3-phase GV3000/SE Drive Controller manufactured by Reliance Electric. It operates on an input voltage of 380/460 VAC at 50/60 Hz and is enclosed in a NEMA 12 rated casing, suitable for indoor environments requiring protection against dust and dripping liquids.
Key Features:
-
Input/Output Specifications: The drive has an input amperage of 25.4 A and an output amperage of 21 A, with an input KVA rating of 20.2 KVA.
-
Regulation Modes: Capable of switching between standard Volts per Hertz (V/Hz) regulation and vector regulation. In vector mode, it can achieve 150% output capacity for 1 minute, enhancing performance for demanding applications.
-
Internal Components: Key internal features include fan assemblies, a power supply PCB, gate driver board, regulator board, power board, IGBT module, diode bridge, capacitor PCB, and a keypad display with a mounting bracket. The regulator board utilizes microprocessors for precise control, and the keypad allows users to modify parameters, monitor operations, and access error codes.
The 15V4260 VFD is designed for industrial applications requiring precise motor speed control, energy efficiency, and enhanced process control. Its robust design and versatile regulation modes make it suitable for various demanding environments.
