Specification Details
Brand: Basler Electric
Model: KR7FFMX
Product Type: Static Automatic Voltage Regulator (AVR)
Part Number: 9160700101
Input Sensing: Single Phase, 10 VA
Power Input: Single Phase, 840 VA
Frequency: 50/60 Hz
Sensing Voltage (60 Hz): 120–139V, 208–240V, 416–480V, 520–600VAC
Sensing Voltage (50 Hz): 100–110V, 220–240V, 380–415V, 500VAC
Power Input Voltage (60 Hz): 208–240V or 277VAC
Power Input Voltage (50 Hz): 220–230V or 240VAC
Output Voltage: 125 VDC
Output Current: 3.5 Amps
Adjustment Controls: Range Adjust, Stability Adjust
Mounting Type: Panel Mount
Cooling: Natural Air Cooling
Enclosure: Open Frame Industrial Design
Application: Generator Excitation & Voltage Regulation
Status: Used Excellent Working (As per photos)
Country Of Origin: Made In USA
Shipping: Fast & Safe Dispatch Across India & Worldwide Available.
| Brand | OTHER BRAND |
|---|---|
| Category | OTHERS |
The Basler Electric KR7FFMX Voltage Regulator (P/N 9160700101) is a premium-quality Automatic Voltage Regulator (AVR) engineered for industrial generators and alternator excitation systems. Manufactured by Basler Electric, this static voltage regulator provides accurate generator voltage control while maintaining exceptional stability during varying load conditions.
The KR7FFMX AVR features a wide sensing voltage range, making it compatible with numerous generator configurations operating at both 50 Hz and 60 Hz. Its integrated Range Adjust and Stability Adjust controls allow technicians to fine-tune generator output for maximum performance and dependable voltage regulation.
Designed with industrial-grade components, the Basler KR7FFMX delivers a 125 VDC excitation output at 3.5A, ensuring reliable field excitation for alternators used in commercial buildings, manufacturing plants, marine applications, standby power systems, and critical infrastructure.
Its compact, durable construction allows for easy installation and long service life, making it an excellent replacement AVR for maintaining generator efficiency and power quality.