The Firetrol FTA1250 Fire Pump Control utilizes the part-winding starting method, which is one of the most effective ways to reduce initial electrical surge in fire pump applications.
The Firetrol FTA1250 Fire Pump Control utilizes the part-winding starting method, which is one of the most effective ways to reduce initial electrical surge in fire pump applications. This controller functions by energizing only a portion of the motor’s windings during the initial start sequence. This technique reduces the starting inrush current to approximately 60% of normal across-the-line levels, while still providing roughly 45% of the normal starting torque.
HONDA ELECTRONICS has brought innovations to the world by introducing ultrasonic technologies since the release of the world-first transistor fishfinder in 1956. With originality in mind, HONDA ELECTRONICS also respects technologies in various fields and participates in many collaborative projects. This “Open Technology” policy shall lead us to make further contributions that will enhance human life.
Display 10.4″ color TFT LCD
Number of pixel 640 x 480
Operating Voltage 11-35V DC
Power Consumption 18W
Display style Potrait, Landscape
Weight Approx. 2.2kg
Frequency 50&200kHz
Depth Range 5 to 2,000 Meters /Fathoms / Brazas
15 to 6,000 Feet
Sweep Speed 6 steps plus freeze
Fish Alarm Off / Small / Large
Depth Alarm Off / In Range / Out Range
Expantion Rate ×2 / ×4 / ×8
Color Configuration 5 Patterns
Part-winding starting method for reduced electrical inrush.
Reduces starting current to approximately 60% of full-voltage levels.
Provides approximately 45% of normal starting torque for efficient acceleration.
Integrated digital interface for system monitoring and data recording.
Automatic transition from start to run configuration via precision timer.
Designed for use with dual-wound squirrel cage motors.
Built to exceed NFPA 20, NFPA 70, and NEMA standards.
Commercial high-rise buildings with sensitive electrical infrastructure.
Industrial manufacturing plants requiring frequent fire system testing.
Sites with limited electrical service capacity or dedicated generator power.
Retrofit projects upgrading from across-the-line starting to reduced current starting.
