New Products
 
10KW, 12KW, 14KW
 

Modular System All standard generators come complete with hydraulic pump, hydraulic motor, alternator, tray assembly, cooler, reservoir, level switch, temperature switch, and filter system.

Thermo Twins™ Cooler generator systems come equipped with our proprietary dual-circuit cooler. The cooler cools the fluids in the main hydraulic circuit and also the fluids in the case drains of the pump and the motor. These later fluids contain the hottest fluids in a system. Tests at our facility and at various apparatus manufacturers verify that coolers cool than systems from competitive units.

Parameters
H-1061
H-1261
H-1461
KW size
10 KW
12 KW
14 KW
AC Voltage
120/240
120/240
120/240
AC Amperage
82/41
100/50
116/58
Frequency
60 Hz
60 Hz
60 Hz
Voltage Regulation
± 3%
± 3%
± 3%
Frequency Deviation
± 1Hz
± 1Hz
± 1Hz
Weight
165 lbs
180 lbs
190 lbs
Dimensions
28" x 17" x 19"
28" x 17  x 19"
28" x 17  x 19"
 

Motor
cu.in.
cc
SNM2/11
0.66
10.8
SNM2/14
0.88
14.4
SNM2/17
1.03
16.8

 
Pump Specifications
 

Parameter
H-1061
H-1261
H-1461
Size
45cc/62cc
45cc/62cc
62cc
GPM
10.0-11.0
14.0-15.0
 17.0-18.0
PSI (MAX)
4600
4600
4600
RPM (MAX)
2600
2600
2600
Pump (min)
950/650
1250/950
950

 
PTO Data

 Types:
Hot-Shift or Constant-Mesh
 Speed ratios:
123% to 147%
 Outputs:
Direct-Mount or Drive-Shaft
 Options:
Rotatable Flange (preferred)
 Rotation:
Engine or Opposite Engine

 
Electronic Control

Proportional Valve
 

The Hart-A-Gen®  Intel-A-Gen™  flow regulator maintains frequency at 60 Hz ±0.1 Hz regardless of pump speed or changes in temperature and viscosity. This flow regulator is standard equipment on Hart-A-Gen® Super Duty Systems (gear pumps) and is offered as an option on standard (axial-piston pump) systems. The controller (electronic card and proportional valve) is pre-set at Hart-A-Gen®  and should not require any adjustments by the installer or end-user.
 
 

The Hart-A-Gen®  Intel-A-Gen™ flow regulator uses a proportional valve in conjunction with the Electronic Generator Controller. The valve has a spool mechanism similar to the spool mechanism of an axial piston pump. The difference being that the valve spool is moved back-and-forth by electrical pulses from the electronic controller rather than by the differential pressures and spring forces associated with an axial piston pump. The results are faster and more accurate flow regulation.