• High Country Tek by Enovation Controls


The highly cost effective HGC-2 is designed to control a generator driven by a hydraulic motor where speed is controlled by a proportional solenoid valve, either directly at the motor or as part of the pump compensator.

The HGC-2 is a closed loop controller that monitors the AC line voltage from the generator output for outer loop closure and provides the necessary current to a valve coil in order to maintain the desired generator frequency.  The HGC-2 has a single LED indicator on the top of the unit to provide an overview of the operating status.

  • CE (European Conformity) mark
Specifications Downloads How to Order
Specifications Drawer: 
FunctionHydraulic Generator ControllerClosed loop controller that monitors the AC line voltage from the generator
Number of Coils1 Single600 mAmps, 1.2Amps or 2.5Amps - See Order Guide
Control InputFrequency100 to 250 VAC (RMS), 50/60Hz
Connector8-Pin Deutsch 
Mating Connector KitP/N: 999-10073 
Graphical User Interface (GUI)P/N: 023-00228Set-up & Diagnostic software - Free Download
HGC-2 Programming CableP/N: 999-10166USB connection
Physical94L x 94W x 13H mm2 x # 8 Mounting screws
Mobile EquipmentIP67 (Module Only)Solid potted
Temperature ºC-40 to +75 Deg. COperating
Voltage9 to 28 VDCReverse polarity protection and transient protection
CertificationsCEDeclaration of conformity

WARNING: This product may expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information about California Propsition 65, go to www.P65Warnings.ca.gov or visit our California Proposition 65 page.

Literature Drawer: 

Additional product documentation can be found on our product support website or by clicking the Help Center button above.

HGC2-06600mA current range
HGC2-121200mA current range
HGC2-252500mA current range
999-10228Prototype harness
999-10166Communication cable
999-10073Mating connector kit

The current range represents the maximum current output available. The module output current should ideally just exceed or equal the valve selected.