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DC - 9

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  • Typically enignes from 350 - 750 HP
  • 16 Bit powerful Processor
  • Many features at an economical price

INTRODUCTION

ORION Family
The DC 9 is a digitalcontrol for small and middle -sized engines.
The highly efficient speed governor is based on a fast 16-bit microprocessor. The DC 9 control unit works with one inductive pickup.
Additionally a Hall-type pickup is possible via multifunctional port. DC 9 provides speed gover- nor functions as well as positioner abilities. It is able to drive direct working actuators

The DC 9 is HEINZMANN's digital control for small and middle-sized engines. The highly ef cient speed governor is based on a fast 16-bit microprocessor. The DC 9 control unit works with one inductive pickup. Additionally a Hall-type pickup is possible via multifunctional port. DC 9 provides speed governor functions as well as positioner abilities. It is able to drive direct working actuators. Gear-type actuators require the extension module CU-01. The set point can be transmitted as a current, voltage or PWM signal to the control unit. For conguration DC 9 uses HEINZMANN's serial interface for connection with DcDesk 2000. Several error recognition, indication and reporting functions are provided. For major alarm a separate output is applicable. The rmware allows con guration of input/output allocation as well as activation and parameterisation of functions. DC 9 control allows any mode of operation as running at xed or variable speed. In combination with HEINZMANN's small and medium range actuators DC 9 provides an excellent solution for diesel or gas engines.

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TECHNICAL

General specication
Supply voltage 9 ... 32 VDC, nom. 24 VDC
Steady state current approx. 300 mA (plus actuator current)
Degree of protection IP00 for use in cabinet environment
Ambient temperature -40 ... 80 °C
Storage temperature -40 ... 85 °C
Permissible ambient humidity < 98 % at 55 °C
Vibration 0.16 ... 4g at 5 ... 24 Hz, max. 4g at 25 ... 100 Hz
Shock 30g, 11 ms - half-sine
EMC requirements: Immunity emission IEC61000-4-2, -3, -4, -5, -6 CISPR 16-2