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HE800GCM911

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Horner HE800GCM911 is a SmartStack mixed-signal generator control module for compatible Horner metal controller systems.
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Technical specifications for HE800GCM911

  • Manufacturer:
    HORNER
  • Part Number:
    HE800GCM911
  • Product Family:
    HORNER
  • Product Type:
    Generator Control I/O Module
  • Stock:
    1
  • Input channels:
    4 analog channels
  • Output channels:
    3 analog channels including PWM
  • Controller requirement:
    Large memory controller
  • Weight:
    0.595 lbs (0.27 kg)
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Input Roles Signal Control Host Setup Applications

Features:

  • HE800GCM911 accepts four configurable inputs.
  • Two outputs provide +/-10 VDC commands.
  • One 500 Hz PWM output supports pulse control.
Horner HE800GCM911 combines two analog inputs, one resistance input, and one magnetic-pickup input for generator-related measurements.

Its output section supplies two bipolar voltage references and a separate PWM channel for command and regulation functions.

Cscape assigns the channel modes, while the documented large-memory host requirement guides controller selection.

The Horner HE800GCM911 SmartStack Generator Control Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Horner HE800GCM911 SmartStack Generator Control Module Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Bipolar Voltage: Channel 1 accepts a plus or minus 10 VDC signal, so it can follow values that move above and below a zero reference. It should not be treated as an interchangeable copy of the unipolar voltage channel.
  • Speed Pickup: Channel 2 is dedicated to a 1 to 25 VAC magnetic-pickup signal from 100 Hz to 15 kHz. This path lets rotational speed information enter the controller without converting the pickup to a standard DC input first.
  • DC and Resistance: Channel 3 measures 0 to 35 VDC, while Channel 4 measures 0 to 1000 ohms. Their different electrical functions allow voltage and resistive conditions to be monitored beside the speed signal.
  • Analog Commands: Two plus or minus 10 VDC outputs provide signed command references for compatible equipment. Their bipolar range is useful when the receiving device interprets positive and negative values as opposite control directions.
  • PWM Channel: The separate PWM output uses a 500 Hz carrier rather than an analog voltage level. It is therefore intended for devices that respond to duty-cycle control instead of a continuous bipolar reference.
  • Mixed I/O Purpose: Voltage, resistance, magnetic-pickup, analog-output, and PWM functions are combined because generator control uses several signal types at once. The module avoids forcing these unlike signals into identical channels.
  • Controller Memory: MAN0813 requires a large-memory controller, including the listed OCS110 or OCS210, OCS250 or higher, and RCS250 examples. A host without the required memory should not be selected only because it accepts SmartStack hardware.
  • Channel Assignment: Each input has a defined electrical role, so the Cscape configuration must preserve the channel-to-sensor mapping. Moving a sensor to another terminal can change the supported signal type, not merely its address.
  • Engineering Values: Raw input and output data must be scaled for the connected generator signals in the control program. The configured engineering range should follow the fixed channel range documented for the module.
  • Speed Feedback: The magnetic-pickup path can bring rotating-speed information from compatible generator or engine pickup hardware into the controller. Its frequency and voltage window should be matched to the actual pickup signal.
  • Condition Monitoring: The separate bipolar, unipolar, and resistance inputs let electrical and sensor conditions be observed at the same time. This is more useful than a bank of identical inputs when the monitored quantities use different signal forms.
  • Command Integration: Bipolar analog references and PWM control can return commands after the controller processes the measured values. The receiving regulator or actuator must match the selected output type.
Description
The Horner HE800GCM911 concentrates generator-related sensing and command signals in one SmartStack Metal module.

Its four input paths are intentionally different: bipolar voltage, magnetic-pickup frequency, DC voltage, and resistance channels allow speed and electrical conditions to be handled without four identical input circuits.

Two bipolar analog outputs and a separate 500 Hz PWM output provide command references, while the documented large-memory controller requirement must be satisfied by the selected OCS or RCS host.
Alternative Names
HE800-GCM911 HE800 GCM911 HEGCM911 HE-GCM911 Horner HE800GCM911 Horner GCM911 SmartStack GCM911 Horner HE800GCM911 generator control module
Technical notes
Horner HE800GCM911 brings magnetic-pickup, resistance, voltage, and command-output handling into one generator-control I/O position.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
How can Horner HE800GCM911 reduce separate signal modules in a generator panel?
Horner HE800GCM911 combines voltage, resistance, magnetic-pickup, analog-command, and PWM functions, allowing several generator-control signals to share one compatible SmartStack position.
What should be decided before wiring a sensor to Horner HE800GCM911?
Choose the exact Horner HE800GCM911 input mode and published range first, because a magnetic pickup, resistance source, and voltage signal require different channel treatment.
Why might a speed pickup produce an unusable reading on Horner HE800GCM911?
Check that the pickup signal falls within the Horner HE800GCM911 magnetic-input limits of 100 Hz to 15 kHz and 1 to 25 VAC, then review shielding and connections.
How can Horner HE800GCM911 send a command to connected generator equipment?
Two +/-10 VDC outputs on Horner HE800GCM911 can provide bipolar analog references, while its separate 500 Hz PWM output serves equipment that accepts that signal form.
What host limitation must be resolved before selecting Horner HE800GCM911?
Horner HE800GCM911 requires a compatible large-memory Horner controller; verify that hardware class before allocating the module in the project.
How should technicians limit noise around Horner HE800GCM911 analog channels?
Route Horner HE800GCM911 low-level signal wiring away from noisy power conductors and follow the official terminal and grounding guidance for each selected input type.

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