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    Discontinued / Obsolete by OEM
    Apter Power supports HE800HSC600 sourcing, manual access, and installed HSC configuration matching.

HE800HSC600

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Horner HE800HSC600 is a SmartStack counter and pulse-output module for compatible Horner metal controller systems.
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Technical specifications for HE800HSC600

  • Manufacturer:
    HORNER
  • Part Number:
    HE800HSC600
  • Product Family:
    HORNER
  • Product Type:
    High-Speed Counter and PWM Module
  • Stock:
    1
  • Digital inputs:
    8 positive-logic DC inputs
  • Digital outputs:
    8 negative-logic DC outputs
  • Counter inputs:
    2 configurable channels
  • 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 Counter Modes Input Filtering Sinking Output Applications

Features:

  • Eight inputs pair with eight sinking outputs.
  • Two inputs count signals at up to 500 kHz.
  • Two outputs generate PWM or pulse trains.
Horner HE800HSC600 is the sinking-output member of this SmartStack high-speed counter pair.

Its counter and pulse functions can combine event or speed measurement with timed output control in one module.

The selected HSC option determines register use, so the Cscape setup should follow the required counting method.

The Horner HE800HSC600 SmartStack High-Speed Counter Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Horner HE800HSC600 SmartStack High-Speed Counter 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.
  • Totalizer and PWM: Option 1 combines two 32-bit totalizer or frequency counters with two 16-bit PWM or pulse outputs. This lets measured pulse rate and generated pulse commands share one configured HSC function.
  • Latch and Compare: Option 2 adds output latches, preload registers, and separate ON and OFF comparison values to two counters. The controller can therefore react at defined count thresholds without relying only on normal program-scan timing.
  • Cam and Diagnostic: Options 3 and 4 provide electronic-cam behavior with combinable output functions, while Option 6 is a hardware diagnostic tool. The diagnostic selection is intended for testing and should not be confused with a production counter mode.
  • Voltage Thresholds: The inputs can be configured for zero-crossing, TTL or 5 VDC, 12 VDC, and 24 VDC signal levels. Selecting the correct threshold prevents a valid pulse source from being interpreted with the wrong ON and OFF levels.
  • Filter Selection: The 500 kHz, 50 kHz, and 5 kHz filters limit which transitions reach the counter logic. A slower filter can reject unwanted fast edges when the useful signal does not require the module's full bandwidth.
  • Pulse Timing: The documented 250 ns minimum pulse width and 500 ns minimum period define the fastest acceptable input waveform. Both the high and low portions of the source signal must remain long enough to be recognized.
  • Current Direction: The negative-logic output stage sinks current from the connected load toward the module return. A field device wired for sourcing outputs will not operate correctly with this current path.
  • Output Supply: The 5 to 35 VDC operating range lets the sinking stage work with several pulse-output supply levels. The chosen field voltage still has to stay within the connected device's own input range.
  • Fast Switching: The manual lists a 0.3 microsecond OFF-to-ON response and a 2 microsecond ON-to-OFF response. These switching times support pulse functions that ordinary millisecond-class digital outputs cannot reproduce.
  • Count and Rate: Totalizer and frequency functions can follow accumulated events or calculate how quickly pulses arrive. This supports production counting, rotational speed, and other rate-based control tasks.
  • Threshold Actions: Preload, latch, and comparison functions allow output changes to occur at defined count values. They are useful when a machine action must be tied directly to counter position.
  • Electronic Cam: The cam options organize several output transitions around a repeating counter cycle. This can coordinate sequence points without expressing every transition as ordinary ladder-logic timing.
Description
The Horner HE800HSC600 combines configurable high-speed counting with eight current-sinking pulse outputs.

Its input circuitry can be matched to zero-crossing, TTL, 12 VDC, or 24 VDC signals, and selectable input filters let the configuration favor maximum pulse bandwidth or stronger rejection of unwanted transitions.

The companion HSC supplement defines six operating options, ranging from totalizer and frequency functions to comparison outputs, electronic cams, field-installed functions, and a diagnostic mode reserved for hardware testing.
Alternative Names
HE800-HSC600 HE800 HSC600 HEHSC600 HE-HSC600 Horner HE800HSC600 Horner HSC600 SmartStack HSC600 Horner HE800HSC600 counter and PWM module
Technical notes
Horner HE800HSC600 pairs two 500 kHz event channels with sinking DC outputs and programmable pulse functions.
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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 HE800HSC600 prevent fast machine events from being missed by a normal scan?
Two dedicated inputs on Horner HE800HSC600 can count signals up to 500 kHz, moving rapid event capture away from ordinary scan-based logic.
Which setup mistake can make Horner HE800HSC600 count incorrectly?
A counter option that does not match the sensor or pulse sequence can cause incorrect results, so configure Horner HE800HSC600 in Cscape for the intended mode.
Why must load polarity be checked before using Horner HE800HSC600 outputs?
Horner HE800HSC600 provides negative-logic sinking outputs; a load wired for sourcing operation will not form the intended current path.
When can Horner HE800HSC600 replace a separate pulse generator?
If the receiving device accepts the documented signal, two Horner HE800HSC600 output channels can be assigned to PWM or pulse-train tasks within the configured application.
How should an overloaded Horner HE800HSC600 output be serviced?
Disconnect the affected Horner HE800HSC600 load, correct the short or excessive current, and verify the 0.5 A channel limit before restarting the circuit.
What should be verified before reconnecting field terminals to Horner HE800HSC600?
Match every positive-logic input and negative-logic output to the Horner HE800HSC600 terminal diagram, then confirm the compatible metal SmartStack host is powered safely.

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