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    Apter Power supports IC3600SVDC1F1C quote requests, English data review and Mark II vibration-channel matching.

IC3600SVDC1F1C

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Mark II vibration protection is handled by General Electric IC3600SVDC1F1C, a card that converts velocity-sensor input into separate trip and sensor-fault indications.
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Technical specifications for IC3600SVDC1F1C

  • Manufacturer:
    General Electric
  • Part Number:
    IC3600SVDC1F1C
  • Product Family:
    GE Mark V/VI Driver Board
  • Product Type:
    Vibration Protection Card
  • Stock:
    1
  • Sensor Input:
    VIB to ACOM
  • Sensor Type:
    Velocity vibration sensor
  • Trip Output:
    T logic
  • Fault Output:
    A logic
  • Local Indication:
    Trip and trouble lamps
  • Reset Methods:
    Card pushbutton or RST logic
  • Trip Setpoint Range:
    0.25–1.6 in/s
  • Setpoint Test Points:
    TP3–TP4
  • Vibration Test Points:
    TP1–TP2
  • Optional Gain:
    GAIN tied to ACOM doubles detector gain
  • 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 Peak Detection Stored Trip Sensor Check Test Points

Features:

  • Converts a velocity-sensor signal into a peak vibration level.
  • Latches trip and sensor-fault states through separate logic paths.
  • Provides independent test points for vibration level and trip reference.
IC3600SVDC1F1C separates actual vibration magnitude from the health of the field sensor circuit.

Once IC3600SVDC1F1C detects an over-reference peak, the stored T state remains available until a local or remote reset is applied.

The gain link and R1 range let IC3600SVDC1F1C accommodate the documented sensor sensitivity without altering the fault-detection path.

The General Electric IC3600SVDC1F1C Vibration Protection Card may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IC3600SVDC1F1C Vibration Protection Card 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.

Peak Detection

  • Input: IC3600SVDC1F1C receives the sensor signal between VIB and ACOM.
  • Processing: The waveform is converted to a peak vibration level.
  • Decision: The peak is compared with the R1 trip reference.

Stored Trip

  • Trigger: An over-reference peak sets T to logic 1.
  • Indication: IC3600SVDC1F1C illuminates the trip lamp with the stored state.
  • Reset: The latch clears from the card pushbutton or the RST logic input.

Sensor Check

  • Coverage: IC3600SVDC1F1C detects open- and short-circuit sensor conditions.
  • Output: A detected fault sets A to logic 1 and lights the trouble indicator.
  • Independence: Sensor integrity is evaluated separately from the vibration threshold.

Test Points

  • Measured level: TP1–TP2 expose the processed vibration signal.
  • Reference: TP3–TP4 expose the IC3600SVDC1F1C trip setting.
  • Gain link: Connecting GAIN to ACOM doubles the detector gain for the documented sensor sensitivity.
Description
A velocity-type vibration sensor connects between VIB and ACOM on General Electric IC3600SVDC1F1C, the Mark II Speedtronic vibration protection card. The incoming waveform is converted to a peak level for comparison with the selected trip reference.

When the measured peak exceeds the R1 setting, IC3600SVDC1F1C latches T at logic 1 and illuminates the trip indicator. The stored trip state can be cleared either by the local reset pushbutton or by applying the RST logic command.

Sensor supervision in IC3600SVDC1F1C detects open- and short-circuit conditions independently of the vibration trip comparison. A detected sensor fault latches the trouble indication and drives A to logic 1, so sensor-circuit integrity remains distinguishable from a high-vibration event.

The trip reference on IC3600SVDC1F1C is observable between TP3 and TP4, while the processed vibration level is available between TP1 and TP2. For a sensor sensitivity of 0.2 V peak per 1 in/s, tying GAIN to ACOM doubles the detector gain; R1 covers a documented setting range of 0.25 to 1.6 in/s.
Alternative Names
GE IC3600SVDC1F1C Vibration Protection Card General Electric IC3600SVDC1F1C Vibration Trip Board IC3600-SVDC1F1C IC3600 SVDC 1F1C IC 3600 SVDC1F1C Mark II SVDC Vibration Detector Card Speedtronic IC3600SVDC1F1C Protection Board GE Mark II IC3600SVDC1F1C Vibration Card
Technical notes
General Electric IC3600SVDC1F1C provides peak vibration trip, latched reset and independent sensor-circuit supervision.
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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.
Vibration has returned below the setpoint, but T remains active on IC3600SVDC1F1C. Does that indicate a new trip?
Not necessarily: IC3600SVDC1F1C latches T after a threshold crossing, and the state remains until the card pushbutton or RST input clears it.
The vibration waveform looks normal while IC3600SVDC1F1C shows trouble. Which field problem can produce this combination?
An open or shorted sensor circuit can set A and the trouble lamp on IC3600SVDC1F1C without requiring a high-vibration trip.
One IC3600SVDC1F1C channel trips earlier than a neighboring channel. How can signal level and setpoint be compared without confusing them?
Measure the processed vibration at TP1–TP2 and the reference at TP3–TP4 on IC3600SVDC1F1C; the two test-point pairs isolate input magnitude from trip setting.
A newly connected sensor makes IC3600SVDC1F1C read roughly twice as strongly as expected. What board option can explain it?
The detector gain doubles when GAIN is tied to ACOM on IC3600SVDC1F1C, so the link must match the sensor's documented 0.2 V peak per 1 in/s sensitivity.
Resetting IC3600SVDC1F1C clears the lamp only momentarily. Which two active conditions should be distinguished?
Check whether IC3600SVDC1F1C is again seeing an over-reference vibration peak or a sensor-circuit fault, because the trip and trouble paths latch independently.