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IC3600SPOA1

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General Electric IC3600SPOA1 is a Mark II Speedtronic peaking operation card with separate PK and PR paths for the STKK summing junction.
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Technical specifications for IC3600SPOA1

  • Manufacturer:
    General Electric
  • Part Number:
    IC3600SPOA1
  • Product Family:
    GE Mark V/VI Driver Board
  • Product Type:
    Peaking Operation Card
  • Stock:
    1
  • Configuration:
    Generator-drive option
  • Bias Outputs:
    PK and PR
  • Regulator Connection:
    STKK summing junction SJ
  • Peak Adjustment:
    R114, 0°F to 150°F above base
  • Peak-Reserve Adjustment:
    R118, 0°F to 100°F above peak
  • Overtemperature Re-Bias:
    R115 and R116, 0°F to 100°F per channel
  • 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 Bias Signals Peak Reserve OT Re-Bias Applications

Features:

  • Produces peak and peak-reserve temperature-regulator bias.
  • Raises each selected bias at a controlled rate.
  • Supports optional two-channel overtemperature re-bias.
IC3600SPOA1 adds the generator-drive peaking option to the Mark II temperature-control structure rather than replacing the base temperature regulator.

The two output paths on IC3600SPOA1 can feed one STKK summing point, allowing the peak-reserve command to build on the peak setting when both are selected.

Separate adjustments on IC3600SPOA1 define the peak, reserve and optional protection-channel bias limits without merging their individual settings.

The General Electric IC3600SPOA1 Peaking Operation Card may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IC3600SPOA1 Peaking Operation 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 and Reserve Paths

  • Peak path: PK carries the primary peaking bias.
  • Reserve path: PR supplies the additional peak-reserve bias.
  • Combined output: PK and PR can share the STKK SJ connection.
  • Rate behavior: Each commanded output increases progressively to its limit.

Mode Interaction

  • Independent command: PR can rise regardless of the PK input state.
  • Logic state: A logic 0 requests the reserve-bias increase.
  • Additive mode: Peak and reserve biases sum when both commands are active.
  • Reserve limit: R118 caps the PR contribution.

Protection-Channel Offsets

  • Optional function: Peak reserve can shift overtemperature trip and alarm points.
  • First channel: R115 sets one protection-channel bias.
  • Second channel: R116 sets the other protection-channel bias.
  • Adjustment span: Each protection offset covers 0°F to 100°F.

Generator-Drive Peaking

  • System option: The card is used in the Mark II generator-drive arrangement.
  • Control loop: Its outputs enter the temperature-regulator summing path.
  • Peak command: The PK path raises the regulator bias above base.
  • Reserve command: The PR path extends the bias above the selected peak level.
Description
As a generator-drive option in the Mark II temperature-control loop, General Electric IC3600SPOA1 generates peak and peak-reserve bias for the temperature regulator. The card provides separate PK and PR paths so the two operating biases can be selected independently.

When both bias functions are required, the PK and PR outputs of IC3600SPOA1 are tied together and connected to the SJ summing junction on the STKK card. This arrangement places the selected bias directly into the temperature-regulator reference path.

A logic 0 on the PK input makes the IC3600SPOA1 peak output rise at a controlled rate until the R114 limit is reached. Independently, a logic 0 on the PR input raises the peak-reserve output at a controlled rate to the R118 setting, and the two biases become additive in peak-reserve operation when the sequential logic commands both.

Peak bias on IC3600SPOA1 is adjustable from 0°F to 150°F above base, while peak reserve spans 0°F to 100°F above peak. With the optional peak-reserve protection function, R115 and R116 independently re-bias the two overtemperature trip and alarm channels by 0°F to 100°F.
Alternative Names
GE IC3600SPOA1 Peaking Board General Electric IC3600SPOA1 Bias Card IC3600-SPOA1 IC3600 SPOA 1 IC 3600 SPOA1 Mark II SPOA Peak Bias Card IC3600SPOA1 Peak Reserve Board IC3600SP0A1
Technical notes
General Electric IC3600SPOA1 supplies controlled-rate PK and PR bias to the STKK temperature-regulator summing junction, with optional dual-channel overtemperature re-bias.
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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.
If peak reserve does not add to the peak setting, what should be checked around IC3600SPOA1?
Confirm that the IC3600SPOA1 PK and PR outputs share the STKK SJ connection and that the sequential logic is commanding both bias paths for additive operation.
Why does an IC3600SPOA1 bias rise gradually instead of changing in one step?
IC3600SPOA1 increases the selected PK or PR output at a controlled rate until the corresponding adjustment limit is reached.
Can the reserve path on IC3600SPOA1 operate independently of the peak input?
Yes. A logic 0 at PR commands the IC3600SPOA1 reserve output independently of the PK input state.
Which settings separate the two peaking levels on IC3600SPOA1?
R114 limits the IC3600SPOA1 peak bias above base, while R118 separately limits the reserve contribution above peak.
How are overtemperature channels coordinated with peak reserve on IC3600SPOA1?
When that optional function is included, IC3600SPOA1 uses R115 and R116 to apply separate 0°F–100°F re-bias adjustments to the two trip and alarm channels.
Where does the IC3600SPOA1 output enter the temperature-control loop?
The combined IC3600SPOA1 PK and PR signal connects to the SJ summing junction on the STKK temperature-control card.

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