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Match the complete marking
Include the complete Yokogawa ADV869-P00 S1 marking and any revision or assembly number visible on the item. Preserve the ST5 field interface and KS9 cable identity.
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Check the offered item before ordering
Request available label and connector photos. Have your maintenance team compare the offered ADV869-P00 S1 with the installed equipment and applicable Yokogawa documentation.
Technical specifications for ADV869-P00 S1
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Manufacturer:Yokogawa
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Product Category:DCS Systems
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Spare Part Number:ADV869-P00 S1
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Weight:0.2 kg
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Tariff Code:8537101190
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Input channels:32
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Output channels:32
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Channel isolation:Common minus side every 16 channels
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Contact ON threshold:≤200 Ω
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Contact OFF threshold:≥100 kΩ
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Input contact rating:≥5 VDC / 20 mA
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Short-circuit sensing current:Minimum 1.25 mA
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Voltage ON threshold:±1 VDC; source resistance ≤200 Ω
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Voltage OFF threshold:4.5–25 VDC
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Output contact rating:30 VDC / 100 mA
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Input response:8 ms, status input
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Output response:≤16 ms
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Pulse width:8 ms to 7200 s
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Pulse resolution:8 ms; additional ON/OFF delay ≤1 ms
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5 V current consumption:Maximum 800 mA
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Field cable:KS9
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- Yokogawa ADV869-P00 S1 retains field contact sensing and switched control signals when a compatible ST5 interface is used with FIO hardware. Input-state interpretation and output timing are configured separately, so the field circuit must match both sides of the module.
I/O allocation: 32 inputs and 32 outputs
Isolation: Common minus side every 16 channels
Field connection: KS9 dedicated cable; ST5 compatibility
Isolation: Common minus side every 16 channels
Field connection: KS9 dedicated cable; ST5 compatibility
The ADV869-P00 design combines contact or voltage-status acquisition with transistor-contact outputs. The -P option provides pulse-width and time-proportional output capability. The 00 suffix specifies the basic type. The offered S1 style marking must be retained when checking the installed FIO hardware. Pulse-width output uses two contiguous terminals, starting at an odd-numbered terminal; configured PW/TP pairs must follow the permitted function-assignment pattern.
Contact input is ON at 200 Ω or less and OFF at 100 kΩ or more. For voltage input, ON is ±1 VDC with source resistance no greater than 200 Ω, while OFF is 4.5–25 VDC. Input contacts require a rating of at least 5 VDC, 20 mA; minimum short-circuit sensing current is 1.25 mA.
Outputs are transistor contacts rated 30 VDC, 100 mA for resistive or inductive loads, with a suppression diode required for a DC relay. Input status response is 8 ms and output response is no more than 16 ms. Pulse widths extend from 8 ms to 7200 s with 8 ms resolution and an additional maximum 1 ms ON/OFF delay.
Contact input is ON at 200 Ω or less and OFF at 100 kΩ or more. For voltage input, ON is ±1 VDC with source resistance no greater than 200 Ω, while OFF is 4.5–25 VDC. Input contacts require a rating of at least 5 VDC, 20 mA; minimum short-circuit sensing current is 1.25 mA.
Outputs are transistor contacts rated 30 VDC, 100 mA for resistive or inductive loads, with a suppression diode required for a DC relay. Input status response is 8 ms and output response is no more than 16 ms. Pulse widths extend from 8 ms to 7200 s with 8 ms resolution and an additional maximum 1 ms ON/OFF delay.
Controller platform reference: CENTUM FIO / ST5. Match the dedicated cable and field circuit.
The original technical excerpt for Yokogawa ADV869-P00 S1 covers ST5 interface ratings, point modes and the ADV869-P00 order code. The separate installation guide covers KS9 wiring checks, contact thresholds, load suppression and point tests.
ADV869-P00 S1 Official Technical Excerpt
The original technical excerpt for Yokogawa ADV869-P00 S1 covers ST5 interface ratings, point modes and the ADV869-P00 order code. PDF · 3 pages.ADV869-P00 S1 Installation & Verification Guide
Apter Power installation and verification guide covering KS9 wiring checks, contact thresholds, load suppression and point tests. PDF · 5 pages.
Original manufacturer pages retain their technical context. Use the Apter Power guide with the applicable manufacturer instructions and approved installation design.
System and supply context: The module uses a KS9 dedicated cable with a compatible ST5 field interface. Its host FIO unit, cable, field terminal assembly and external loads are separate parts of the installed system.
Application scope: Contact status, transistor switching and timed outputs are supported functions. Preserve the configured point modes and load protection; these are not arbitrary high-speed counter inputs.
Application scope: Contact status, transistor switching and timed outputs are supported functions. Preserve the configured point modes and load protection; these are not arbitrary high-speed counter inputs.
Contact-state acquisition
32 input channels acquire approved field contacts with the defined ON and OFF resistance limits.Transistor load switching
32 output channels switch DC loads within the stated voltage/current and suppression requirements.Timed actuation
Pulse-width or time-proportional configuration supplies controlled output durations within the module timing limits.ST5 field migration
The KS9 connection maintains the compatible ST5 field interface while the module operates in the supported FIO system.
Prepare Yokogawa ADV869-P00 S1 for its configured installation using these checks.
Identify the field interface
Preserve the ST5 interface and KS9 cable assignment; do not swap another ST-compatible module by appearance.
Check contact thresholds
Compare actual contact resistance and leakage with the 200 Ω ON and 100 kΩ OFF thresholds.
Preserve isolation
Keep the common minus side every 16 channels arrangement consistent with the original field circuit.
Protect DC relay loads
Fit the required suppression diode and observe output polarity and 30 VDC / 100 mA ratings.
Restore point modes
Check status, pulse-width and time-proportional output assignments after configuration changes.
Prove both directions
Exercise each affected input and output while the process is in an approved test state.
Alternative Names
ADV869 P00 S1
Yokogawa ADV869P00 S1
Technical notes
Engineering relationship: Common minus side every 16 channels determines how field references may be grouped. Preserve the installed KS9 cable and terminal-board circuit; a similar connector does not establish compatibility.
Installation boundary: The voltage-input ON condition is near zero volts, not a conventional positive 24 V ON threshold. Verify contact polarity and source resistance before proving the field state.
Technical basis: Yokogawa Digital I/O Modules (for FIO), GS 33J60F70-01EN, 5th edition. The ADV869-P00 base hardware ratings apply to the offered ADV869-P00 S1; retain the S1 hardware style and verify its installed FIO configuration. Other module columns are excluded.
FAQ View All FAQ
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Can all 32 inputs of ADV869-P00 S1 be treated as individually isolated?No. The module uses common groups of 16 channels. Preserve the common-minus arrangement when mapping field signals and comparing terminal boards.
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Why can a high voltage represent OFF on ADV869-P00 S1?Its voltage-input OFF range is 4.5–25 VDC, while ON is near zero volts, within ±1 VDC with source resistance no greater than 200 Ω. This differs from a conventional positive-voltage ON input.
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Which field cable carries the ST5 interface to ADV869-P00 S1?Use the dedicated KS9 cable for the compatible ST5 interface. The terminal assignment must match the installed ST5 field circuit.
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How should a 10-second timed command be represented on ADV869-P00 S1?Use the appropriate pulse-width output point mode. Ten seconds lies inside the supported 8 ms–7200 s interval; configuration must also account for the 8 ms resolution and output delay.
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What load limit applies when ADV869-P00 S1 drives a DC relay?The transistor contact rating is 30 VDC, 100 mA for resistive or inductive loads. A spark-killer diode is required across the DC relay load.
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Does ADV869-P00 S1 support pushbutton edge counting?No. ADV869 has status input without the pushbutton-input function. Do not configure it as a pulse-counting substitute for another module.
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How much base supply capacity is needed by ADV869-P00 S1?Maximum current consumption is 800 mA at 5 VDC. External load power must be assessed separately from this module supply demand.
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When should a commanded output transition appear from ADV869-P00 S1?The output response specification is 16 ms or less. Evaluate the whole control path separately, because controller scan and field-device response add to the module delay.
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