The Yokogawa ADV551-P10 serves as the primary ADV551 Digital Output Modules utilized to execute 32-channel digital signal output tasks across STARDOM control network platforms.
Suffix Breakdown & Model Matrix
Model / Suffix Code Element
Designation & Specification Details
ADV551
Digital Output Module
-P10
STARDOM series output configuration variant
Standard Build
Industrial process control actuator execution
Hardware Specifications
Parameter
Specification
Model
ADV551-P10
Brand
Yokogawa
Origin
Japan / Authorized Manufacturing Facility
Weight
Approximately 0.20 kg
Dimensions
Standard Yokogawa Modular Form Factor
Operating Temp
Standard industrial rack rating
Power Consumption
700 mA (5 V DC); 60 mA (external power supply)
Number of Output Channels
32
Rated Applied Voltage
24 V DC
Maximum Load Current
100 mA/channel
Output ON Voltage Maximum Value
2 V DC
Leak Current Maximum Value When Output OFF
0.1 mA
DCS Instrumentation and Channel Isolation Architecture
The module executes isolated channel signal processing, ensuring robust galvanic separation boundaries across complex process loops. Internal circuit architectures maintain stable common-mode signal integrity and precise threshold detection for output switching.
Electrical isolation features a withstanding voltage of 2 kV AC between output signal and system, alongside 500 V AC between commons.
Frequently Asked Questions
Q: What are the electrical rating limits for the external power supply?
A: The external power supply rating is 24 V DC and 50 mA, with an allowable voltage range from 20.4 to 26.4 V DC.
Q: What response timing parameters govern the output signals?
A: The output response time is 3 ms or less for status output and 10 ms or less for mixed status and pulse outputs.
Q: What pulse width and resolution parameters are supported?
A: The module supports pulse widths ranging from 8 ms to 7200 s with an 8 ms resolution and an ON/OFF delay of maximum 1 ms.
Field Installation Guidelines
Mounting: Secure the module firmly into the designated modular rack slot to guarantee proper backplane bus pin engagement.
Wiring Separation: Route digital output signal lines away from sensitive instrumentation loops to prevent electrical noise coupling.
Shield Grounding: Connect all cable shield drains to the designated grounding bar inside the termination cabinet.
Verification: Inspect terminal connections and verify power supply voltage ranges prior to system energization.
