Configured for high-density signal interconnects in DCS platforms, the Yokogawa KS1-20 (KS1-20 Signal Cable) provides direct physical/electrical execution of 40-pin to 40-pin signal transmission.
Configured for high-density signal interconnects in DCS platforms, the Yokogawa KS1-20 (KS1-20 Signal Cable) provides direct physical/electrical execution of 40-pin to 40-pin signal transmission.
Hardware Specifications
Parameter
Specification
Model
KS1-20
Brand
Yokogawa
Origin
Japan
Weight
2.0 kg
Dimensions
20 meter length
Operating Temp
-20 to 70 deg C
Power Consumption
Passive component (N/A)
Connector Type
40-pin to 40-pin
Transmission
Multi-core signal interconnect
Signal Integrity and Mechanical Stability
The cable functions as a standardized interconnect for Yokogawa system modules, maintaining consistent electrical characteristics across the entire 20-meter run. The 40-pin connector interfaces are engineered to provide secure contact and low impedance for high-density I/O arrays, ensuring that signal transmission between field termination assemblies and system backplanes remains robust. The construction utilizes industrial-grade insulation rated for operation between -20 deg C and 70 deg C, offering durability in standard control cabinet and cable tray environments while minimizing crosstalk and capacitive interference between signal lines.
Frequently Asked Questions
Q: Can this 20-meter cable be extended by splicing?
A: Splicing is strongly discouraged as it introduces impedance discontinuities, potential signal reflection, and significant increases in resistance that can compromise signal accuracy and I/O timing.
Q: Is the cable jacket rated for outdoor or chemical exposure?
A: The KS1 series is designed for indoor industrial control environments. Exposure to harsh chemicals, UV light, or extreme moisture may degrade the jacket material and is not recommended.
Field Installation Guidelines
Ensure the cable is not subjected to tensile forces exceeding manufacturer recommendations during installation to prevent internal conductor breakage or connector deformation.
Maintain proper bend radius when routing the cable through trays or conduits to avoid mechanical stress on the 40-pin connector housings.
Keep the signal cable path separated from high-voltage AC power lines to mitigate inductive coupling and electromagnetic interference (EMI).
Verify that the 40-pin connectors are fully seated and latched at both the source and destination modules to ensure reliable contact.
Perform a continuity check on each pin before system start-up to confirm that no open or short circuits exist following the installation process.
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