C13ST-3TSA0-S4-NNNNN-NNNN YOKOGAWA

C13ST-3TSA0-S4-NNNNN-NNNN Yokogawa Input module

Brand：Yokogawa Model number：C13ST-3TSA0-S4-NNNNN-NNNN

Country of origin: Japan Product weight：0.55kg

HS code：8538900000

Product Details：

Product Dimensions：

The C13ST series is designed to act as a precision process controller or data monitoring node within distributed control topologies. The extensive string of variables in the model name (specifically the "NNNNN-NNNN" suffix) indicates that this particular model is configured with a baseline, standard set of software features, no optional custom hardware add-ons, and standard factory default programming. The core unit features an integrated microcomputer capable of executing highly precise PID (Proportional-Integral-Derivative) control algorithms, making it an essential element for maintaining stability in highly dynamic industrial loops.

Product Parameters

The parameter breakdown for the C13ST-3TSA0-S4-NNNNN-NNNN model follows Yokogawa's strict industrial module nomenclature:

Basic Model Series: C13ST (Compact indicating controller or processing module line)
Type/Function (3): Typically denotes the standard input/output capability, such as universal inputs capable of handling both thermocouple and RTD sensors
Power Supply (T): Often stands for standard $24 \text{ VDC/VAC}$ or universal $100-240 \text{ VAC}$ power input options depending on the sub-series framework
Control Output (S): Typically indicates a current output ( $4-20 \text{ mA}$ ) or a voltage pulse output designed to drive external Solid State Relays (SSRs)
Communication Interface (A0): Designates standard asynchronous serial communication or a base-level analog output loop without advanced Ethernet sub-cards
Case and Mounting Type (S4): Specifies a distinct panel mount dimensions or structural frame style, often corresponding to a standard DIN size with advanced ingress protection for the front face
Optional Suffix Codes (NNNNN-NNNN): Represents "None" or standard configurations, confirming the unit does not contain specialized coatings, safety approvals like ATEX zone certifications, or custom multi-loop firmware expansions

Product Advantages

A major advantage of this Yokogawa model is its Exceptional Control Accuracy. Built with advanced noise-filtering circuitry, it can read weak sensor signals with minimal drift, which ensures highly repeatable process cycles. The Universal Input Design provides maximum flexibility, enabling technicians to change the sensor type in the field through software configuration rather than swapping physical hardware.

The High Reliability and Longevity of Yokogawa components minimize total cost of ownership; these devices are constructed to function flawlessly for decades without requiring component-level recalibration. Additionally, despite its complex internal capabilities, the device features a Straightforward Menu Structure that significantly shortens commissioning time for plant operators.

Important Considerations and Precautions

When installing and configuring the C13ST-3TSA0-S4-NNNNN-NNNN, it is critical to observe the Wiring Separations. Always run the high-voltage power lines completely separate from the low-voltage sensor input lines to prevent electromagnetic crosstalk from distorting the readings. Terminal Screw Torque must be monitored carefully during assembly to ensure connections do not loosen under vibration, which could lead to intermittent control failures or signal drops.

Because the suffix code indicates a standard model (NNNNN), this unit is Not Rated for Direct Explosion-Proof Areas; if it must be deployed in a hazardous environment, it must be installed inside an appropriately certified flameproof or purged enclosure. Finally, when configuring the PID parameters, ensure you utilize the auto-tune feature under a safe, simulated load condition first, as improper manual tuning can cause severe process oscillations that could damage downstream mechanical equipment.

Product Applications

The flexibility and precision of this Yokogawa controller make it suitable for a broad spectrum of continuous process operations.

Industrial Furnace Control: Regulating temperature profiles in glass, steel, and ceramic manufacturing ovens using high-temperature thermocouples.
Chemical Reaction Vessels: Managing precise temperature and pressure loops in jacketed reactors to ensure safe chemical bonding and product yield.
Water Treatment Facilities: Maintaining strict pH or conductivity chemical dosing rates based on feedback from analytical sensors.
Food and Beverage Processing: Controlling the pasteurization temperature profiles where exact heat maintenance is vital for food safety compliance.
HVAC and Environmental Chambers: Regulating environmental testing enclosures that demand precise, simultaneous management of temperature and humidity cycles.

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