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Home>YOKOGAWA>Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules
Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules

Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules Item NO.: 2929206

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Product Name Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules
Item NO. 2929206
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category YOKOGAWA
Brand YOKOGAWA
Creation Time 2026-11-02

Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules
YOKOGAWACENTUM FIO ANALOG OUTPUT TERMINATION

Pressure Clamp Terminals for Analog Output Modules

Yokogawa ATSS3S-0 / ATSS3D-0 Pressure Clamp Terminals for Analog Output Modules

01

Product Profile

Yokogawa ATSS3S-0 / ATSS3D-0 are pressure-clamp terminal assemblies used with ASI533 analog output modules in CENTUM field I/O. ATSS3S-0 provides the single terminal execution, while ATSS3D-0 provides the dual-redundant terminal execution for an arrangement that uses paired output modules.

At the field boundary, Yokogawa ATSS3S-0 / ATSS3D-0 land the eight 4 to 20 mA output loops and preserve the terminal organization required by the ASI533 built-in barrier system. The terminal choice therefore follows the installed module topology; it is not an interchangeable cosmetic accessory.

During installation, Yokogawa ATSS3S-0 / ATSS3D-0 must keep channel identity, polarity, shielding and the approved hazardous-area separation aligned with the cabinet record. The D version also requires both redundant paths to be traced before either side is commissioned.

02

Performance Specifications

Technical item ATSS3S-0 ATSS3D-0
Brand Yokogawa
Model ATSS3S-0 ATSS3D-0
Product Name Pressure clamp terminal for analog output Dual-redundant pressure clamp terminal for analog output
Country Japan
Supported Module ASI533 analog output module
Signal Service Eight 4 to 20 mA output loops
Terminal Method Pressure clamp
Arrangement Single module termination Dual-redundant module termination
Barrier Context Used with ASI533 built-in barrier system
HART Path Supported through the ASI533 loop
Channel Identification Eight numbered output channels
Field Check Polarity, shield and loop assignment
Execution Code -0 basic terminal execution
Mounting Location CENTUM field I/O terminal side
03

Installation Highlights

Yokogawa ATSS3S-0 / ATSS3D-0 installation starts with confirming the terminal topology, then landing each loop against the exact channel schedule. The work sequence must preserve the certified separation around the built-in barrier and keep the single or redundant topology visible in the terminal schedule.
01

Confirm the topology

Match ATSS3S-0 to a single ASI533 path or ATSS3D-0 to the documented redundant pair before conductors are prepared. Before stripping conductors, compare the ASI533 slot assignment, terminal article and redundancy drawing so a D execution is not landed as a single path.

›
02

Land loops without power

Isolate every loop source, preserve polarity and shield treatment, and terminate the eight channels in the same order used by the control database. Tighten and inspect each pressure-clamp point in channel order, then check shield treatment and polarity before loop power is restored.

›
03

Prove one path at a time

For ATSS3D-0, commission each redundant side independently and confirm that the channel assignment remains identical across the pair. Record the measured loop current and controller response separately for every redundant leg so one healthy side cannot conceal a wiring error on the other.

04

System Integration

System Integration

Yokogawa ATSS3S-0 / ATSS3D-0

Yokogawa ATSS3S-0 / ATSS3D-0 sit between the ASI533 output electronics and hazardous-area field loops, keeping the physical termination tied to the controller record. Integration is complete only when the physical channel number, ASI533 database point and field-loop tag describe the same current path.

01

Module-side boundary

The terminal assembly presents the documented ASI533 field connection rather than adding a separate signal conversion stage. The terminal receives the field conductors while ASI533 performs the output conversion, so neither component should be commissioned without the other record.

02

Loop record continuity

Cable tags, controller channel numbers and device loop references must describe the same eight output paths. HART communication shares the analog loop path; verify that loop resistance, shield routing and barrier assignment remain within the documented design.

03

Redundant handoff

ATSS3D-0 maintains two module-side paths for one terminal plan, so redundancy tests must include both hardware and database assignments. For ATSS3D-0, confirm that both module-side routes use the same channel plan and that switchover does not exchange field-loop identities.

05

Technical Questions

01How do I choose between Yokogawa ATSS3S-0 and ATSS3D-0?

Choose Yokogawa ATSS3S-0 for the documented single ASI533 termination and Yokogawa ATSS3D-0 when the cabinet design explicitly uses the dual-redundant terminal arrangement.

02Can Yokogawa ATSS3S-0 / ATSS3D-0 be treated as generic terminal blocks?

No. Yokogawa ATSS3S-0 / ATSS3D-0 belong to the ASI533 barrier output path, so channel mapping and approved separation must follow that system.

03What should be checked when one Yokogawa ATSS3S-0 / ATSS3D-0 loop is open?

Check the assigned channel, conductor continuity, polarity, field-device load and ASI533 status for Yokogawa ATSS3S-0 / ATSS3D-0 before disturbing other loops.

04Can Yokogawa ATSS3D-0 redundancy be accepted by testing only one side?

No. Yokogawa ATSS3D-0 requires both module paths to be traced and commissioned against the same terminal and controller records.

05What information should stay with Yokogawa ATSS3S-0 / ATSS3D-0 during replacement?

Keep the complete Yokogawa ATSS3S-0 / ATSS3D-0 identifier, ASI533 article, channel schedule, loop tags and redundancy assignment together.

06How should Yokogawa ATSS3S-0 / ATSS3D-0 be isolated before wiring?

Isolate the associated ASI533 path and all field-loop sources for Yokogawa ATSS3S-0 / ATSS3D-0, then verify the de-energized state at the terminal.

06

Company Profile

Moore Automation

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07

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08

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