YOKOGAWACENTUM SOLID-STATE RELAY OUTPUT

32-Channel Solid-State Output Board

Yokogawa ARS55M-310 32-Channel Solid-State Output Board

Name: Yokogawa ARS55M-310 32-Channel Solid-State Output Board
Brand: YOKOGAWA
SKU: 2929214
Price: 1 USD
Availability: InStock

Hardware Overview

Yokogawa ARS55M-310 is a 32-channel solid-state DC output board for CENTUM digital I/O. The -3 execution switches 5 to 60 V DC loads, the -1 code identifies DIN-rail mounting and the pressure-clamp terminal keeps the field connection within the same board assembly.

Controller output states reach Yokogawa ARS55M-310 through ADV551 with ATD5A or ADV561 and the AKB331/AKB337 cable path. Each channel drives a solid-state switching circuit, while the external field supply provides the energy for the connected load.

The allowable current of Yokogawa ARS55M-310 changes with ambient temperature, so cabinet temperature and simultaneous channel loading are considered together. Inductive loads above the documented condition require the stated external suppression instead of relying on the board alone.

Official technical figure for ARS55M-310

Engineering Data

Technical item
Brand	Yokogawa
Model	ARS55M-310
Product Name	32-channel solid-state DC output board
Country	Japan
Output Channels	32
Output Type	Transistor solid-state output
Output Voltage	5 to 60 V DC
Current below 20 °C	2.5 A maximum per channel
Current at 20 to 35 °C	2.0 A maximum per channel
Current at 35 to 50 °C	1.3 A maximum per channel
Inductive Load Guidance	1.5 A maximum without added suppressor
Supported I/O Module	ADV551 with ATD5A or ADV561
Connection Cable	AKB331 or AKB337
Field Terminal	Pressure clamp
Mounting	DIN rail
Channel Groups	Two groups of 16
Operating Temperature	0 to 50 °C
Dimensions	436 × 125.4 mm
Weight	Approx. 3.0 kg

Operating Characteristics

Yokogawa ARS55M-310 output capacity is controlled by field voltage, load type and cabinet temperature rather than one fixed current value. Operating limits must be applied to the complete channel group, using actual cabinet temperature, simultaneous duty and load inrush rather than the steady-state nameplate current alone.

Temperature derating

The permitted channel current steps down as ambient temperature rises, so the actual enclosure condition belongs in the load calculation. Build a load schedule by channel and group so the temperature-dependent current limit is checked against the worst simultaneous operating condition.

›

Solid-state switching

The transistor stage switches rapidly without mechanical relay wear, while leakage and external field power remain part of the connected circuit. Measure voltage drop at the terminal under load; excessive drop can reveal an overloaded path, poor common or unsuitable conductor before a trip occurs.

›

Inductive energy

Coils and other inductive loads require a suitable suppression path when their current or stored energy exceeds the documented condition. For inductive devices, compare stored energy and switching frequency with the documented condition and place external suppression at the load when required.

Installation Highlights

Yokogawa ARS55M-310

Yokogawa ARS55M-310 installation keeps the field supply, load grouping and thermal plan consistent from terminal drawing through commissioning. Installation should turn the thermal and electrical limits into explicit cabinet decisions covering rail position, conductor grouping, protection and staged energization.

Calculate before wiring

List every simultaneous load, its inrush and cabinet ambient temperature, then confirm the resulting current against the derated limit. Mount the board with the specified clearance and keep heat-producing equipment from blocking natural airflow around the loaded channel groups.

Land groups with power off

Mount the board on DIN rail, isolate field supplies and preserve the controller point order across both 16-channel groups. Separate and label field supplies by group, confirm polarity at the pressure-clamp terminals, and size protection for the actual load conductors.

Commission by load class

Start with resistive loads, verify voltage drop and temperature, then test suppressed inductive circuits one at a time. Energize representative resistive and inductive loads in stages while monitoring cabinet temperature, channel voltage and controller status.

Buyer Questions

01Why does Yokogawa ARS55M-310 allow less current in a warm cabinet?

Yokogawa ARS55M-310 uses temperature-dependent current limits; at 35 to 50 °C the documented maximum is lower than below 20 °C.

02Can Yokogawa ARS55M-310 switch an inductive load directly?

Yokogawa ARS55M-310 can switch documented inductive loads, but higher current or stored energy requires the specified external suppression.

03What hardware carries Yokogawa ARS55M-310 output commands?

Yokogawa ARS55M-310 connects to ADV551 with ATD5A or ADV561 through AKB331/AKB337 cabling.

04A whole Yokogawa ARS55M-310 output group stopped switching—where should the check begin?

For Yokogawa ARS55M-310, inspect the affected group field supply, common, protection and cable before treating each output as a separate fault.

05Can Yokogawa ARS55M-310 replace a mechanical relay output board directly?

No. Yokogawa ARS55M-310 has solid-state leakage, DC-only voltage and temperature derating that must match the connected circuits.

06How should Yokogawa ARS55M-310 be load-tested?

Test Yokogawa ARS55M-310 with the real field voltage and representative loads while observing channel current, voltage drop and cabinet temperature.

Shipping Services

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Get in Touch

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Product Name	Yokogawa ARS55M-310 32-Channel Solid-State Output Board
Item NO.	2929214
Weight	0.1 kg = 0.2205 lb = 3.5274 oz
Category	YOKOGAWA
Brand	YOKOGAWA
Creation Time	2026-11-02

Yokogawa ARS55M-310 32-Channel Solid-State Output Board Item NO.: 2929214

Yokogawa ARS55M-310 32-Channel Solid-State Output Board

Hardware Overview

Engineering Data

Operating Characteristics

Temperature derating

Solid-state switching

Inductive energy

Installation Highlights

Installation Highlights

Calculate before wiring

Land groups with power off

Commission by load class

Buyer Questions

Shipping Services

Moore Automation

Alternative Models

Get in Touch

Moore Automation

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