YOKOGAWACENTUM SOLID-STATE VOLTAGE INPUT

32-Channel Solid-State Voltage Input Board

Yokogawa ARS15M-310 32-Channel Solid-State Voltage Input Board

Name: Yokogawa ARS15M-310 32-Channel Solid-State Voltage Input Board
Brand: YOKOGAWA
SKU: 2929212
Price: 1 USD
Availability: InStock

Model Profile

Yokogawa ARS15M-310 is a 32-channel solid-state voltage input board for CENTUM digital I/O. The -3 execution accepts DC voltage inputs and the -1 mounting code identifies the DIN-rail form with pressure-clamp field termination.

A field voltage entering Yokogawa ARS15M-310 passes through the rectification and insulation circuit, then becomes a digital state for ADV151 with ATD5A or ADV161. The two 16-channel groups share organized internal power while their input states remain individually assigned.

Yokogawa ARS15M-310 installation requires the actual input voltage, polarity, group common and AKB331/AKB337 cable route to match the project drawing. The solid-state circuit removes relay wear but does not remove the need to verify field leakage and OFF-state voltage.

Official technical figure for ARS15M-310

Technical Parameters

Technical item	ARS15M-310
Brand	Yokogawa
Model	ARS15M-310
Product Name	32-channel solid-state voltage input board
Country	Japan
Input Channels	32
Input Execution	DC voltage input
Documented ON Level	10 to 30 V DC
Documented OFF Level	1 V DC or less
Supported I/O Module	ADV151 with ATD5A or ADV161
Connection Cable	AKB331 or AKB337
Field Terminal	Pressure clamp
Mounting	DIN rail
Channel Groups	Two groups of 16
Internal 24 V Consumption	1.0 A maximum
Insulation Resistance	10 MΩ or greater
Withstand Voltage	2 kV AC
Operating Temperature	0 to 50 °C
Operating Humidity	10 to 90% RH, non-condensing
Dimensions	436 × 125.4 mm
Weight	Approx. 3.0 kg

Operating Characteristics

Yokogawa ARS15M-310 uses a solid-state input path, so switching thresholds and field leakage matter more than mechanical contact motion. The operating assessment must therefore use measured terminal voltage in both states and account for leakage from the connected device rather than treating the input as an ideal switch.

State discrimination

The input circuit separates the documented 10–30 V DC ON range from the 1 V DC-or-less OFF condition. Verify a known OFF source first; residual voltage above the OFF limit can keep the solid-state channel logically active even with the device open.

›

Insulated conversion

Rectification and insulation turn the field voltage into a controller-compatible state while keeping the field circuit separated from the module side. Apply the intended ON voltage at the field terminal and confirm the same point in the controller, avoiding a test that bypasses the installed common path.

›

Group behavior

A shared supply or common issue can affect one 16-channel group, while isolated point failures remain tied to individual field circuits. When several points move together, compare the group common and supply waveform before concluding that multiple input circuits failed simultaneously.

Installation Highlights

Yokogawa ARS15M-310

Install Yokogawa ARS15M-310 by preserving polarity, group commons and the DIN-rail pressure-clamp arrangement shown in the cabinet record. Installation is accepted only after the rail mounting, pressure-clamp terminations, cable route and controller point map have been checked as one signal chain.

Confirm the input source

Measure the field signal in both states and verify it reaches the documented DC thresholds before landing the conductor. Seat the board on the documented DIN-rail position with power isolated, leaving the required clearance for wiring inspection and heat dissipation.

Build the groups consistently

Keep channel numbers, commons and cable assignments in the same order as the controller database and field schedule. Land polarity and group commons in channel order, then perform a pull check so a loose conductor cannot imitate an intermittent solid-state input.

Commission at the terminal

Toggle representative points in both groups, compare terminal voltage with the controller state and investigate leakage before changing thresholds. Energize one group at a time and prove known OFF and ON levels before enabling the full channel set in the controller project.

Product Help

01Why does Yokogawa ARS15M-310 stay ON after the field device opens?

For Yokogawa ARS15M-310, measure residual voltage and leakage at the terminal; the OFF state must fall to 1 V DC or less.

02How does Yokogawa ARS15M-310 hand converted states to CENTUM I/O?

Yokogawa ARS15M-310 connects to ADV151 with ATD5A or ADV161 through AKB331/AKB337 cabling.

03What does the 310 suffix mean on Yokogawa ARS15M-310?

On Yokogawa ARS15M-310, 3 identifies the DC input execution, 1 identifies DIN-rail mounting and 0 is the basic option code.

04Why do multiple Yokogawa ARS15M-310 points change together?

A repeated Yokogawa ARS15M-310 group pattern should lead to the shared field supply, common and cable before individual channels are blamed.

05Can Yokogawa ARS15M-310 replace a relay input board without checks?

No. Yokogawa ARS15M-310 uses voltage thresholds and solid-state circuits, so field source, leakage and terminal arrangement must be reviewed.

06How is Yokogawa ARS15M-310 commissioned safely?

Commission Yokogawa ARS15M-310 with power isolated during wiring, then energize one group and prove known OFF and ON voltages before releasing all points.

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Product Name	Yokogawa ARS15M-310 32-Channel Solid-State Voltage Input Board
Item NO.	2929212
Weight	0.1 kg = 0.2205 lb = 3.5274 oz
Category	YOKOGAWA
Brand	YOKOGAWA
Creation Time	2026-11-02

Yokogawa ARS15M-310 32-Channel Solid-State Voltage Input Board Item NO.: 2929212

Yokogawa ARS15M-310 32-Channel Solid-State Voltage Input Board

Model Profile

Technical Parameters

Operating Characteristics

State discrimination

Insulated conversion

Group behavior

Installation Highlights

Installation Highlights

Confirm the input source

Build the groups consistently

Commission at the terminal

Product Help

Customer Support

Moore Automation

Similar Products

Sales Assistance

Moore Automation

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