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Home>GE>GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Module
GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Module

GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Module Item NO.: 2906105

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Product Name GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Module
Item NO. 2906105
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category GE
Brand GE
Creation Time 2026-09-07

GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Modules
GE FanucS5Series Five analog I
Series Five analog I/O comparison

GE Fanuc IC655ALG516 / IC655ALG566 / IC655ALG567 Series Five Analog Modules

An eight-channel analog input and two distinct two-channel analog outputs with different ranges and data direction.

Common ground first

Shared Role, Then Model Differences

IC655ALG516 / IC655ALG566 / IC655ALG567

An eight-channel analog input and two distinct two-channel analog outputs with different ranges and data direction.

Shared technical scope

These modules share the Series Five intelligent analog I/O context but serve different signal paths. IC655ALG516 digitizes field inputs; IC655ALG566 and IC655ALG567 generate outputs.

Difference boundary

IC655ALG516 supports eight channels across 1–5 V, 0–10 V, ±10 V and 4–20 mA selections. IC655ALG566 provides two 0–10 V or 4–20 mA outputs. IC655ALG567 provides two bipolar ±10 V outputs.

Verified technical data

Common Specifications and Model-Specific Data

Shared engineering needs

SystemSeries Five analog I/O
External power24 VDC source required by the analog circuitry
DataWord-oriented values and scaling
WiringSeparate low-level signal wiring from power conductors
CommissioningCheck zero, span, polarity and channel mapping

Model differences

IC655ALG5168-channel input; 1–5 V, 0–10 V, ±10 V, 4–20 mA
IC655ALG5662-channel output; 0–10 V or 4–20 mA
IC655ALG5672-channel output; ±10 V
Direction516 input; 566/567 output
SelectionRange and signal direction are not interchangeable
Functional position

Signal Range and Data Format

Hardware range, field wiring and program scaling must describe the same engineering units. A correct catalog number with the wrong range jumper or scaling can still produce an unsafe value.

Input path

Sensor → IC655ALG516 → input registers.

Unipolar output

Output registers → IC655ALG566 → voltage/current actuator.

Bipolar output

Signed command → IC655ALG567 → ±10 V actuator.

Controlled replacement

Records to Preserve Before Removal

Step 1

Record each channel range, wiring polarity and program scaling.

Step 2

Verify the required 24 VDC external supply and signal grounding.

Step 3

Install the exact input or output identity; do not substitute by family prefix.

Manual-driven decisions

Technical Questions

Which analog-control boundary links IC655ALG516 / IC655ALG566 / IC655ALG567?

They are Series Five analog modules requiring coordinated field wiring, range selection and register scaling.

Which model in IC655ALG516 / IC655ALG566 / IC655ALG567 is an input module?

IC655ALG516 is the eight-channel analog input.

How do the two output models in IC655ALG516 / IC655ALG566 / IC655ALG567 differ?

IC655ALG566 provides 0–10 V or 4–20 mA; IC655ALG567 provides bipolar ±10 V.

Why must scaling be reviewed for IC655ALG516 / IC655ALG566 / IC655ALG567?

The PLC register value must match the selected hardware range and the engineering units of the field device.

What is a practical acceptance test for IC655ALG516 / IC655ALG566 / IC655ALG567?

Check several calibrated points per channel, including polarity for bipolar ranges, and compare PLC data with a traceable measurement.

Which calibration record should travel with IC655ALG516 / IC655ALG566 / IC655ALG567?

Keep channel range, polarity, register scaling and calibrated field values so each analog path can be proven after replacement.

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