Cut Sheet

V7-T9-46 Volume 7—Logic Control, Operator Interface and Connectivity Solutions CA08100008E—July 2015 www.eaton.com
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9.1
Connectivity Solutions
SmartWire-DT In-Panel and On-Machine Wiring Solution
Analog I/O Modules, continued
Description Unit EU5E-SWD-4AX EU5E-SWD-2A2A EU5E-SWD-4PT EU5E-SWD-4PT-2
Analog Inputs
Quantity Four (two-wire connection,
screened, length <10m)
Two (two-wire connection,
screened, length <10m)
——
Parameterization
Part no. Voltage, current Voltage, current — —
Averaging Adjustable Adjustable — —
Voltage
Input voltage V 0–10 0–10 — —
Input impedance k ohms 13.3 13.3 — —
Maximum current
Input current mA 0–20 0–20 — —
Input impedance ohms < 250 < 250 — —
Resolution Bit 12 12 — —
Conversion time ms 20 20 — —
Total error % ±1 ±1 — —
Repetition accuracy % ±0.5 ±0.5 — —
Dielectric strength V ±30 ±30 — —
Analog Outputs
Number — Two (two-wire connection,
screened)
——
Parameterization
Part no. — Voltage, current — —
Averaging — — — —
Voltage
Output voltage V — 0–10 — —
Maximum output current mA — 10 — —
Maximum current
Output current mA — 0–20 — —
Load resistance ohms — <500 — —
Overload and short-circuit proof — Yes — —
Resolution Bit — 12 — —
Conversion time ms — 20 — —
Total error % — ±1 — —
Repetition accuracy % — ±0.5 — —
Temperature Inputs
Number — — Four (two-, three-wire connection,
screened, length <10m)
Four (two-, three-wire connection,
screened, length <10m)
Parameterization
Averaging — — Adjustable Adjustable
Temperature sensor — — PT100, PT1000, Ni1000 PT100, PT1000, Ni1000
Temperature range °F (°C) — — PT100, PT1000:
–58° to 392° (–50° to 200°)
Ni1000:
–58° to 302° (–50° to 150°)
PT100, PT1000:
–58° to 392° (–50° to 200°)
Ni1000:
–58° to 302° (–50° to 150°)
Resolution °F (°C) — — 32° (0.1°) 32° (0.1°)
Conversion time ms — — 250 250
Display — — °C, °F, raw value °C, °F, raw value
Total error % — — ±1 ±1
Repetition accuracy % — — ±0.5 ±0.5
Potential Isolation
Inputs for SmartWire-DT Yes Yes Yes Yes
Outputs to SmartWire-DT — Yes — —
Input to input No No No No
Output to input — No — —
Output to output — No — —