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Home>GE>Horner HE800ADC010 / HE800ADC020 SmartStack Analog Input Modules
Horner HE800ADC010 / HE800ADC020 SmartStack Analog Input Modules

Horner HE800ADC010 / HE800ADC020 SmartStack Analog Input Modules Item NO.: 2906918

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Product Name Horner HE800ADC010 / HE800ADC020 SmartStack Analog Input Modules
Item NO. 2906918
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category GE
Brand GE
Creation Time 2026-09-09

Horner HE800ADC010 / HE800ADC020 Analog Input Modules
SmartStack Analog Input

Horner HE800ADC010 / HE800ADC020 Analog Input Modules

Two-channel, 12-bit SmartStack analog inputs for selectable voltage or current signal acquisition.

Product Overview

Horner HE800ADC010 and HE800ADC020 are two-channel SmartStack analog input modules with 12-bit successive-approximation conversion. The ADC010 version accepts selectable voltage signals, while the ADC020 version accepts selectable current signals.

HE800ADC010 supports four voltage ranges per channel, and HE800ADC020 supports 0 to 20 mA or ±20 mA ranges. Both use removable spring-clamp terminals, have digital filtering, and use the controller scan time for conversion updates.

Technical Data

Item HE800ADC010 HE800ADC020
Signal type Voltage analog input Current analog input
Input channels 2 2
Input ranges ±10.23 VDC, ±5.11 VDC, 0 to +10.23 VDC, 0 to +5.11 VDC 0 to 20.47 mA nominal; ±20.47 mA
Resolution / converter 12-bit / successive approximation 12-bit / successive approximation
Input impedance 10 MΩ below 12 VDC; 6 MΩ above 12 VDC nominal 100 Ω below 12 VDC; clamped at 12 VDC
Maximum error at 25 °C 0.05% full scale 0.05% full scale
Temperature error 0.005% / °C outside 25 °C 0.005% / °C outside 25 °C
Operating conditions 0 to 60 °C; 5 to 95% non-condensing 0 to 60 °C; 5 to 95% non-condensing
Steady-state power 0.09 W (4.1 mA at 24 VDC) 0.09 W (4.1 mA at 24 VDC)
Terminal type Removable spring clamp Removable spring clamp
Additional limit 350 VDC maximum over-voltage 35 mA maximum continuous overcurrent

Installation

HE800ADC010 voltage wiring

  1. De-energize the controller, CAN port, and connected equipment before fitting or replacing HE800ADC010.
  2. Connect safety earth ground before other connections, then wire the module before the monitored circuit.
  3. Use shielded twisted-pair wiring and match each voltage input, common, and shield to the official terminal diagram.

HE800ADC020 current wiring

  1. De-energize the controller and connected equipment before installing or replacing HE800ADC020.
  2. Connect safety earth ground before other connections; make module connections before connecting the monitored circuit.
  3. Use the official diagram to match current input, common, and shield terminals for loop-powered or self-powered transmitters.
Safety note: follow applicable electrical codes, do not connect to live power lines, and use the datasheet’s safety precautions when installing either module.

Configuration

HE800ADC010 configuration

Each voltage channel can be configured independently in the module setup. Select the range matching the connected voltage signal, then confirm controller scaling against the official conversion-factor table.

The datasheet lists conversion factors of 0.00015625 for 0 to +5 VDC and 0.0003125 for 0 to +10 VDC.

HE800ADC020 configuration

Each current channel can be configured independently for 0 to +20 mA or -20 to +20 mA operation. Confirm the chosen range and field-loop arrangement together before commissioning.

The official current conversion factor is 0.000625 for both listed ranges.

For both models, the Filter Constant controls digital filtering. Cscape shows the I/O Map assigned by module model and installed SmartStack location; the datasheet states that the map is not user-editable.

Product FAQ

How do I choose between HE800ADC010 and HE800ADC020?

HE800ADC010 is the voltage-input version, while HE800ADC020 is the current-input version. Confirm the field signal type and required controller scaling before selecting either module.

Can HE800ADC010 and HE800ADC020 replace each other?

No. HE800ADC010 and HE800ADC020 have different input signal types and ranges. A replacement must match the installed model and the connected field device.

Why does a reading from HE800ADC010 or HE800ADC020 not match the field signal?

For HE800ADC010 or HE800ADC020, verify the selected per-channel range, field wiring, and controller conversion factor before changing program logic.

How should I wire shielding for HE800ADC010 and HE800ADC020?

The HE800ADC010 and HE800ADC020 datasheets specify shielded twisted-pair wiring and show the shield terminals. In severe applications, they recommend direct shield connection to the panel ground block.

How can I reduce unstable values on HE800ADC010 or HE800ADC020?

HE800ADC010 and HE800ADC020 provide digital filtering through the Filter Constant. Review that setting together with cable routing, grounding, and field wiring.

What should I do before replacing HE800ADC010 or HE800ADC020?

Before replacing HE800ADC010 or HE800ADC020, de-energize the controller and connected equipment, then follow the relevant official wiring diagram and electrical safety precautions.

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