8-channel analog output
The module provides AO1 through AO8 and outputs -5~5 V or -10~10 V voltage control signals for field devices.
N4086 provides 8 analog output channels, AO1 through AO8. It outputs -5~5 V or -10~10 V voltage control signals for actuating field devices.
Each channel output is electrically isolated and transmitted with 16-bit resolution, ±0.3% FSR accuracy at 25°C, a 20 ms conversion time, and load impedance up to 30 kΩ.

Analog output range, resolution, accuracy, conversion time, load impedance, wiring requirements, environmental ratings, dimensions, terminal definitions, and distributed I/O system requirements.
N4086 supports both -5~5 V and -10~10 V voltage control output. Both ranges use the same 8-channel, electrically isolated, 16-bit analog output platform.
| Selection point | -5~5 V mode | -10~10 V mode |
|---|---|---|
| Model | N4086 | N4086 |
| Output range | -5~5 V | -10~10 V |
| Channels | 8 channels | 8 channels |
| Resolution | 16 Bit | 16 Bit |
| Conversion time | 20 ms | 20 ms |
Analog output, conversion, load, power, and indication data for the N4086 module.
Connection and mounting data for the N4086 module.
Operating limits and protection information stated in the manual.
Physical dimensions and distributed I/O system requirements.
The module provides AO1 through AO8 and outputs -5~5 V or -10~10 V voltage control signals for field devices.
Each channel output is electrically isolated and transmitted with 16-bit resolution.
N4086 is an optional N-Series I/O module and must be combined with a suitable coupler, such as a BL210 Series coupler.
N4086 combines eight electrically isolated analog output channels, -5~5 V / -10~10 V voltage output, 16-bit resolution, ±0.3% FSR accuracy at 25°C, a 20 ms conversion time, cage-clamp wiring, and stated EMC protection.
Control AO1 through AO8 in one 15.4 mm-wide module.
Use -5~5 V or -10~10 V voltage control output according to the application.
Analog output signals are transmitted with 16-bit resolution and a 20 ms conversion time.
IP20 protection, IEC 61000-4-2 and IEC 61000-4-5 Level 2 EMC, and -20°C to 55°C operation.
N4086 provides eight analog output channels and supports both -5~5 V and -10~10 V voltage control signals.
N4086 · -5~5 V Output
N4086 provides 8 electrically isolated analog output channels with -5~5 V voltage output, 16-bit resolution, ±0.3% FSR accuracy at 25°C, and a 20 ms conversion time.
Use the defined AO, GND, and PE terminals, and install the module on a compliant DIN-35 rail as part of the distributed I/O station.
The N-Series includes digital input, digital output, analog input, analog output, RTD, temperature, pulse, and power modules.
I/O modules can be arranged in different combinations within the distributed I/O station without grouping them by module type.
6 modules
Digital input options for NPN, PNP, and dry-contact sensing.
5 modules
Digital and relay output options for discrete control.
3 modules
Analog input options for current and voltage acquisition.
2 modules
Analog output options for current and voltage control.
4 modules
RTD modules for PT100 and PT1000 temperature sensing.
2 modules
Dedicated temperature modules for NTC and thermocouple signals.
3 modules
Pulse counting and pulse-output control modules.
1 module
Additional power support for larger N-Series stations.
When the number of selected N-Series I/O boards exceeds 20, an additional power module is required. If the number is less than 20, no extra power module is needed.
The manual specifies the installation sequence, module insertion and removal procedure, cable selection rules, and the N4086 wiring example.
Mount the coupler and I/O modules on a DIN 35 rail compliant with IEC 60715, then assemble modules from the fieldbus coupler left to right.
Align the spring contact with the groove, keep the rail clip unlocked, press the module into position until it snaps onto the rail, and lock the rail clip.
Use a flat-head screwdriver or similar tool to pry the rail clip upward, then pull the I/O module away from the DIN rail.
Cage clamps accept solid, stranded, and fine-stranded conductors. Use one conductor per clamp, 0.3 to 2.5 mm² / AWG 22 to 14, with an 8 to 9 mm strip length.