Honeywell|8C-PAON01|Analog Input Module
Description:
The 8C-PAINA1 is a conformal-coated, 16-channel analog input module specifically designed for high-level current signals (ranging from 4-20 mA) sourced from non-HART transmitters and sensors. It seamlessly integrates with Series 8 I/O systems via 6" or 12" IOTAs, namely the 8C-TAIXA1 or 8C-TAIXB1.
Features:
- Single-ended input configuration
- Optional redundancy support
- On-board field power excitation, eliminating the need for external marshalling
- Conformal coating for use in harsh environments, complying with G3 per ISA S71.04
- Hot-swappable functionality under power
Technical Specifications:
- Input Type: 4-20 mA (compatible with 2-wire/self-powered devices)
- Channels: 16 single-ended inputs
- Resolution: 16-bit A/D converter
- Accuracy: ±0.075% FS at 23.5°C ±2°C; ±0.15% FS over the range of 0–60°C
- Input Impedance: >10 MΩ (in voltage mode)
- Voltage Rating: 24 VDC
- Current Consumption: 105 mA (for the module)
- Scan Rate: 50 ms
Honeywell|8C-PAON01|Analog Input Module



Honeywell|8C-PAON01|Analog Input Module
Description:
The 8C-PAINA1 is a conformal-coated, 16-channel analog input module specifically designed for high-level current signals (ranging from 4-20 mA) sourced from non-HART transmitters and sensors. It seamlessly integrates with Series 8 I/O systems via 6" or 12" IOTAs, namely the 8C-TAIXA1 or 8C-TAIXB1.
Features:
- Single-ended input configuration
- Optional redundancy support
- On-board field power excitation, eliminating the need for external marshalling
- Conformal coating for use in harsh environments, complying with G3 per ISA S71.04
- Hot-swappable functionality under power
Technical Specifications:
- Input Type: 4-20 mA (compatible with 2-wire/self-powered devices)
- Channels: 16 single-ended inputs
- Resolution: 16-bit A/D converter
- Accuracy: ±0.075% FS at 23.5°C ±2°C; ±0.15% FS over the range of 0–60°C
- Input Impedance: >10 MΩ (in voltage mode)
- Voltage Rating: 24 VDC
- Current Consumption: 105 mA (for the module)
- Scan Rate: 50 ms