170ADM54080
May 23, 2026

170ADM54080

The 170ADM54080 is a Modbus‑capable MCC (Motor Control Center) I/O base for the Schneider Electric Modicon Momentum distributed I/O platform. It provides 6 discrete 120 VAC inputs and 3 discrete 120 VAC solid‑state outputs, optimized for direct connection to 120 VAC MCC devices and Modbus RTU/ASCII communication networks. This module integrates I/O and Modbus communication in a compact IP20 housing for industrial automation and motor control applications.

Description

1. General Description

The 170ADM54080 is a Modbus‑capable MCC (Motor Control Center) I/O base for the Schneider Electric Modicon Momentum distributed I/O platform. It provides 6 discrete 120 VAC inputs and 3 discrete 120 VAC solid‑state outputs, optimized for direct connection to 120 VAC MCC devices and Modbus RTU/ASCII communication networks. This module integrates I/O and Modbus communication in a compact IP20 housing for industrial automation and motor control applications.

2. Product Identification

  • Model Number: 170ADM54080

  • Series: Modicon Momentum

  • Type: Modbus MCC discrete I/O base (AC)

  • Channel Configuration:

    • 6 inputs (120 VAC, 47–63 Hz, positive logic)

    • 3 outputs (120 VAC, solid‑state, sourcing)

  • Dimensions (W × D × H): 125 × 47.5 × 141.5 mm

  • Weight: 0.24 kg

  • Protection Class: IP20

  • Certifications: CE, UL, cUL, CSA, RoHS, Green Premium

  • Communication: Modbus RTU (8‑bit) / ASCII (7‑bit), 0–247 addresses

  • Logic Type: Positive (true high)


3. Electrical Specifications

Inputs (6 Channels, 120 VAC)

  • Rated Voltage: 120 VAC (0–132 VAC range, 47–63 Hz)

  • Logic 0 (Low): ≤ 40 VAC

  • Logic 1 (High): ≥ 74 VAC

  • Input Current (High): ≥ 5.5 mA

  • Surge Current: 30 mA (rated)

  • Response Time:

    • 0 → 1: ≤ 12.5 ms @ 60 Hz

    • 1 → 0: ≤ 12.3 ms @ 60 Hz

  • Overvoltage Protection: 200 VAC (transient)

Outputs (3 Channels, Solid‑State, 120 VAC)

  • Rated Voltage: 120 VAC (47–63 Hz, ≤ 132 VAC max)

  • Output Type: Sourcing solid‑state switch

  • Current per Point: 0.5 A (continuous)

  • Current per Module: 1.5 A (max)

  • Leakage Current (Off): < 1.9 mA @ 120 VAC

  • Voltage Drop (On): < 1.5 V @ 0.5 A

  • Response Time:

    • 0 → 1: ≤ 12.5 ms @ 60 Hz

    • 1 → 0: ≤ 12.3 ms @ 60 Hz

  • Protection: Overload, short‑circuit (per channel)

Power & Communication

  • Supply Voltage: 120 VAC ±10% (108–132 VAC, 47–63 Hz)

  • Current Consumption: 125 mA @ 120 VAC

  • Power Dissipation: ≤ 15 W (max)

  • Modbus Interface: RS‑485, 9.6–115.2 kbps

  • Port Timeout: 150 ms

  • Isolation (Field ↔ Bus): 500 VAC


4. Environmental Ratings

  • Operating Temperature: 0 °C to +60 °C (non‑condensing)

  • Storage Temperature: −40 °C to +85 °C (non‑condensing)

  • Relative Humidity: 5% to 95% (non‑condensing)

  • Vibration: IEC 60068‑2‑6 (1 g, 10–150 Hz)

  • Altitude: Up to 5000 m (derate above 2000 m)

  • EMC: IEC 61000‑6‑2, IEC 61000‑6‑4


5. Key Features

  • 9 LED Indicators: 6 for input status, 3 for output status, plus Modbus activity LED

  • Modbus Communication: Onboard RS‑485 for direct connection to Modbus networks

  • 120 VAC Native I/O: Eliminates need for AC/DC converters in MCC panels

  • Removable Terminal Blocks: Simplifies wiring and maintenance

  • Snap‑On Mounting: Quick attachment to Momentum backplane

  • Per‑Channel Protection: Overload/short‑circuit protection with LED fault indication

  • 2/4‑Wire Wiring: Supports both 2‑wire and 4‑wire field device connections


6. Compatibility

  • Backplane: Modicon Momentum I/O base rack

  • Adapters: 170ENT (Ethernet), 170PBM (Profibus), 170CPS (power supply) series

  • PLC Compatibility: Quantum, Premium, M340, Momentum controllers

  • Modbus Masters: Any Modbus RTU/ASCII master (PLC, HMI, SCADA)


7. Applications

  • MCC Panels: Monitoring and control of 120 VAC motor control devices

  • Industrial Automation: 120 VAC sensors, limit switches, and pushbuttons

  • Motor Control: 120 VAC contactors, relays, and motor starters

  • Building Automation: 120 VAC lighting, HVAC, and fan control

  • Modbus Networks: Distributed I/O for Modbus‑based SCADA systems


8. Installation & Wiring

  1. Power Off: Disconnect all system power before installation.

  2. Mounting: Snap module firmly onto Momentum backplane; ensure proper grounding.

  3. Wiring (Inputs – 120 VAC):

    • Connect 120 VAC line to input terminal; neutral to common (COM) terminal.

  4. Wiring (Outputs – 120 VAC):

    • Connect load between output terminal and neutral; 120 VAC line to common (COM).

    • For inductive loads: Install external RC snubber to suppress voltage spikes.

  5. Modbus Wiring:

    • Connect RS‑485 (+/−) to Modbus network; use 120 Ω termination resistor at bus ends.

  6. Torque: Tighten terminals to 0.5–0.6 N·m (14–22 AWG copper wire).

  7. Verification: Check connections; power on and confirm LED status and Modbus communication.


9. Maintenance

  • Periodic Inspection: Check terminal tightness and LED operation every 6 months.

  • Cleaning: Keep surface free of dust and contaminants; use dry cloth only.

  • Environment: Avoid corrosive gases, extreme vibration, or moisture.

  • Modbus Network: Check termination and cable integrity annually.


10. Safety Notes

  • 120 VAC Hazard: Only qualified electricians should perform wiring; follow local electrical codes.

  • Voltage Limits: Do not exceed 132 VAC on inputs/outputs.

  • Isolation: Maintain 500 VAC isolation between field and bus circuits.

  • Inductive Loads: Always use external suppression (RC snubbers) to protect outputs.

  • Disposal: Dispose of module per local electronic waste regulations.


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