JANCD-IO01B
May 25, 2026

JANCD-IO01B

JANCD‑IO01B ( = JANCD‑I0OIB ) Yaskawa XRC robot control cabinet dedicated 40/40-point digital I/O board, board number DF8000020, the most commonly used IO card for older robots.

Description

I. Basic Introduction

Model: JANCD‑IO01B (often written as I0OIB)

Brand: Yaskawa (Anson)

Applicable: Motoman XRC robot control cabinet (XRC, ERC series)

Function: Signal interface between the robot and external devices (PLC, sensors, solenoids, safety doors, buttons)

Form: Standard slot-type PCB board, 2×50-pin connector (CN1 = input, CN2 = output)

II. Core Parameters (Easy to Understand)

Input: 40 points DC24V (NPN/PNP compatible)

Output: 40 points DC24V transistors

Each point maximum: 0.5A

Total current of the board: ≤1.5A

Power supply: DC24V ±10% (recommend using 2A fuse in series)

Response time: Input ≤1ms, Output ≤2ms

Operating temperature: 0~45℃ (inside the robot cabinet)

Board number: DF8000020 (part number for purchase)

III. Interfaces and Pins (Key) Connector

CN1 (50-pin): Input signals 1 to 40

CN2 (50-pin): Output signals 1 to 40

Each row has 50 pins, including common terminal (COM), 24V, 0V

Common terminal connection method (NPN/PNP)

NPN (commonly used): COM connected to 24V; 0V when there is a signal

PNP: COM connected to 0V; 24V when there is a signal

IV. Installation and Wiring Key Points (Core of the Manual)

1) Installation

Power off, anti-static (hand ring)

Insert into the dedicated slot of the control cabinet, with the gold fingers facing down

Fix with screws to avoid vibration and loosening

Keep away from power supplies (≥ 15cm) from frequency converters, contactors, etc.

2) Power connection

External DC24V connected to 24V and 0V of CN1/CN2

Series 2A fuse to prevent short circuit and board burnout

It is not recommended to use the internal 24V of the robot for large loads for a long time

3) Input wiring (sensors / buttons)

Use shielded twisted pair, single-ended grounding of the shield layer (at the board end)

NPN: Sensor output → Input point; COM → 24V

PNP: Sensor output → Input point; COM → 0V

4) Output Connections (Electromagnetic Valve / Relay)

Each point ≤ 0.5A; for heavy loads (> 0.5A), use an intermediate relay

Output point → Load → 0V (NPN)

Output point → Load → 24V (PNP)

V. Common Faults and Troubleshooting

Input no response: Check 24V, COM connection, sensor type (NPN/PNP), open circuit

Output does not operate: Check the load, connection, whether the output point is burned out, LED status

Communication error: Clean the gold fingers, replace the slot, check the backplane 5V

Board burnout: Mostly due to output short circuit, power supply reverse connection, overload


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