YASKAWA SLIO series remote I/O modules are modular expansion solutions adapted to industrial automation scenarios. Specifically designed for use with controllers such as the iCube Control, they offer high compatibility, flexible expansion capabilities, and stable industrial adaptability, making them widely applicable in various control scenarios requiring distributed I/O expansion.
Ideal for industrial environments requiring distributed control, such as automotive manufacturing, electronic assembly, and material handling. They serve as a reliable signal transmission bridge between field sensors, actuators, and central controllers. Particularly suited for multi-station, large-scale automated production lines requiring distributed deployment to collect sensor data close to the source.
| Digital I/O Modules Parameters | ||||
| Material No. | Module Type | Key Specifications | Supported by E/IP Module | Supported by M-III Module |
|---|---|---|---|---|
| 021-1BB10 | 2-channel Fast Digital Input | Input filter time delay: 2 μs - 4 ms | Yes | Yes |
| 021-1BD10 | 4-channel Fast Digital Input | Input filter time delay: 2 μs - 4 ms | Yes | Yes |
| 022-1BB00 | 2-channel Digital Output | Output current: 0.5 A | Yes | Yes |
| 022-1HB10 | 2-channel Relay Output | Output current: 3 A; Rated voltage: DC 30V / AC 230V | Yes | Yes |
| 022-1HD10 | 4-channel Relay Output | Output current: 1.8 A; Rated voltage: DC 30V / AC 230V | Yes | Yes |
| 022-1BF00 | 8-channel Digital Output | Output current: 0.5 A; Rated voltage: 25 VDC | Yes | Yes |
| Communication & Function Modules Parameters | ||||
| Material No. | Module Type | Key Specifications | Supported by E/IP Module | Supported by M-III Module |
|---|---|---|---|---|
| 040-1BA00 | RS232 Interface Module | Provides RS232 communication interface | Yes | No |
| 040-1CA00 | RS422/485 Interface Module | Supports RS422 and RS485 communication protocols | Yes | No |
| 050-1BA00 | Advanced Counter Module | 32-bit single-channel counter | N/A | N/A |
| 050-1BB00 | Dual-channel Counter Module | Dual 32-bit counter channels | N/A | N/A |
| 050-1BB40 | Frequency Measurement Module | Supports 2-channel frequency measurement | N/A | N/A |
| Power Modules Parameters | |||
| Material No. | Module Type | Key Specifications | Application Scenario |
|---|---|---|---|
| 007-1AB00 | Power Supply Module | Output: DC 24V, 10 A | High-power demand I/O systems |
| 007-1AB10 | Dual-Output Power Module | Output 1: DC 24V, 4 A; Output 2: DC 24V/5V, 2 A | Multi-voltage demand expansion scenarios |
| 007-0AA00 | Spare Power Module | Output: DC 24V | Backup power for stable system operation |
| General Basic Parameters | ||
| Parameter | Specification | Description |
|---|---|---|
| Module Dimensions (W × H × D) | 12.9 mm × 109 mm × 76.5 mm | Compact size for space-saving installation in industrial cabinets |
| Maximum Expandable Modules per Interface | 64 units | Supports flexible expansion of I/O system according to on-site needs |
| Backplane Bus Speed | 48 Mbit/s | Ensures high-speed data transmission between modules and controllers |
| Mounting Type | 35 mm standard profile rail | Complies with industrial standard mounting specifications for easy assembly |
| Reaction Time | Up to 20 microseconds | Enables rapid response to control signals and field data |
Every SLIO E/IP and M-III Fieldbus module features a built-in web interface for displaying diagnostic information and module status. Connecting to your network allows simple, remote access.
Achieve response speeds of up to 20 microseconds with the high-speed SLIO backplane bus. Allows configuration of up to 64 modules while maintaining data transmission rates up to 48 Mbit/s.
Eliminate manual I/O mapping time. The MotionWorks IEC SLIO Hardware Configuration tool lets you set up an entire I/O system configuration seamlessly.
Standard Dimensions: 12.9 mm × 109 mm × 76.5 mm (Width × Height × Depth)
Delivery information typically includes structured packaging to prevent static electrical damage, standard industrial packaging boxes, and typical regional shipping carrier parameters based on order requirements.