Key Features & Benefits
1. EMC Level 3 protection for stable performance.
2. CANopen to Modbus RTU/TCP seamless protocol conversion.
3. Handles complex automation with 1400 I/O byte support.
4. Flexible data handling with 128 TPDO/RPDO group support.
5. Dual 120Ω terminal resistors with easy DIP switch control.
6. Streamlined configuration and diagnostics via Type-C interface.
PRODUCT CATEGORIES
Introduction
In the era of Industry 4.0, the GW IPC 01 acts as a vital architectural bridge, facilitating the convergence of siloed industrial networks into data-driven ecosystems. As manufacturers move toward holistic operational visibility, the need to unify CANopen-based motion control and sensor clusters with Modbus-based PLCs and supervisory SCADA systems is paramount. This converter eliminates the technical friction between these disparate protocols, providing a deterministic data path that ensures real-time synchronization without necessitating a complete overhaul of existing fieldbus infrastructure.
The hardware is engineered for high-performance protocol translation, utilizing a 32-bit processing core to manage high-density data mapping. Featuring dedicated CAN, RS485, and 10/100M Ethernet interfaces, the GW IPC 01 operates as a CANopen Slave while functioning as a Modbus Master (supporting both RTU and TCP variants). This dual-role capability allows engineers to integrate complex Modbus slave devices into a CANopen master control environment with minimal latency.
EMC Protection (ESD): IEC 61000-4-2: 6kV contact, 8kV air
EMC Protection (Surge): IEC 61000-4-5: 2kV common mode, 1kV differential
Isolation: Full isolation for Serial, Ethernet, CAN, and Power interfaces
Slot Support: 16 Configurable Slots
PDO Groups: 128 TPDO / 128 RPDO
Mapping Variables: Up to 16 variables per PDO group
Modbus RTU Capacity: Supports up to 255 slave stations
Modbus TCP Capacity: Supports 1 TCP slave station (as TCP client)
CAN Pin Assignment: H: CAN_H, L: CAN_L, GND: CAN ground
CAN Baud Rate: 5kbps to 1000kbps (Supports custom baud rates)
Terminal Resistor: Built-in 2 x 120Ω; 1 DIP ON: 120Ω parallel; Both DIPs ON: 2 x 120Ω parallel
RS485 Connector: 3.81×3P pluggable terminal block with screw lock
RS485 Pin Assignment: A (RS485 A), B (RS485 B), G (GND)
RS485 Baud Rate: 600 to 230.4K bps
RS485 Data Format: 8 Data bits; Stop bits: 1, 2; Parity: None, Odd, Even
Ethernet Port: 1× RJ45 (10/100Mbps, auto MDI/MDIX)
Ethernet Networking: Default IP: 192.168.0.7; Gateway IP: 192.168.0.1
Debugging Interface: Type-C interface for troubleshooting
Maintenance Interface: Reload Button: Press for 3–15s to restore factory settings
WORK: System operating status indicator
RS485: RS485 communication activity indicator
CAN: CAN bus communication activity indicator
RS485 Interface: 3.81×3P Screw-Lock Terminal Block
Ethernet Interface: RJ45 Port
Recommended Power: 12V / 1A
Power Connector: 5.08×2P pluggable terminal with anti-reverse/screw lock
Working Current (Idle): 43.97mA (avg) / 45.76mA (max) @ 12V
Working Current (Full Load): 46.26mA (avg) / 48.35mA (max) @ 12V
Casing Material: Aluminum (IP40 Rating)
Installation: 35mm DIN rail mounting
Storage Temperature: -40°C to +105°C (non-condensing)
Operating Humidity: 5% to 95% (non-condensing)