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protocol converter
35000.0 INR/Unit
Product Details:
- Power Supply +10 VDC ~ +30 VDC (external via terminal block)
- Device Type Industrial Protocol Converter (CAN Bridge)
- Interface Type Dual CAN (CAN 2.0A/2.0B)
- Frequency Supports baud rates from 5 kbps to 1 Mbps
- Network Device Protocol Converter (CAN Bus Bridge)
- Operating Temperature -25C to +75C
- Port 2 x CAN (CAN CH1, CAN CH2) terminal block connections
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protocol converter Price And Quantity
- 35000.0 INR/Unit
- 2 Unit
protocol converter Product Specifications
- Wired (Terminal block for CAN networks)
- 0.5 W (typical)
- Not applicable (Wired device)
- Up to 1000 meters (dependent on baud rate and cable type)
- Not Supported; Device functions as a bridge/gateway, not as an IP router
- 2 CAN channels, 2 x 2-wire CAN interfaces (plus power and ground terminals)
- +10 VDC ~ +30 VDC (external via terminal block)
- Industrial Protocol Converter (CAN Bridge)
- Dual CAN (CAN 2.0A/2.0B)
- Supports baud rates from 5 kbps to 1 Mbps
- Protocol Converter (CAN Bus Bridge)
- -25C to +75C
- 2 x CAN (CAN CH1, CAN CH2) terminal block connections
- Approx. 185g
- CAN Bus conversion, bridging two CAN networks, industrial automation, automotive, monitoring distributed CAN nodes
- 123 mm x 72 mm x 35 mm (approximately)
- 3KVDC isolation per CAN side, selectable 120 terminal resistor, rotary switch for value & baud selection
- Supported
- Rotary switch for baud rate and CAN value selection
- Surge and ESD protection on CAN lines
- CAN 2.0A and CAN 2.0B compatible
- Selectable 120 built-in via DIP switch
- 3KV DC (CAN CH1 to CH2)
- PWR, CH1 ERR, CH2 ERR, CH1 Rx, CH2 Rx
- 3-pin removable terminal block
- Industrial grade plastic, flame retardant
Product Description
A protocol converter is a hardware or software device that translates data between incompatible communication protocols, enabling seamless interoperability between different systems, devices, or networks. It acts as a bridge, allowing machines from different manufacturers or generations (e.g., legacy to modern) to exchange information.
Key Characteristics and Functions
- Protocol Translation: Converts, for example, Modbus RTU to Modbus TCP, or serial (RS-232/485) to Ethernet.
- Master-Slave Architecture: Often functions as an internal master collecting data from slave devices and mapping it to a database accessible by an external master.
- Interoperability: Bridges various technologies in Industrial Automation, Building Automation, SCADA systems, and Internet of Things (IoT) platforms.
- Medium Conversion: Frequently converts data transmission media, such as changing copper cable signals to fiber optic
Robust CAN Protocol Support
This device acts as a bridge between two independent CAN networks, supporting both CAN 2.0A and 2.0B standards. Its dual-channel design and selectable baud rates make it highly versatile for industrial and automotive applications, ensuring reliable data transmission across complex systems.
Industrial Grade Design & Safety
Featuring 3KV DC isolation between its CAN channels, the protocol converter ensures safe and stable operation in harsh environments. Surge and ESD protections are built-in, and the housing is made of flame-retardant industrial-grade plastic. It mounts securely on DIN rails, fitting effortlessly into control panels and enclosures.
Flexible Configuration & Monitoring
With rotary switches for baud rate and channel value selection, configuration is simple and tool-free. LEDs provide clear indication of power status, errors, and data activity on both CAN channels, aiding troubleshooting and system diagnostics.
FAQ's of protocol converter:
Q: How do I configure the CAN baud rate and channel value on the protocol converter?
A: You can set the CAN baud rate and channel value by using the rotary switches on the device. This allows efficient and precise adjustments without the need for software tools.Q: What level of electrical isolation does this protocol converter provide between the CAN channels?
A: The converter offers 3KV DC isolation between CAN CH1 and CAN CH2, effectively safeguarding against electrical surges and minimizing signal interference.Q: When should I activate the built-in terminal resistor?
A: Activate the built-in 120-ohm terminal resistor using the DIP switch if your converter is placed at the end of a CAN bus segment. This helps prevent signal reflections and ensures data integrity.Q: Where can I mount this protocol converter in my system?
A: The device is designed for easy DIN rail mounting, making it suitable for installation in industrial control panels, automation cabinets, or automotive test benches.Q: What are the main benefits of using this protocol converter in CAN networks?
A: This converter enables seamless bridging between different CAN segments, offers high electrical protection, and simplifies setup and monitoring, thus enhancing system reliability and reducing maintenance time.Q: How far can the CAN bus cable be extended using this converter?
A: Cable length can reach up to 1000 meters, depending on selected baud rate and cable type, enabling flexible deployment across large industrial facilities.Q: Is there IP routing functionality in this device?
A: No, this device acts strictly as a CAN bridge or gateway and does not support IP routing. It is engineered for direct CAN network connections via terminal blocks.Tell us about your requirement
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