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Industrial Aluminum Alloy Din Rail 1-Channel CAN Repeater (Mini)

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Description :

Overview

This industrial-grade intelligent CAN bus repeater is designed to increase the CAN bus load and extend the communication distance when the number of device nodes on the CAN bus exceeds 110 or the communication distance exceeds 10 km.

The two CAN channels can operate at different baud rates and comply with CAN specifications 2.0A (11-bit CAN identifier) and 2.0B (29-bit CAN identifier). It supports transparent, protocol-independent CAN message transmission, making it suitable for a variety of applications. Furthermore, it is compatible with various higher-level protocols such as CANopen, SDS, J1939, and DeviceNet.

This repeater can be configured with a CAN message receive filter, ensuring that only required data is transmitted through the repeater to other CAN networks. Configuration is done via the Ethernet web interface, including CAN channel baud rate, CAN message receive filter, and more. It is easy to use and takes effect immediately; once configured, the device is ready for operation without any further operation.

Parameters

Model Number:

FCT-C2C

Product Function Description

1-channel CAN bus repeater, industrial rail type, with Ethernet WEB configuration

Service Port Description

1-2 CAN terminal blocks, 1 100M Ethernet port

Power Supply

DC Power Supply:

Redundant dual power inputs: DC9-70V, power consumption <5W

Overload protection: Supported;

Reverse polarity protection: Supported;

Redundancy protection: Supported

Connector: 4-pin, 5.08mm pitch plug-in terminal block

Built-in AC Power Supply:

AC~85-265V or DC110-300V wide-range input, power consumption <5W

Overload protection: Supported

Connector: 3-position AC socket

Product Size

(110mm (L) x 86mm (W) x 40.5mm (H))

Mounting options: DIN-rail mounting, wall mounting

Weight

0.495KG/PCS

CanBus Interface  

Standards

Protocol: Complies with international CAN 1.0 and CAN 2.0 standards

Baud rate: 0-1000Kbps

Physical interface: Industrial 3.81mm terminal block

CAN definition: CANH, CANL, GND

 

Ethernet Interface(10/100M)

Protocol: Compliant with IEEE 802.3ab and IEEE 802.3z

Speed: 10/100 auto-negotiating, full/half duplex

MAC address table: Capable of learning 4096 MAC addresses

Physical interface: RJ45 socket, supports Auto-MDIX

 

Working Environment

Working Temperature: -40℃ — +85℃

Storage Temperature: -40℃ – +85℃

Working Humidity: 0% — 95% (no condensation)

MTBF: > 100,000 hours

 

Application

Features

Powered by an ARM Cortex-M4 processor with a main frequency of 240MHz.

The CAN bus supports non-blocking communication at line speeds of 0-1Mbps, automatic baud rate scanning and matching, and custom baud rates.

It supports CAN 2.0A and CAN 2.0B frame formats and complies with ISO/DIS 11898.

The maximum transmit data rate is 8000 frames/second; the maximum receive data rate is 14000 frames/second. The CAN-side received message timestamp accuracy reaches 1µs.

Each CAN channel has 6kV lightning protection and 3kV optical isolation. Each CAN channel has an independent shielded ground interface and is powered by a 3kV isolated DC-DC power supply. Communication signals are isolated by high-speed optocouplers.

The CAN bus isolator can perform CAN network relay functions, storing and forwarding data between CAN networks of different speeds. Main applications are as follows:

  This series of products can increase the number of load nodes and extend communication distance, achieving network relay capacity expansion.

  The communication baud rate of each channel can be independently configured to interconnect CAN networks with different communication baud rates.

 Powerful ID filtering and data conversion capabilities allow precise acceptance of ID configuration to minimize CAN bus load. Alternatively, specific IDs and data can be modified to remove interference data and distinguish different devices.

Strong anti-interference capabilities prevent the user’s CAN device from being affected by strong interference and causing it to freeze.

Supports one 10/100Base-T 100M Ethernet channel; supports automatic crossover detection (MDI/MDIX) for web configuration and system firmware upgrades.

Dual DC power supply (5.08 terminal block):

Powered by a wide range of DC9-70V power supplies. The power supply features automatic polarity detection, eliminating the need to distinguish between positive and negative poles during installation.

Supports internal Isolation, redundant dual power inputs with reverse polarity protection.

AC power supply (three-position plum blossom AC socket):

 Supports a wide input range of AC ~85-265V or DC 110-300V.

Power supply features overload protection and complies with Industry Level 4 electromagnetic compatibility requirements.

Strong lightning protection: protects against lightning strikes, induced high voltage, and surges.

Fanless design for efficient heat dissipation, reducing repair time.

Anodized aluminum alloy housing with IP40 protection rating withstands harsh environments.

Can be mounted on a DIN rail or wall.

Wide operating temperature: -40°C to +85°C; all models are 100% oven-tested.

Distance and Rete Relationship Diagram

Communication Distance

Maximum Baud Rate (bps)

25m

1M (Terminal resistance is 120Ω)

40m

800k (Terminal resistance is 120Ω)

70m

500k (Terminal resistance is 120Ω)

140m

250k (Terminal resistance is 120Ω)

280m

125k (Terminal resistance is 120Ω)

350m

100k (Terminal resistance is 120Ω)

450m

80k (Terminal resistance is 120Ω)

700m

50k (Terminal resistance is 120Ω)

1 km

35k (Terminal resistance is 120Ω)

2 km

18k (Terminal resistance is 120Ω)

3 km

9k (Terminal resistance is 160Ω)

4 km

7k (Terminal resistance is 220Ω)

5 km

7k (Terminal resistance is 240Ω)

6 km

6k (Terminal resistance is 270Ω)

7 km

5k (Terminal resistance is 300Ω)

8 km

5k (Terminal resistance is 330Ω)

9 km

5k (Terminal resistance is 360Ω)

10 km

5k (Terminal resistance is 390Ω)

 

 

If you have such project requirements:

 

There are only a few nodes on site, the wiring is standardized, and the handle connection distance is not far. One of the devices is expensive, and I want to isolate and protect it.

There are a large number of nodes on site, the communication distance is very far, the bus structure is chaotic, and there is a star connection. Now, as long as a branch line is connected in parallel, it will affect the original normal communication.

There are multiple inverters on site, and communication becomes abnormal as soon as the inverter is started.

I want to isolate the CAN bus of a commercial charging station.

I have multiple products of the same model that need to access the same network, but they use the same ID and I want to distinguish them.

The customer has an existing system that I need to connect to, but I only want to focus on their specific ID frames.

I am building a new CAN system and would like to know the current network quality status.

                   

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