PROSOFT WRC-CANX-DIN-DN power wiring module

Description

PROSOFT WRC-CANX-DIN-DN performance indicators
Standard accuracy: ± 0.1% FS
Temperature drift: ± 0.015%/℃
Response time: ≤ 1s (0 → 90%)
Stable time: ≤ 3s
Channel isolation: isolation between input output power supply
Insulation resistance: ≥ 100M Ω/500VDC (AC)
Isolation capacity: 1500VAC/1 minute 50Hz
Isolation voltage between safety zone and danger: 250VAC
Anti electromagnetic compatibility: Comply with relevant anti electromagnetic standards of IEC61000

The WRC-CANX has the following features:
Extends CAN-Bus cable lengths – trunk line or drop lines
Allows operation at higher speeds for specific distances
Expands the usable applications for CAN-Bus systems
Operates at 9.6K, 10K, 20K, 40K, 50K, 100K 125K, 250K, 500K, 800K and 1M baud
Operates up to 1M baud for other CAN protocols
No configurable parameters
Automatic baud rate selection
No address selection required
Isolates the two sides of the bus – 2500 volts
Logically transparent to the Master and Slave devices on the bus
DeviceNet; SDS; CANopen, J1939, CAN, V2.0, Part A and Part B compatible
Powered from the 24Vdc supplied by bus network or the user
Two mechanical packages:
DIN rail mount: WRC-CANX-DIN
Sealed NEMA-4X enclosure: WRC-CANX-NEM
5-pin pluggable connection for the DIN mount unit
5-pin round mini-style connection for the NEMA mount unit
Standard CAN chips manage bus error detection
Standard CAN chips handle message bus contention
Less than 900 sec latency
4 bi-color (red/green) status LED’s
CE Compliant

To Install and Establish Communications

1. Remove the CAN-Bus Extender from the box and connect your CAN-Bus cable to the 5-pin plugs (supplied with CANX-DIN) or the mini-style connectors (user-supplied) according to wiring specifications for the CAN Bus you are using and described later in this manual.

2. Leave the DIP switches in the factory setting position of FF or all OPEN positions. The DIP switches are set to autobaud both A and B sides from the first valid CAN message on either side.

3. Using on-board jumpers W1 and W3, terminate each side of the CAN-Bus network, as appropriate. (This is especially critical at the higher baud rates.)

4. The CANX does not differentiate between A side and B side from a functional perspective. The CANX can be oriented with either side toward the Master.

5. Make sure that there is power on both network sides. (The CANX isolated power and signal.)

6. Plug the CANX into your network.

7. The CAN-Bus Extender will undergo its initialization sequence, flashing the LED’s. After approximately 5 seconds, the Module Status LED (labeled “MS”) will go on solid green and network LED’s (labeled “NSA” and “NSB”) will flash green.

8. Both Network A and B Status LED’s (NSA and NSB) will go on solid once a valid CAN message is received into either side of the Extender and the baudrate auto-detect has been successfully performed.

9. The CAN-Bus Extender is now operating on the network and is ready to repeat messages from either Network A or Network B.