For more information on the device please refer to the manual by the manufacturer which can be downloaded here. 1.2. Reference WISE 4050 is a product of: Advantech Co., Ltd., No. 1, Alley 20, Lane 26, Rueiguang Road, Neihu District, Taipei 11491, Taiwan, R.O.C. Tel: 886-2-2792-7818, Toll Free: 0800-777-111 https://www.advantech.com...
2. Quick start 2.1. Setup Switch off the machine and wire the Advantech™ device with the machine (24V DC). Default mapping: DI0: Online/Offline DI1: Producing/Not Producing DI2: Good Cycle DI3: Bad Cycle 2.2. Configure Switch on the machine and configure the device: ...
3. Hardware setup 3.1. Step 1: Internet connection Connect the device with the internet. 3.1.1. Wi-Fi Power up using a 10~30V power sup- ply, that's connected between the +Vs and -Vs pin. Enable the Wi-Fi interface on your de- vice and make sure the Wi-Fi adapter is in DHCP mode.
In "Configuration" select tab "Cloud" In Cloud Configuration Select Service "iSensing MQTT" Note: If this option is not available, please install the latest firmware directly from Advantech™ Enter the MQTT Settings: MQTT Host Name: mqtt- cred.tig2go.com Port Number: 61614...
3.4. Step 4: Device registration Register the device at TIG. Send the following information via e-mail to tig2go@tig.at: Serial number of the device. The serial number is 12 digits long and printed on a sticker on the back of the device Customer details: Customer name Admin email*...
4. Input port mapping In order to get correct information, TIG 2go requires the input ports DI0 to DI3 be mapped to the fol- lowing signals from the machine: 4.1. Status information The first two wires are expected to be connected to a continuous signal for the machine and produc- tion status.
4.2. Counter information With the last two wires TIG 2go maintains two counters for produced parts—one for good parts (“yield”) and one for bad parts (“scrap”). In order to provide these counters with meaningful infor- mation, the machine has to signal after each cycle ...
4.2.2. Concurrent signaling systems After each completion of a cycle (good or bad), the “cycle completed” information is signaled over one wire (the “cycle” signal line). If at the same moment nothing is signaled over the other wire (the “scrap” signal line), the cycle is considered good.
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