Using IQAN sync, we connect to the G11 through blue tooth and then receive a Socket Error#60. Any ideas? Looks like the phone is connected to the machine through blue tooth but is not establishing an internet connection (no green light). This was after asked us to update the firmware in the G11. Any ideas?

Does the MC43 have a Real Time Clock? Does it need one?

I am using IQAN design V3.19.7.4013. When I pressed F3+F4+Up buttons in MD3 same time, openning the main menu page. But I don't want this. This is a problem for me. What can I do for this.

You can see this problem the following video.

With the new MC42 and MC43 master modules, I see you have the ability to communicate via Ethernet communication port. Where can I find this part?

Any plans for Bluetooth sensor reading via the G11?

Hi

It will be possible use MC41 IQAN module as a slave?

How use MC41 and Panel MD3 together in same project?

Går det att få tag på reservdelar till IQAN-DG displaymodulen?

Jag har två problem med min, displayen har till 1/4 blivit svart (sprucken) och programeringsknappen tar mycket dåligt (brända kontaktytor)

We have an application for some voltage signals to be connected to the MC3 application. We have selected an XC23 module which compares a VIN signal on the MC3 with a VIN on the XC23. We have two of these functions (1 x MC3 VIN and 1 x XC23 VIN = one of two comparison functions in the application) measuring two different positions using sensors.

We have found that one set (an MC3 and XC23 VIN comparison) seem to follow almost exactly, however the other pair, the XC23 signal appears to increase and decrease in approx. 20mV steps. We are using VIN E and F on the XC23 and it appears the VIN F is causing the stepped signal even though it looks like it should have an accuracy of 1.22mV.

We have changed the sensor and XC23 module, but still appears to be doing it. Is there any reason for this behaviour? I have checked the VREF in the application, and all the VINs are configured to the correct reference voltage.

IQAN 4.05, application cycle of 50ms.

We want to use Spal brush-less fans, these fans have integrated electronics that control the fan speed. the speed can be controlled by a PWM signal mr 0 to 100% frequency 50 to 200Hz.

Is it possible to use the PWM output of the Iqan system to control this?

Regards, Ed

Does the current consumption of the module (170mA @ 24V) increase if we start connecting sensors on the VREF pins or does this value include the max draw on both the VREF (140mA x 2)?

Does this apply to all master / expansion modules?