What this means is that you still have until April 10th to submit an application for GSoC, and to do so, you should go the GSoC webapp and fill an application under the organization “Tcl/Tk Community” and submit your proposal for an aMSN related project. You can get ideas on what we’d really like people to work on by having a look at our wiki. Don’t forget you can submit your own ideas if you wish to, but make sure it’s something we’d like to see and that it’s worth working on for 2.5 months at 40 hours/week. Make sure you read the User Guide and the FAQ that Google has put up and don’t forget that this is just like submitting an application for a job (there is 4500$USD involved.) so you need to make sure you convince us that you are the best person for the job. Quality over quantity, and only submit an application if you know you can do and finish the project on time. I hope we can get good students this year who will help us improve aMSN. Some of you might have noticed that the 0.98.2 version of aMSN was never released. The reason is simple, we planned to release aMSN 0.98.2 for so long now, we had multiple opportunities to do it and we even tagged in SVN and released a tarball with the sources of aMSN 0.98.2 twice already. but in the end, we never made that release official! One reason is that we always end up finding huge bugs the day after we start releasing it.
Amsn channel mac#
Second reason is that we can’t release without proper windows, mac and linux binaries, and for some reason, we never had the time to create those packages, so we ended up with the source package released, no binary packages, and in the end, it’s too late. I hope this satisfied everyone’s curiosity… if anyone actually noticed… So to avoid having two possible versions of aMSN with the same version number, we released 0.98.3! When we finally got around to doing this new release today, we decided to skip the 0.98.2 version and go directly to 0.98.3 to avoid any confusion, because * maybe* someone downloaded the 0.98.2 source package at some point when it was available, maybe some distributions noticed the tag in SVN and started to ship that version. Red and green LEDs indicate the device status, communication interruptions, defective sensors or device settings unsuitable to the sensor as well as the device's maintenance requirements.Now go grab your aMSN 0.98.3 anow and enjoy!Īs some of you will notice, the news on the front page of the aMSN website have slightly changed. The 24 V DC supply can be connected either via TBUS or via a cable connected to the terminals at the back. The network address for rapid Modbus configuration is set via DIP switches on the front panel. In this way, a dual-channel MemoRail model provides four readings as well as temperature. Additionally, the transmitters allow for the connection of the SE 554 X/1-AMSN and SE 555 X/1-AMSN combination sensors that synchronously measure pH and ORP values. Either two freely selectable Memosens sensors or a Memosens sensor and a SE 740 LDO can be connected. The new devices come as single- or dual-channel versions with freely combinable parameters or sensors.
For the measurement of pH/ORP, conductivity or oxygen, MemoRail Modbus can be combined with all Memosens sensors, whether pH glass, IsFET, oxygen, or conductivity (conductive and inductive).
Up to 32 transmitters can be connected to a Modbus master. The MemoRail Modbus modules from Knick, which feature a modular housing with a width of 17.5 mm, transmit measured values and diagnostic data to the Modbus master, and they also enable unrestricted access to device configuration and sensor calibration through the Modbus RTU protocol. The MemoRail Modbus A1405N is a multi-parameter analyzer that provides operators with a transmitter for full-featured integration of Memosens monitoring stations into the fieldbus standard
Amsn channel series#
Knick Elektronische Messgeräte expanded their Memosens transmitter series MemoRail for control cabinet installation with a Modbus interface version. Knick introduces Memorail Modbus A1405N analyzer
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