ChangeLog Xcrono
CHANGES from 1.07 to 1.08 02/10/2017
- Fixed data type "waiting time zones" and "pump Advance" - by pressing the numeric keys representing the value for 10
- New setting to have the ability to define a port other than 80 on which the web server responds
- As a consequence updated s / w on the remote server to manage everything
- Added ability to change the clock (only hours and minutes) from the web server
- Added RTC calibration based on the type of hardware (with or without Ethernet)
- Updated USB host library - MSC
- Updated file system
CHANGES from 1.6 to 1.07 10/03/2016
- Fixed access password-protected settings sets - as below but for the periods settings
CHANGES from 1.05 to 1.06 08/06/2016
- Fixed access password-protected settings sets (after entering the password always pointed to the first zone settings)
- Improved management of external EEPROM (new chip Clock <10Mhz)
CHANGES from 1:04 to 1:05 12/15/2015
- Fixed access password-protected settings sets (not asked pswd)
- Fixed access system settings (single) moving from password required
CHANGES from 1.03 to 1.04 12/01/2015
- Fixed buffer overflow in the event of failure of the server address resolution "www.xcrono.it"
- Fixed rain sensor vision of the web server
- Fixed manual watering cycle start if the day is not planned
- Changed data type of "delay and advance group" (from - / + 300 to - / + 900)
- Improved ethernet connection management (link_down / link_up on error)
- Improved performance of web temperature when HXSP anomaly (-? -)
CHANGES from 1.02 to 1.03 22/04/2015
- Access the web server via the cloud
CHANGES from 1.01 to 1.02 24/02/2015
- Completed web server
- Added English
CHANGES from 1.00 to 1.01 12/15/2014
- Improved selection screen check-control (weather, readers, etc.)
- On the web server for the part climate (vision and password setting)
Our company has been developing automation systems since 1978 and now it can boast a highly skilled team of engineers for studying and developing the product right from the initial design stage to its final application. The experience acquired is intensively put into practice at all manufacturing stages to guarantee equipment performance and commitment to customer support. Close cooperation between R&D and production is essential to get the best from technical equipment design and application.
Our production departments are fully automated to efficiently meet the various customers' requirements and guarantee proved standards with reduction of costs, which so far was only possible on a large-scale production.
Advanced hardware design is the bedrock of our success with an intensive use of computer-based process automation systems right from the second half of the eighties, even in applicative fields which were considered “too poor” for computer science application. 
The range of products includes a few hundreds of standard models destined to various fields of process automation. 
A data processing centre (EDP) linked in real time to internal user video terminals provides immediate handling of orders to ensure prompt deliveries.
Development of new products presupposes in-depth knowledge of the market situation and target range.