Product Introduction Product Introduction



Control Devices_Temperature controllers/SNOL controller user interface/Eurotherm data recoders/Computer software SNOL V2.0/Timer Galaxy

Product name:Control Devices
Product specifications:MODEL: Temperature controllers/SNOL controller user interface/Eurotherm data recoders/Computer software SNOL V2.0/Timer Galaxy

SNOL products are equipped with high-precision digital microprocessor Omron or Eurotherm temperature controllers fitted with self­ tuning and manual PIDsettings.Temperature measurement is supported bythennocouple. The customer can select a basic or programmable temperature controller, which offers up to 32 programming segments (rate of temperature rise or decrease controL maintenance of preset temperature, automatic shutdown). A wide range of devices allows to select the most appropriate controller for your process.

Eurotherm data recorders are ideal for basic visualisation and recording requirements. They have a full colour display and utilise touch screen technology for clear and intuitive configuration and operation. Also, support of a USB port comes as standard to enable the use of a mouse, keyboard or a bar code scanner. Data can be moved manually or automatically archived to multiple locations: removable media, network servers orthe Eurotherm Review database on a PC.lhese recorders can easily be integrated into a larger system and datafilescan betransferred acrossthe network.

SNOLV2.0 Is a computer software for data recording, viewing and configuring the temperature controller running your thermal treatment process.The software is designed forWindows operating system.Computer software allows to simply run, review and display charts on thermal process temperatures and other settings.

The main function of the timer is to remotely start the furnace.The timer works in real-time. During the operation, the output contact of the timer Is operated according to the settings of the dial-switches. However, It Is possible to manually override this operation for each channel individually at all times.

 

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