Metis H309 / H316 / H318 High-Speed 1-Color Radiation Pyrometers High-Speed pyrometers for non-contact temperature measurement in short wavelength spectral range, primarily for measurements on metals and bright and shiny materials, ceramics and graphite. ■■ Ideally suited for temperature measurement and control in laser processes. Fully digital and very fast with response time <40 µs for more than 50,000 measurements per second Temperature ranges between 120°C and 2500°C (248°F and 4532°F) Highest accuracy and repeatability Small spot sizes from 0.4 mm 10-digit matrix display for temperature and IR sensor parameters Configuration via push buttons or SensorTools software 2 high resolution 16 bit analog 0/4 to 20 mA outputs Laser targeting, color video or through lens sighting 3 versatile configurable inputs or outputs Serial RS485 high-speed interface Optional equipment: PID controller or fieldbus systems, analog input for external s

Metis H309 Specify with temperature range, 12 pin or 17 pin model, sighting method and optics Metis H316 Specify with temperature range, 12 pin or 17 pin model, sighting method and optics Metis H318 Specify with temperature range, 12 pin or 17 pin model, sighting method and optics Note: SensorTools software is included in scope of delivery, Connection cables are not included in scope of delivery and have to be ordered separately.

Typical Application The H3 series stands out where average pyrometers come up short. With an exposure time of only 20 μs the pyrometers measure 50,000 times per second, the response time is 40 μs. The response time or exposure time is the time it takes, until the actual temperature from the measuring object is captured from the pyrometer and converted to an output signal. This makes the H3 Series fast enough to perform a laser power control in near real-time and respond to complex workpiece geometries. Metis H3 pyrometers are stand alone, self-contained IR thermometers with direct outputs for...

Intelligent Installation Possibilities JJ The pyrometer communicates with other digital devices such as a PLC, computer with free SensorTools software or a self-written communication software program via serial interface. Measured values can be recorded and device parameters can be set directly on the device. Long distance connections with high transmission speeds of up to 921 kBd can be realized via RS-485. The devices can be addressed and used in bus configuration. An interface converter RS485 to USB accessory allows for easy connection to a PC. JJ Each of the high-resolution analog outputs...

The following tables show the optical data of the different device types. For reliable measurement the measurement object should be at least as large as the spot size. Values in the optics tables illustrate the focused measuring distances and respective spot sizes. The spot size diameter for distances not given in the table can be interpolated. The pyrometer can be used at distances other than its' focal distance, however the spot size is generally larger and therefore the target size must be larger. Focusable optics can be continuously adjusted within the minimum and maximum specified measurement...

Measurement display Measured value recording Processing the results Display devices inside temperature Changing pyrometer parameters Change pyrometer parameters Playback of recorded data Adapted graphics mode to computer performance Export measured values in csv files Record interval setting for acceptable data size. Back time recording of measured values after control pulse Laser targeting light switching on and off / configuring the camera display External start and stop of the recording measured values (via control input on the pyrometer) Create a service file with settings for remote diagnostics...