Table of Contents
Related Manuals for LumaSense technologies IS 6-TV Advanced
Summary of Contents for LumaSense technologies IS 6-TV Advanced
- Page 1 上海麦兴仪器设备有限公司 www.imaxsun.com IMPAC Pyrometers IS 6-TV Advanced ∂ IGA 6-TV Advanced ∂ IGA 6/23-TV Advanced ISR 6-TV Advanced ∂ IGAR 6-TV Advanced Addendum to IS 6 Advanced, IGA 6 Advanced, IGA 6/23 Advanced, ISR 6 Advanced and IGAR 6 Advanced Manuals...
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Page 2: Table Of Contents
Contents General Information ...................... 5 1.1 Information about the user manual ..............5 1.1.1 Legend ......................... 5 1.1.2 Terminology ......................5 1.2 Safety ........................5 1.3 Limit of liability and warranty ................5 1.4 Unpacking the Instrument ..................6 1.5 Transport, Packing, Storage .................. 6 1.6 Service Request, Repair, or Support .............. -
Page 3: Introduction
2 Introduction 2.1 Technical Data (Different from IS 6 Advanced, IGA 6 Advanced, IGA 6/23 Advanced, ISR 6 Advanced, or IGAR 6 Advanced) FBAS-Signal ca. 1 VSS at 75 Ohms, Video-Signal: PAL (B), 50 Hz, CCIR656 video output galvanically isolated from power supply, analog output and digital interface Date/Time: Real time clock with about 14 days buffer (GoldCap) -
Page 4: Dimensions
2.2 Dimensions All dimensions in mm Series 6 – TV Advanced Manual Electrical Installation ∂ 10... -
Page 5: Electrical Installation
3 Electrical Installation 3.1 Video Output Electrical Connection On the back cover of Series 6-TV Advanced pyrometers, there is an additional coaxial connector for the video output. LumaSense offers ready-made video connection cables in various lengths, which are fitted with a BNC connector and a BNC-RCA adapter to connect to a monitor or video grabber. -
Page 6: Operating Mode
Operating Mode The two dots above the letter “T” show the selected operating mode (ISR 6-TV Advanced and IGAR 6-TV Advanced only). ∂ 2-channel mode: 2 dots displayed. If the signal falls below the set Relative Signal (see "Relative Signal" in ISR 6 Advanced or IGAR 6 Advanced Manual), the temperature displayed on the... -
Page 7: Software Infrawin
Software InfraWin You can configure the video image and display options using a PC and the InfraWin 5 software (included in scope of delivery). 4.1 Set Video Mode Parameters 1. Choose TV for setting the parameters of the video module. 2. - Page 8 ∂ Manual - the brightness of the video image can be set manually using the slider at the right side of the video image. ∂ Automatic - the brightness of the video image is automatically controlled. Using the two sliders (red and blue) at the right side of the video image, a range of brightness can be set where the automatic control should work.
- Page 9 Comparison between manual and automatic control of brightness: The measuring temperature was changed for the image recording from the beginning of the measuring range to 1200 °C. Manual brightness control Automatic brightness control Series 6 – TV Advanced Manual Software Infrawin ∂ 15...
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Page 10: Accessory (Optional)
5 Accessory (optional) 5.1 Video Grabber (Converts Analog TV to USB) Using the video grabber (optional accessory) in conjunction with the software InfraWin 5, it is possible to see the video image on the PC screen together with the temperature graph. The video image can be size adjusted and positioned at any place of the screen. -
Page 11: Adjusting Video Output Settings
5.1.2 Adjusting Video Output Settings 1. Select Grabber input. 2. Currently, only “PAL_B” is supported. 5.1.3 Viewing the Video Image During a temperature measurement of the pyrometer, the video image can be displayed on the screen by pressing the TV button. The video image can be positioned anywhere on the screen. -
Page 12: Data Format Universal Pyrometer Protocol (Upp): Extended For Video Module
6 Data format Universal Pyrometer Protocol (UPP): Extended for Video Module Software commands can be exchanged directly with the pyrometer through an interface using suitable communication software or by using the Test function located in the Pyrometer Parameters window of the InfraWin software package. The data exchange occurs in ASCII format with the following transmission parameters: •... - Page 13 Description Command Parameters v00XX Text fade in, set value. XX=00..1F,hex Bit[0]: Overlay_0 -> parameter display (0: fade out; 1: fade in) Bit[1]: Overlay_1 -> Time/Date (0: fade out; 1: fade in) Bit[2]: Overlay_2 -> User-Text (0: fade out; 1: fade in) Bit[3]: Overlay_3 ->...
- Page 14 Description Command Parameters Text properties parameter, read. Answer 4-digit, hex. v10ABCD Text properties parameter, write. A: text color (0..F) B: text transparency (0..7 ⇓ 0: transparent; 7: full opacity) C: background color (0..F) D: background transparency (0..7) Color palette: 0=black; 1=DarkRed; 2=Red; 3=Pink; 4=Teal; 5=Green; 6=BrightGreen; 7=Turquoise;...
- Page 15 Description Command Parameters Control limit, for automatic brightness read. Answer: XXYY (4-digit, hex) v24XXYY Control limit, for automatic brightness write. XX: bottom Control limit (00..FFhex) YY: top Control limit (00..FFhex) brightness of the image is changed by the OV7960 till the average value of the brightness, all pixels within the defined AVG rectangle, is in these control limits) v24?
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Page 16: Reference Numbers
7.1 Reference numbers instrument Type Temperature Range Reference Number 600 to 1800 °C (MB 18) 3 914 570 IS 6-TV Advanced (PAL / RS485) 600 to 3000 °C (MB 30) 3 914 530 IGA 6-TV Advanced 250 to 1800 °C (MB 18)
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