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E-mail
sales@caikon.com
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Phone
13917369745
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Address
No. 41, Lane 98, Shunda Road, Jiading District, Shanghai (Nanxiang Modern Enterprise Park)
Shanghai Caikang Optical Instrument Co., Ltd
sales@caikon.com
13917369745
No. 41, Lane 98, Shunda Road, Jiading District, Shanghai (Nanxiang Modern Enterprise Park)
Optical cooling tableck-1200
1、 Instrument usage:
Optical cooling tableIt is a product designed for temperature dependent optical performance testing of research samples, which can characterize the characteristics of sample optical performance changes with temperature.
The product adopts liquid nitrogen refrigeration and resistance heating to achieve-Accurate control within the range of 190-600 ℃ (selection) or RT~1000 ℃ (selection), integrated with other optical equipment (such as microscopes, Raman spectroscopy, etc.) for temperature dependent in-situ testing. According to the needs, one can also choose between light reflection or light transmission modes.
The product needs to be used in conjunction with a temperature controller and a refrigeration controller (optional), and the accompanying upper computer temperature control software is convenient for temperature setting and data collectionLabview Vis facilitates customized programming for customers.
2、 Instrument features:
• Temperature range: -190~600 ℃/RT~1200 ℃
• Temperature stability: ± 0.1 ℃ (< 600 ℃) ± 1 ℃ (> 600 ℃)
• Supports reflection/transmission modes
• An airtight chamber that can be filled with protective gas
• Upgradeable vacuum chamber (10 ^ (-3) mbar)
• The upper computer software control supports modification or customization
3、 Main technical parameters of the instrument:
| model | CK600-190 | CK1200 | ||
| Temperature Control Module | Cold and hot methods | Liquid nitrogen refrigeration, resistance heating | Resistance heating | |
| Temperature control range | -190~600℃* | RT~1200℃* | ||
| temperature stability | ±0.1(<600℃),±0.1(>600℃)*, | |||
| temperature resolution | 0.1℃ | |||
| Heating and cooling rate | 0~50 ℃/min (adjustable temperature control at fixed points/program segments) | |||
| Temperature control method | PID | |||
| temperature sensor | PT100 | thermocouple | ||
| optical properties | optical path | Reflective light path*Upgradeable to a transmissive light path | ||
| Window Material | quartz glass* | |||
| window size | Φ25mm* | |||
| Working distance of objective lens | 6mm* | |||
| light-transmitting hole | Default no transparent hole*Upgradeable transparent hole* | |||
| Window defrosting | Blow air defrosting at negative temperature | / | ||
| structural characteristics | Sample stage size | 23×23mm* | ||
| Sample table material | silver* | ceramics* | ||
| Overall dimensions | 100×100×25mm* | |||
| Sample chamber height | 4mm* | |||
| chamber | airtight*Upgradeable vacuum | |||
| Shell cooling | circulating water | |||
| Basic Configuration | Optical cooling tablex1, Temperature controller x1, refrigeration controller x1 (low temperature configuration), liquid nitrogen tank x1 (low temperature configuration), temperature control software x1, circulating water system x1 (high temperature configuration), several connecting pipelines | |||
| optional | desktop computer/Installation bracket/customized control software | |||
| Remarks | The above are default parameters,*For customizable items | |||
| other options | Can be configured according to needs | |||