STX-E Series (Entry model)
Deliver High-Quality system to everyone!
Reaching out to every user in every country. We wish to introduce great cost performance system with 22 years of our technical know-how in.
Accurate and uniform temperature control
TOKAI HIT Heating Quality
Tokai Hit’s original Top Heater is proven to distribute heat uniformly within the Chamber
regardless of the type of vessels.
No interference by objective
With unique Top Heater Heating Time regulation, the bottom of Chamber is access-free for variety of objectives. (No metal plate at the bottom.)
Apply Internal Humidifier to keep high humidity condition during the imaging
Keeps high humidity inside the chamber by heating the distilled water in the Bath Unit.
Internal Humidifier minimizes the change in concentration of media by keeping the humidity inside the chamber.
Stable CO2 environment
The controller mixes 100%CO2 gas and the surrounding air automatically. Stable gas concentration inside the Chamber is obtained by keep sending the mixed gas to the Chamber.
(※In case of controller with a built-in digital gas mixer)
Stress-Free Quality
Prevent the focus drift
In addition to PID control, Continuous Current Control minimizes the focus drift generated by thermal expansion and it also prevents light intensity change compared to the conventional ON/OFF control.
Specification
STXG with built-in gas mixer | STXF with analog flowmeter | |||
---|---|---|---|---|
Temperature | Temperature control | PID control | ||
Increments | 0.1℃ by digital switches | |||
Setting method | Touch Panel or PC | |||
Possible temp. setting range* | SAMPLE TEMP | 30℃~40℃ | ||
TOP HEATER | 10℃~65℃ | |||
BATH HEATER | 10℃~50℃ | |||
STAGE HEATER | 10℃~50℃ | |||
LENS HEATER | 10℃~45℃ | |||
Rise time | 10 minutes to reach 50℃ | |||
Accuracy | Within ±0.3℃ at each heater surface(in our terms and conditions) | |||
Sensor | Pt 100 | |||
Humidity | Humidification control | Forced humidification by heating Bath Unit | ||
Condensation prevention | Top Heater equipped with glass heater | |||
Gas | CO2 concentration range | 5%~20% | ー | |
Control method | PID control | Precision needle valve | ||
Accuracy | Within ±0.1% | Within±2% FS | ||
Gas type | 100% CO2 | 5%CO2 | ||
Input gas pressure | 0.1Mpa~0.15MPa | |||
Output gas pressure | 160 ml/min | 75 ml/min~ 250 ml/min | ||
Power source | 100 V~240 V AC ±10% 50/60Hz | |||
Maximum power consumption | 110W | 90W |
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