RWD D165HT CO2 Incubator with O2 Sensor

Description

The RWD D165HT CO₂ incubator for cell culture achieves precise three-gas control by regulating the input of CO₂ or N₂. RWD D165HT CO₂ incubator for cell culture provides a controlled oxygen culture environment for specific cell tissues, better simulating the in vivo cell environment and enhancing cell growth performance.

RWD D165HT CO₂ incubator for cell culture is upgraded to 180℃ high-temperature sterilization, effectively killing 99.99% of microorganisms.
RWD D165HT CO₂ incubator for cell culture uses direct hot-water reservoir humidification to ensure more precise humidity control.
RWD D165HT CO₂ incubator for cell culture adopts three small doors, which cause less disturbance when opening and closing.

Advantages

More flexible gas configuration
Optional oxygen control module can simulate the low oxygen environment of cells in the body, promoting the rapid and healthy growth of primary cells, stem cells, and embryonic cells. The oxygen detector uses a durable zirconia sensor to ensure precise and stable control of O2 concentration.
More effective sterilization procedure
The 180°C dry heat sterilization program can efficiently kill fungi, molds, bacteria, and their spores. It has been validated by a third party, ensuring a sterilization effectiveness of up to 12log SAL. The entire process takes approximately 12 hours.
More efficient humidity control
The reservoir design enhances internal space efficiency and accelerates humidity recovery by five times compared to standard water pans. After a 30-second door opening, relative humidity is restored within 10 minutes. The system monitors water levels in real-time to ensure timely refilling and maintain optimal humidity. It also features a low-humidity mode to prevent condensation and contamination.
More energy-efficient internal door accessories
Optional triple small-section door design not only effectively reduces the amount of air exchange each time a door is opened, thereby lowering the risk of fluctuations in the internal environment, but also significantly enhances the convenience and safety of operations.
A brand-new software upgrade
The R-Link intelligent cloud-based control system allows you to monitor the device status anytime and receive real-time alarm notifications on your mobile device, ensuring timely handling and safeguarding the samples.

Specifications

Parameters	Size & Weight	Interior Volume	170L
		Internal dimensions	47.0(W)×57.0(D)×60.0(H) cm
		External dimensions	69.0(W)×87.0(D)×93.0(H)
		Net Weight	110KG
	Shelves	Number (Standard & Max)	3, up to 11
		Dimensions	41.8*46.5cm；1943.7cm2
		Load bearing	16 kg/sheet
	Temperature	Heating Method	Gas jacket direct heating
		Sensor	Dual Pt1000 platinum thermistor
		Controller	PID
		Control & Range	± 0.1 ℃ @37 ℃, 3 ℃ -55 ℃ higher than ambient temperature
		Uniformity	±0.25℃@37℃
	CO2 Concentration	Control & Range	±0.1%@5% 0 ~ 20%
		Sensor	190 ℃ high temperature infrared (IR) probe
		Input pressure	Recommended 0.08~ 0.1 Mpa
		Uniformity	±0.3%
		Readability & Setability	0.1%
	Humidity	Moisturizing mode	Integrated reservoir
		Relative humidity	≥93%
		Volume	3.8L
		Display	Water level display
	O2 control	Control and scope	± 0.1%, 1% to 21% (hypoxia)
		Sensor	Zirconia
		Input pressure	Recommended 0.08~ 0.1 Mpa
	Antifouling control	Sterilization temperature	180 ℃ high temperature dry heat sterilization
		Sterilization time	About 12 hours
		Filter	0.3 µm HEPA high-efficiency filter
	Security settings	Temperature alarm setting	User customizable, upper limit: (T + 0.1)~ (T + 5.0); lower limit: (T-0.1)~ (T-5.0)
		CO2 alarm settings	User customizable, upper limit: (T + 0.1%)~ (T + 1.0%); lower limit: (T-0.1%)~ (T-1.0%)
		Humidity alarm settings	Low water level alarm
		Door alarm settings	Alarm prompt 2 minutes after opening the door
		Safety door lock	During high-temperature sterilization, the internal cavity temperature exceeds 65 ℃ and automatically locks
	Software settings	Display control	High definition touch screen
	Software settings	Data storage and export	Equipped with R-link IoT module, it can view equipment operation status and receive equipment alarm data through mobile end or fixed end point. The screen can display parameter data within one month and automatically record parameter data within six months. It records once per minute and can also record alarm records and operation records within six months.

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