Super constant temperature water (oil) tank

Super Constant Temperature Water (Oil) Tank Series
(with liquid level alarm function)

★ Can design and produce non-standard products completely according to user requirements

Application areas:
Biochemical field: rotary evaporator, Abbe refractometer, polarimeter, atomic absorption spectroscopy ICP-MS、ICP、 Nuclear magnetic resonance CCD、 Biological fermentation tanks, chemical reactors, etc
◆ Medical field: Superconducting magnetic resonance, linear accelerator CT、 Low magnetic field nuclear magnetic resonance, X-ray machine, microwave therapy machine, medical cold cap, cooling blanket, etc
◆ Physical and chemical fields: lasers, magnetic fields, various molecular pumps, diffusion pumps, ion pumps, and various water-cooled equipment used in the materials field
Materials field: electron microscopy, X-ray diffraction, X-ray fluorescence, vacuum sputtering electroplating, vacuum coating machine, ICP etching, various semiconductor equipment, fatigue testing machine, chemical deposition system, atomic deposition system, etc

Scope of use:
CNC super constant temperature water and oil tanks are widely used in fields such as chemical engineering, petroleum, medicine, biology, physical chemistry, metrology control, electronic instrument processing, etc

Main features:
◎ Microcomputer intelligent control, large screen high brightness LCD screen, bilingual display in Chinese and English
Built in AA grade high-precision PT100 temperature sensor
The inner liner and countertop are made of high-quality S304 brushed stainless steel panel
Dual use of water and oil, free choice of high and low temperatures (medium selected according to temperature range: pure water, methyl silicone oil, etc.)
◎ Humanized R-rounded design structure for front panel and countertop to avoid scratches
◎ External circulation function: The centrifugal jet circulation pump can draw out the constant temperature liquid in the tank, establish a second constant temperature field, and control the external experimental container of the machine
Internal circulation function: Adopting a non heat centrifugal circulation pump to avoid the influence of traditional water pumps on the tank temperature field due to their own heat generation. The internal circulation system is designed based on the principle of porous U-shaped reflux circulation, achieving turbulent and highly uniform flow and temperature fields inside the tank
The drainage system can meet the needs of various laboratories and enterprises for liquid exchange production
◎ Safety protection device:
1. Equipped with power-off protection function
2. Equipped with upper and lower temperature alarm setting function
3. Low water level protection and alarm function
4. Temperature runaway protection and alarm function
5. The heating tube has low water level anti dry burning and explosion-proof functions
◎ Digital display resolution: 0.01 ℃
◎ Temperature fluctuation value: ± 0.02 ℃
◎ Temperature uniformity: ± 0.05 ℃ horizontal/vertical

Optional Function Guide:
1. An optional extended external PT100 temperature sensor can be used to detect and control the temperature of the external system in real-time during external circulation
2. Optional built-in 1-30 segment temperature control program for automatic program temperature control, real-time display of set temperature time program running status
3. Optional RS232 or RS485 communication interface, easy to connect to the upper computer Modbus RTU communication protocol
4. Optional design and installation of magnetic stirring system, which can directly perform magnetic stirring on the sample placed in the beaker of the constant temperature bath working room, without the need for an external vertical stirrer, reducing redundant operations. At the same time, it can achieve closed processing and reduce the loss of fog generated during the stirring process
5. Optional cooling coils built into the tank can quickly cool and control the exothermic reaction of the system
6. Optional height adjustable immersion platform for easy adjustment of the liquid level of the immersed sample



Technical parameters:

Model number	Temperature range (℃)	Temperature uniformity (Horizontal/Vertical ℃)	Inner groove size (mm) (Length X Width X Slot Depth)	capacity （L)	Circulation mode (Internal/External)	Work slot opening (mm2)	drainage
VKSC-5	Room temperature~100	±0.05	275×190×120	5	Internal circulation	180×140	have
VKSC-5A	Room temperature~200	±0.05	275×190×120	5	Internal circulation	180×140	have
VKSC-5D	Room temperature~300	±0.05	275×190×120	5	Internal circulation	180×140	/
VKSC-10	Room temperature~100	±0.05	275×195×180	10	Internal circulation	180×140	have
VKSC-10A	Room temperature~200	±0.05	275×195×180	10	Internal circulation	180×140	have
VKSC-10D	Room temperature~300	±0.05	275×195×180	10	Internal circulation	180×140	/
VKSC-15	Room temperature~100	±0.05	300×250×200	15	External circulation 6L/min	235×160	have
VKSC-15A	Room temperature~200	±0.05	300×250×200	15	Internal circulation	235×160	have
VKSC-15D	Room temperature~300	±0.05	300×250×200	15	Internal circulation	235×160	/
VKSC-20	Room temperature~100	±0.05	300×250×270	20	External circulation 6L/min	235×160	have
VKSC-20A	Room temperature~200	±0.05	300×250×270	20	Internal circulation	235×160	have
VKSC-20D	Room temperature~300	±0.05	300×250×270	20	Internal circulation	235×160	/
VKSC-25	Room temperature~100	±0.05	300×250×335	25	External circulation 6L/min	235×160	have
VKSC-25A	Room temperature~200	±0.05	300×250×335	25	Internal circulation	235×160	have
VKSC-25D	Room temperature~300	±0.05	300×250×335	25	Internal circulation	235×160	/
VKSC-30	Room temperature~100	±0.05	440×325×210	30	External circulation 6L/min	310×280	have
VKSC-30A	Room temperature~200	±0.05	440×325×210	30	Internal circulation	310×280	have
VKSC-30D	Room temperature~300	±0.05	440×325×210	30	Internal circulation	310×280	/
VKSC-40	Room temperature~100	±0.05	500×340×240	40	External circulation 6L/min	350×300	have
VKSC-40A	Room temperature~200	±0.05	500×340×240	40	Internal circulation	350×300	have
VKSC-40D	Room temperature~300	±0.05	500×340×240	40	Internal circulation	350×300	/
VKSC-50	Room temperature~100	±0.05	500×340×300	50	External circulation 6L/min	350×300	have
VKSC-50A	Room temperature~200	±0.05	500×340×300	50	Internal circulation	350×300	have
VKSC-50D	Room temperature~300	±0.05	500×340×300	50	Internal circulation	350×300	/
VKSC-100	Room temperature~100	±0.05	625×400×400	100	External circulation 6L/min	480×380	have
VKSC-100A	Room temperature~200	±0.05	625×400×400	100	Internal circulation	480×380	have
VKSC-100D	Room temperature~300	±0.05	625×400×400	100	Internal circulation	480×380	/

Manufacturer friendly reminder - When selecting a thermostatic bath, the following points should be considered:
1. Firstly, what is the range of temperature required for use? What medium is used as the temperature field carrier, and the medium used varies depending on the temperature range. The medium is generally selected according to the temperature range: ethylene glycol for water (low temperature), alcohol (ultra-low temperature), pure water (5-95 ℃), imported dimethyl silicone oil (suitable for high and low temperatures), etc
2. Choose the appropriate capacity of the constant temperature bath based on your actual situation. The correct calculation method for effective working volume is: the opening size of the working bath plus the bath depth, in millimeters
3. It is a requirement for the temperature uniformity of the constant temperature bath temperature field. Our company is divided into two categories: 1. Ordinary type: ± 0.05 ℃ 2. Ultra high precision type: ± 0.0020 ℃
4. What is the maximum head of the external circulation function based on the usage situation