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IKA ICC basic pro 9 0008035100 [18/37] Application example
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TECHNICAL DATA
/// HRC 2 basic, Ident. No. 0025003742 |
HRC 2 control, Ident. No. 0025004524
Heat output (230 V) 1,500 W
Working temperature range
- 20 °C to +100 °C |
- 30 °C* to +100 °C
Max. flow rate (at 0 bar) 21 l/m
Pump power (pressure) 0.5 bar
Pump power (suction) 0.2 bar
Temperature Cooling power HRC 2
+ 20 °C 400 W
+ 10 °C 370 W
0 °C 320 W
- 10 °C 240 W
- 20 °C 130 W
COOLING POWER
/// HRC 2 basic, Ident. No. 0025003742 |
HRC 2 control, Ident. No. 0025004524
* - 30 °C possible at 2,000 rpm.
Pump curve: HRC 2 control & basic
Measurement in accordance with DIN 12876-2
with water at + 20 °C, closed pump circuit.
APPLICATION EXAMPLE
The example shows a double-walled 10 l glass reactor for growing algae.
The HRC 2 is well suited for achieving constant temperature conditions inside the reactor in order to
achieve a high/controlled growth rate of the algae formation. Applications requiring critical temperature cont-
rol, the temperature can be directly controlled in the medium by using the HRC 2 control with an
external temperature measurement sensor.
Flow rate [l/min]
Pressure/suction [bar]
300
400
500
200
100
- 100
- 200
- 300
0 5 10
15 20
0
2,000 rpm
4,000 rpm
3,200 rpm
36
37
Temperature control productsTemperature control products
Содержание
- All from one source with our temperature control pro ducts we offer a wide range for all temperature control applications with the highest precision and with full power we promise that you will not only be impressed by the above average pressure and suction power of the pump from 30 c to 250 c the temperature range of our tempe rature control products is meeting all challenges and also your budgets we offer affordable entry level devices as well as high end products for the most demanding requirements 2
- Another highlight besides the outstanding compatibility to many applications is our wireless controller it enables safe and remote control a safety factor but at the same time a very convenient way to control the ika tempering systems in any position 2
- Heating and cooling temperature control instruments 2
- Highly precise and full of power 2
- In addition to the above average and industry inspiring pressure and suction power our devices are intent on sustainability for example our topseller rc 2 basic control is equipped with a compressor which only runs if cooling is necessary 2
- 0 0 0 0 0 0 0 0 0 0 3
- 100 c 20 c 20 c 0 c 3
- 150 c 200 c 3
- Comparison of all temperature control products 3
- Interfaces 3
- L min 21 l min 18 l min 3
- Relative pressure and volume flow 3
- Rs 232 usb pt 100 multi i o port 3
- Temperature range 3
- The right temperature control product for every application 3
- All ika tempering products meet the highest safety standards 4
- All of the ika temperature control devices that are equipped with a heating function meet the highest safety classification iii fl for use with combustible fluids pursuant to din 12876 4
- Intelligence 4
- Intuitive operation and automatic tempering 4
- Safety 4
- Smart technology as well as user friendly menu navigation simplify temperature control for any application 4
- Superior power 4
- Whether infinitely adjustable pressure suction pump or premium grade stainless steel rely on a strong partner 4
- Controlling solenoid valves automatic refills 5
- Discover the benefits of the control models 5
- Electronic shut off valve electronic shut off valve 5
- For turning off the device 5
- Ika control models 5
- Input for standby mode 5
- Monitoring the fluid level monitoring the fluid level 5
- Output for alarm signals 5
- The added value of the control models 5
- Turning the cooling 5
- Water circuit on off 5
- 250 c rt 10 c 7
- Heating 7
- Optimal heat exchange within a temperature range of rt 10 c to 250 c 7
- Regardless of our circulators icc and ic or our heating bath circulators hbc 5 10 ika temperature control products are reliable safe and work under full pressure of the powerful pressure and suction pump large heating surfaces provide for optimal heat exchange of temperatu res up to 250 c 7
- Compact immersion circulators 8
- Icc basic and control 8
- The compact immersion circulator icc basic and the icc control are designed for tem pering fluids up to 150 c and thus provide an economic and attractive solution for standard applications such as the tempering of samples the ergonomic handle and the compact design allow for safe transport as well as convenient use the integrated base provides a secure stand while protecting floaters and tubular heating elements a bracket for mounting the bath vessel is included in the scope of delivery the compact icc immersion circulators allow for simple and flexible exchange of different baths 8
- The icc circulators from ika are ready to connect to a pump connection set pcs icc for external tempering as well as to a cooling coil cc2 for operation at and below ambient temperature 8
- An additional open bath can be tempered by connecting the pump connection set the icc is connected to the external plastic bath via a level controller 9
- Application example 9
- As shown in the application the icc circula tors from ika can be mounted with a bath bridge or connected to various sized baths using the mounting bracket included in the scope of delivery 9
- Heat output 230 v 2 000 w 9
- Icc with bracket included in scope of delivery and pump connection set pcs icc accessory 9
- Max flow rate at 0 bar 18 l m 9
- Pump power pressure 0 bar 9
- Pump power suction 0 bar 9
- Technical data icc basic ident no 0004134400 icc control ident no 0004136600 9
- Temperature control products temperature control products 9
- These features show that the icc circu lators are very flexible and space saving one example is to use the test tube inserts making the iccs suitable for tempering large number of samples 9
- Working temperature range rt 10 c to 150 c 9
- Ic and hbc 10
- New basic devices with added power 10
- Powerful heating circulators 10
- The ika ic and hbc circulators are following a modular design principle the ic head is its core when combined with a high quality insulated bath the ic turns into an hbc heating bath circulator the high performance pump reaches a high flow rate and together with the large heating body surface provides for optimal heat exchange between the application and circulator 10
- Basic and control 11
- Cooling coil 11
- Heat output 230 v 2 500 w 11
- Interfaces 11
- Max flow rate at 0 bar 31 l m 11
- Multi io port for external solenoid valves control only 11
- Pt 100 external temperature probe 11
- Pump input output 11
- Pump power pressure 0 1 bar 11
- Pump power suction 0 5 bar 11
- Rs 232 usb interfaces 11
- Technical data ic basic ident no 0003861000 ic control ident no 0003863000 hbc 5 basic ident no 0004125000 hbc 5 control ident no 0004127000 11
- Temperature control products temperature control products 11
- Working temperature range rt 10 c to 250 c 11
- Ic basic and control 12
- The control version features a removable wico wireless controller which allows for working in a fume hood for example the advanced features enable the device to be used in demanding internal and external applications such as analysis and material testing 12
- The ic immersion circulators are designed for tempering liquids up to 250 c due to the flexible bath bridge the device can be mounted on various size baths 12
- Universal immersion circulators 12
- Big expansion volume 13
- Due to its high temperature consistency of up to 0 1 k short heat up times and advanced features of the high tech tft display with wico wireless controller the hbc control heating bath circulator is the ideal solution for demanding and complex tempering processes 13
- Hbc 5 10 basic and control 13
- Heated bath circulators for external tempering applications 13
- The well insulated stainless steel heating bath and powerful peek pressure and suction pump are two of the key features of hbc heated bath circulators the maximum temperature of the hbc heating bath circulator is 250 c the large surface of the tubular heating elements provides for optimal heat exchange the bath fluid is heated gently and promptly 13
- 200 c 30 c 14
- C 20 c 14
- Heating and cooling 14
- Heating and cooling in one 14
- Ika has expanded its circulator portfolio by four new devices adding the combined refrigerated and heating circulators cbc 5 and hrc 2 devices each in basic and control variants the temperature range is from 30 c to 200 c 14
- Cbc 5 basic and control 15
- Or namur commands using the rs 232 or usb interfaces 15
- Powerful refrigerated and heating circulators 15
- The basic as well as the control models can temper the medium by using an external temperature sensor all parameters can be read out monitored and completely do cumented by software e g labworldsof 15
- The cbc 5 is a powerful refrigerated and heating circulator with 2 500 w heating power and 350 w cooling power it is best suited for external applications as it uses the proven pressure and suction pump of the hbc and ic series high quality insulation of the device allows for fast heat up times and reduces heat input at low temperatures 15
- Compact refrigerated and heating circulators 17
- Hrc 2 basic and control 17
- Launching the hrc 2 ika is offering a compact refrigerated and heating circulator with 400 w cooling power and 1 500 w heating power it is best suited for tempering small external applications applications with larger pressure losses e g lab reactors or viscometers can be supplied with appropriate flow volume of bath fluid through the more powerful pressure and suction pump 0 bar with a level controller it is possible to temper samples in open baths 17
- The on demand cooling unit runs quietly and with utmost efficiency maximum cooling performance is achieved if the easy to reach air filter is replaced routinely 17
- Application example 18
- Temperature control products temperature control products 18
- The example shows a double walled 10 l glass reactor for growing algae 18
- The hrc 2 is well suited for achieving constant temperature conditions inside the reactor in order to achieve a high controlled growth rate of the algae formation applications requiring critical temperature cont rol the temperature can be directly controlled in the medium by using the hrc 2 control with an external temperature measurement sensor 18
- 20 c 30 c 19
- Compact cooling power of 1 400 watts 19
- Cooling 19
- Ika is expanding its product offering of highly efficient recirculating chillers by two new devices with the rc 5 basic and control there are now two devices available with a cooling power of 1 400 w complementing the line by extremely compact and powerful chillers 19
- Think smart not only save valuable drinking water but also energy and lower your operating costs 19
- Due to the high energy efficiency of our r134a based refrigeration machine a significantly lower amount of greenhouse gases is emitted over the life span of the product compared to unregulated chillers using natural coolants 20
- Energy efficient recirculating chillers 20
- Environmentally friendly 20
- Even in the worst case scenario ika devices have the advantage of saving 500 g kwh c 20
- Ika recirculating chiller 20
- In the current energy mix after just 1 years compared to unregulated devices with natural coolants assumptions coolant has dissipated completely at the end of the product life cycle gwp for r134a 1 300 according to ipcc ar5 100 years 250 work days year 2 kwh savings day 20
- Rc 2 rc 5 basic and control 20
- With the launch of the rc 5 ika is offering for the first time a recirculating chiller with natural coolant r 290 adding the innovative on demand control ika is contributing to a green future 20
- An 1 liter evaporating flask water bath temperature 60 c pressure 70 mbar when comparing the average power consumption of the chiller in neutral idle mode rotary evaporator is turned off the rc 2 from ika clearly runs more efficiently in comparison to the competition figure 1 when considering energy consumption over an entire day the efficiency has an even greater impact the on demand circulation chiller from ika reduces its power to a minimum adapting to the actually required cooling performance figure 2 shows that the ika rc 2 in comparison to competitor 1 consumes less than one third of the energy figure 3 shows the mechanism of our on demand recirculating chiller red in comparison to an unreg 21
- Calculated at an assumed average of six operating hours a day on 200 business days a year a rotary 21
- Distillation 1 distillation 2 distillation 3 distillation 4 21
- Economic features 21
- Evaporator 50 l h cooled with tap water consumes 60 000 liters of water per year that amount can be saved by using a recirculating chiller not only protecting the environment but also reducing operating costs 21
- Example energy consumption of a chiller in a standard distillation of a rotary evaporator 500 ml water in 21
- Ika has succeeded in achieving energy savings of up to 60 in comparison to competitors devices 21
- O distillation runs it s easy to recognize the overall lower power demand when in idle mode as well as the adjustment of the cooling performance during the distillation process 21
- Power consumption a competitive analysis 21
- Save energy 21
- Save money 21
- Save water 21
- Simply by the afore mentioned innovations of the recirculating chiller particularly the speed controlled compressor 21
- Temperature control products temperature control products 21
- Ulated chiller blue depicted is an 8 hour work day with four 500 ml 21
- 50 w cooling power at 3 200 rpm 22
- Energy efficient recirculating chillers 22
- Operating temperature range of up to 80 c 22
- Rc 2 rc 5 basic and control 22
- The control devices are equipped with a connector for an external temperature sensor using the pt 100 temperature probe within scope of delivery you can control the temperature directly in your target medium 22
- The device can be operated conveniently via the rc 2 5 control wico wireless controller it makes the chiller space saving and allowing for it to be placed in even hard to reach areas of the lab 22
- The ika recirculating chiller has a broader 22
- The rc 2 control cools down to 30 c 22
- The rc cooling circulators are designed for fast and efficient cooling of external devices the chillers distinguish themselves by short cooling times with a temperature stability of up to 0 5 k the operating temperature range is from room temperature down to 30 c the maximum recirculation temperature is 80 c you can adjust the pump performance as needed through the speed controlled pressure and suction pump hence exceeding the cooling power according to din 22
- Ika recirculating chillers can also cool open baths without problems down to low temperatures due to a powerful pressure suction pump the example shows a bath that has been cooled to 17 c with the rc 2 23
- Temperature control products temperature control products 23
- Application example a 24
- Application example b 24
- Application information 24
- Cooling power at 20 c cooling temperature depending on the flask size 24
- Efficient use of the recirculating chiller for evaporation and extraction 24
- Rc 2 rc 5 basic and control 24
- Temperature control products temperature control products 24
- The ika rc 5 is ideal for the cooling of multiple rotary evaporators e g the ika rotary evaporators rv 10 and rv 8 when using a 1 liter evaporation flask depending on the solvent to be distilled it is possible to cool up to four rotary evaporators at the same time this results in essential space energy and cost savings 24
- The rc 2 recirculating chillers are suitable for cooling external analytical equipment such as laboratory reactors calorimeters incubating shakers or rotary evaporators the set up below shows the rc 2 basic recirculating chiller connected to the ika c 1 calorimeter 24
- Using rotary evaporators for distillation or e g conducting soxhlet extractions the required cooling power is contingent upon the flask size and the number of extraction units the following table shows how many rotary evaporators and extraction units can be cooled with an ika recirculating chiller it is also a guide to finding the ideal recircula ting chiller for your specific application 24
- Technical data 25
- Temperature control instruments 25
- Temperature control products temperature control products 25
- Temperature control products temperature control products 26
- Scope of delivery 27
- Temperature control instruments 27
- Temperature control products temperature control products 27
- 105 00 28
- Accessories 28
- Baths and covers 28
- Bs icc bridge 28
- Cs icc cover 28
- Floating globes pp out of polypropylene for covering 28
- Ib 18 eco plastic bath 18 l 28
- Ib 20 pro stainless steel bath 20 l 28
- Ib 9 pro stainless steel bath 9 l 28
- Ib hf 24 eco plastic bath tall form 24 l 28
- Ib r ro15 eco for magnetic stirrer ro 15 28
- Ident no 0020003666 28
- Only for water ø 20 mm 500 pcs 28
- Open water baths 28
- Temperature control products temperature control products 28
- Accessories 29
- Bottom plate l 29
- Immersion racks 29
- Temperature control products temperature control products 29
- Tube rack 13 mm s stainless 29
- Variable bottom icc l stainless 29
- Variable rack icc ml stainless in combination with inlay 1 29
- Accessories 30
- Additional information low viscosity lv contains additives a 30
- Bath fluid type heating fluid hf universal fluid uf 30
- Bath fluids 30
- Minimum maximum temperature 30
- Temperature control products temperature control products 30
- Uf si n20 50 20 lv 30
- Viscosity chemical basis silicon si 30
- 1 m 2 pcs 31
- Accessories 31
- For dn 12 hoses 31
- For dn 8 hoses 31
- H pvc h pvc 2 h si h si 2 h pur r h pur 2 h fkm h fkm 2 lt 5 0 lt 5 1 31
- Ident no 0004569400 31
- Ident no 0004569500 31
- Iso 2 hose insulation 31
- Iso hose insulation 31
- Resistance 31
- Temperature control hoses 31
- Temperature control products temperature control products 31
- 115 00 32
- 123 00 32
- 300 00 32
- Accessories 32
- Adapter npt 1 2 adapter m 16 1 to npt 1 2 male 32
- Adapter npt 1 4 adapter m 16 1 to npt 1 4 male 32
- Adapter npt 3 4 adapter m 16 1 to npt 3 4 male 32
- Barb fitting for 6 mm 8 mm barb fitting adapter 32
- Cc1 cooling coil for ic basic 32
- Cc2 cooling coil for icc 32
- Co v 1 32
- Elbow tube 90 90 tube adapter 32
- Ident no 0020004618 32
- Ident no 0020005116 32
- Ident no 0025001061 32
- Lock nut m 16 1 for mounting hose barb fitting adapters 32
- Mechanic fluid level controller fluid level monitor for opera 32
- Stopper for sealing purposes 32
- Temperature control instruments 32
- Temperature control products temperature control products 32
- Ting heating bath circulators or coolers on open baths 32
- At temperatures of up to 100 c 33
- Eco baths made of plastic can be used 33
- From 1 51 00 from 1 98 00 33
- Heating bath circulators and combined heating bath circulators 33
- Icc packages 33
- O only pro baths made of stainless 33
- Of up to 200 c 33
- Steel can be used at temperatures 33
- Combined heating bath circulators 34
- From 3 00 00 34
- From 3 82 00 34
- Ic package ic basic control head bath bridge bath vessel cover pt 100 temperature probe cooling coil 34
- Ic packages 34
- Icc ro 15 package icc basic control head magnetic stirrer ro 15 bath vessel ib r ro 15 eco bath bridge bl icc 34
- Temperature control products temperature control products 34
- Advanced software with an innovative visual approach to lab automation 35
- Calibration and adjustment 35
- Labworldsof 35
- Software 35
- Two point or three point calibration 35
- Customizing center 36
- Direct contacts in your region 36
- Ika application support 36
- Worldwide service network 36
- Onlineshop 37
- Social media 37
- Worldwide 37
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