Heracell™ 150i and 240i CO2 Incubators

Perform in vitro applications with Thermo Scientific™ Heracell™ 150i and 240i CO2 Incubators with Copper Chambers, which protect samples while optimizing cell growth with fast recovery characteristics. Includes a convenient touch-screen user interface.

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Part#
Description
Price
Qty
51026282
HERAcell 150i Direct Heat CO2 Incubator, single stainless steel chamber with TC sensor, high temp decon 120V/50/60Hz
$7,060.00
$6,354.00
Qty:
51026331
Heracell 240i with stainless steel inner chamber, 120V, 50/60Hz
$11,535.00
$11,535.00
Qty:
51026283
Heracell 150i with solid copper inner chamber, 120V, 50/60Hz
$8,400.00
$8,400.00
Qty:
51026332
Heracell 240i with solid copper inner chamber, 120V, 50/60Hz
$12,970.00
$12,970.00
Qty:

Perform in vitro applications with Thermo Scientific™ Heracell™ 150i and 240i CO2 Incubators with Copper Chambers, which protect samples while optimizing cell growth with fast recovery characteristics. Includes a convenient touch-screen user interface. 

iCAN™ Touchscreen Control

  • Door-mounted for easy accessibility and viewing
  • Convenient on-screen user prompts for simplified measurement and control navigation
  • Choice of languages
  • Changes in culture environment visible on screen logs and usage recording
  • Visual monitor alarm

TC or IR CO2 Sensor

  • Standard thermal conductivity (TC) sensor features accurate gas sensor technology
  • Infrared (IR) sensor features exclusive split-beam technology for precise CO2 control in fluctuating temperature and humidity conditions

Rapid Humidity Recovery 

  • Large, directly heated water reservoir
  • Recovery times are up to five times faster than conventional water pans
  • Water level alarm with audible and visual alerts

- See more at: http://www.thermoscientific.com/en/product/heracell-150i-240i-co-sub-2-sub-incubators-copper-chambers.html#sthash.ilhMZZUV.dpuf

Specifications
  HERAcell 1501 HERAcell 240i
Exterior Dimensions 
W x D x H
20.9 x 18.5 x 23.9 in.
(530 x 470 x 607 mm)
30.7 x 32.8 x 36.8 in.
(779.78 x 833.12 x 934.72 mm)
Interior Dimensions 
W x D x H
20.9 x 18.5 x 23.9 in.
(530 x 470 x 607 mm)
23.9 x 23.0 x 26.4 in.
(607.06 x 584.2 x 670.56)
Internal Volume  150L (5.3 cu. ft.) 240 (8.4 cu. ft.)
Weight  154 lbs. (70 kg) 178 lbs. (81 kg)
Shelves Dimensions W x D 16.7 x 18.3 in. 
(423 x 465 mm)
22.0 x 19.7 
(560 x 500 mm)
No. of Shelves
Standard/Maximum
3 Standard
10 Maximum
3 Standard 
12 Maximum 
Max. Load per Shelf 22 lbs. (10 kg)
Total Load per Shelf  66 lbs. (30 kg)
Shelves Half Width W x D 10.2 x 19.7 in.
(260 x 500 mm)
No. of Shelves
Standard/Maximum
6 Standard
16 Maximum
Max. Load per Shelf 11 lbs. (5 kg)
Total Load per Shelf  66 lbs. (11 kg)
Material
Interior Chamber  Solid Copper/Stainless Steel
Shelves and Fan Impeller Solid Copper/Stainless Steel
ContraCon decontamination routine  verified by accredited laboratories
Decontamination phase, on all surfaces °C/hrs. 90/9
Period (ambient temperature 20°C) 25 hours
Efficiency spectrum bacteria, fungi, spores (USP 23), mycoplasma
Temperature Air Jacket Temperature Control
Temperature Control Range °C TA* +3 … 55
Temperature deviation, time**/spatial** ± 0.1/± 0.5 K
Ambient temperature range °C +18 … 33
Humidity
Constant humidity*** %rH  95 ± 3
Fill amount/water quality Max. 3 
distilled/autoclaved and demineralized
Max 4.5
distilled/autoclaved and demineralized
CO2
Measure and control range Vol. – % 0 … 20
Control accuracy Vol. – % ± 0.1
Inlet pressure bar  0.8 … max. 1
Gas purity % 99.5, medical quality min.
O2    
Measure and control range Vol. – % 1..21/5..90
Control accuracy Vol. – % ±0.2
Inlet pressure bar 0.8…max. 1
Gas purity % 99.5; medical quality min.
Electrical Data
Rated voltage V 1/N/PE AC; 230 (120)
Rated output kW 0.58 (0.62) 0.64 (0.65)
Rated frequency Hz 50/60
Heat emission to environment at 37°C
kWh/h
0.06 0.07
With ContraCon, kWh/h 0.11 0.25
*Ambient Temperature
**Determined according to DIN 12880 for the standard configuration. Refer to calibration instructions for details. 
***Relative humidity inside incubator may increase during incubation of open culture vessels

 

 

 
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