MIR-162
MIR-262
MIR-154
MIR-254
MIR-554
Heated and
Refrigerated
Incubators
Features:
• Tor a wide range of applications in biological
research and environmental studies.
• Simple programmable inputs with multiple
options for precise and repeatable results.
Panasonic… the new name for SANYO
www.panasonic.com/biomedical
Heated and Refrigerated Incubators
Panasonic MIR series incubators are designed for general laboratory applications requiring xed setpoint or cycling temperature control.
A selection of ve cabinet sizes offers programmed operation and integrated alarms for a wide temperature range.
Heated and Refrigerated Incubators
Model Number
MIR-162-PA
MIR-262-PA
MIR-154 - PA
MIR-2 54- PA
MIR- 55 4 -PA
Volume
(cu.ft.)
3.3
93 L
5.4
153 L
4.3
123 L
8.4
238 L
14.3
406 L
Exterior Dimensions
(w x f-b x h) Heated Refrigerated
22.8 " x 23.4" x 32.3 "
580 x 5 95 x 820 mm
28.7" x 25.4" x 3 4.3 "
730 x 6 45 x 870 mm
27.6" x 22.8" x 40.1"
700 x 580 x 1018 mm
27.6" x 22.8" x 63.7"
700 x 580 x 1618 mm
31.5" x 32.8 " x 71.3"
800 x 832 x 1810 mm
Programmable for multifunction laboratory applications.
Wide Range of Applications
The MIR-154 and MIR-254 refrigerated
incubators are ideal in testing applications such as:
• Industrial testing in the electrical, machinery, textiles industries
• Chemical testing e.g., storage, stability,
acid/alkali, durability
• Food industry for packaging, quality
control and stability
• Testing for waste water, BOD, soil
testing
• Microorganism culturing
• Germination experiments
Programmable
Temperature
yes — 5ºC above ambient to 80º C
yes — 5ºC above ambient to 80º C
yes yes - 10ºC to 6 0º C
yes yes - 10ºC to 6 0º C
yes yes - 10ºC to 6 0º C
Voltage, Power
Connection
115 V
NEM A 5 -15
MIR-154/MIR-254/MIR-554
Refrigerated Incubators /Environmental Testing Chambers
• The Panasonic MIR series offers accurate temperature control and uniformity in a
wide range of temperatures, making them suitable for various applications.
• Programmable with 12 step, 10 program capability and wide temperature range
that goes from -10°C up to +60°C with excellent temperature uniformity.
• Improved usability with modern design and reversible door, improved gentle
air circulation that reduces media drying and adjustable low vibration.
Programmable
MIR-554
• Numeric direct keyed input
• Memory of operation start date and
hour with delay start timer
• Either clock mode or count down mode
can be used for program setting
MIR-262
2 Heated and Refrigerated Incubators www.panasonic.com/biomedical
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MIR-254
• Direct entry keypad
• Graphic alpha-numeric
display
P.I.D. Controller
Microprocessor-based P.I.D.
(proportional, integral, derivative) control
with digital input, full-function alarm
and monitoring.
LCD Controller
The new LCD Controller improves user
interface for better programming and control. The controller features a pop up menu
that can display:
• Current conditions (temperature, date,
time (12 hour or 24 hour selectable)
• Alarm condition
• Status of door, light
• Light status
• Various settings of each program (12
step, 10 program, clock function and
join mode)
• 2 weeks of data (recorded data can be
forwarded to PC with optional MTR-480)
• Controls for High &
Low Temp. Alarm
• Buzzer silence
• Control for LCD Contrast
Flexibility
The Panasonic MIR series offers accurate
temperature control and uniformity in
a wide range of temperatures, making
them suitable for various applications.
• The MIR 154 and 254 are programmable
with 12 step, 10 program capability.
• Wide temperature range from -10°C
to +80°C
• Excellent temperature uniformity
• ON-OFF control of chamber lighting –
controlled by programming
Improved Usability
• Reversible door feature
• Improved gentle air circulation that
reduces media drying
• Adjustable low vibration for sensitive
materials testing
• Full alarm package
• Menu call button
• Program step buttons
• Lighting over-ride
button
Energy Savings: In addition to a microprocessor-controlled high efficient heater output and compressor
ON/OFF, a renewal control program and low-heat emission inner chamber fan are newly adopted to allow
high-energy saving operation over a wider range of ambient environments.
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