Boekel 113002 User manual

N2400048, REV 1 06/11
DIGITAL DRY BATH INCUBATOR
MODELS 113002, 113002-2, 113004, 113004-2
(PLEASE READ THESE INSTRUCTIONS COMPLETELY BEFORE OPERATING)
PRODUCT INFORMATION
Boekel Digital Dry Bath Incubators are designed to be
used with standard aluminum dry blocks (nominally 3” x
3¾” x 2” high) of varying configurations for heating test
tubes, microtubes and other small vessels. These
Incubators are available in two sizes; Model 113002 has
a two block capacity and Model 113004 has a four block
capacity. Both have an easily programmed PID
(proportional integrative derivative) controller for rapid
heat-up and accurate temperature control.
The Boekel Dry Baths have recently been redesigned
with a sleeker, more aesthetically pleasing appearance
and an upgraded controller. The 113002 is a direct
replacement for 111002 two block capacity unit. The
113004 directly replaces the 111004. The Hot Start Dry
Bath Model 111007 has been discontinued, but the
113002 can be purchased with the new 110096 block
(designed to hold a 96 well PCR plate) to provide a more
versatile version of the Model 111007.
UNPACKING
1. Remove the Incubator Base and Block Extractor
from the carton.
2. Inspect for damage. Report all shipping damage
to the carrier immediately. Shipping damages are
covered by the carrier and repair and/or
replacement for shipping damages must be
coordinated through the carrier.
3. Retain all packaging material in the event that the
unit must be returned.
4. Completely fill out and return the self-addressed
Boekel Warranty Registration Card to Boekel
Scientific. If you prefer, you can register online at
our website (www.boekelsci.com).
SET-UP
1. Place the unit in a clear, draft free environment.
Ensure that the surface on which the unit is
placed will withstand the radiated heat produced
by typical dry bath incubators. Ensure that the
side ventilation holes are not blocked.
2. Plug the power cord into a grounded receptacle
of appropriate voltage.
3. Place any standard block into the dry bath
incubator.
4. When using the Dry Bath Incubator to heat
microscope slides or 96-well plates, some form of
well cover or lid (non-flammable) should be used.
OPERATION
1. Turn the “Power switch ON (-). Ambient “Target
Temperature" will be displayed on the digital
readout.
2. The unit will automatically begin heating to the
temperature last programmed in the unit. The unit
retains its’ last programmed temperature in the
event of accidental power loss or deliberate
power down.
SETTING TEMPERATURE
The temperature controller has three buttons. When the
button on the left is depressed, it will display the “Target
Temperature”. When the left button is depressed
simultaneously with the middle button, “Target
Temperature” value is lowered. When the left button is
depressed simultaneously with the button on the right,
the “Target Temperature” is increased. When all buttons
are released, actual block temperature is displayed.
In the event of power loss, the Temperature Controller
retains the last "Target Temperature" value. The
flickering green dot in the upper left corner of the
Controller Display is the heat indicator light.
Allow time for temperature to re-stabilize after setting or
resetting the temperature. 20 minutes should be allowed
for block stabilization at high temperatures.
CLEANING
1. Turn unit off and disengage power cord before
performing any cleaning.
2. The well interior, top and sides of the unit can be
cleaned using a damp sponge. Allow to dry
thoroughly before restarting unit.
SERVICE: RETURN AUTHORIZATION IS REQUIRED.
Should service be required, contact your salesperson or
call Boekel Scientific Customer Service at: 215-396-
8200. Units returned for repair must be in clean
condition.

N2400048, REV 1 06/11
SPECIFICATIONS AND PERFORMANCE
Dimensions:
Accessory Heating
Accommodates
2 Block Model 113002
8” w x 9.8” d x 3.5” h
Blocks
113002-2
(20.3 x 24.9 x 8.6 cm)
110006
30 tubes up to 6mm
4 Block Model 113004
10.25” w x 11.25” d x 3.5” h
110010
20 tubes up to 10mm
113004-2
(26.0 x 28.6 x 8.9 cm)
110013
20 tubes up to 13mm
Net Weight:
110016
6 tubes up to 25mm
2 Block Model 113002/113002-2
5 lbs. (2.3 kg)
110020
6 tubes up to 25mm
4 Block Model 113004/113004-2
6 lbs. (2.7 kg)
110025
30 tubes up to 6mm
Power:
110035
Combination:
2 Block Model 113002
115VAC, 200 watts
3 tubes up to 25mm
2 Block Model 113002-2
230 VAC, 200 watts
5 tubes up to 13mm
4 Block Model 113004
115VAC, 380 watts
6 tubes up to 6mm
4 Block Model 113004-2
230 VAC, 380 watts
110040
1.5 microcentrifuge
Temp Range:
ambient +5°C to 120°C
tubes by 24 places
Uniformity:
±0.25°C @ 37°C
110045
0.5 ml tubes by 24 places
Stability:
±0.2°C from 37° to 100°C
110048
0.2 ml tubes by 48 places
Standard Block:
110051
96 well Microplate
Dimensions:
3” w x 3 ¾ ” d x 2” h
110096
0.2 ml Microtubes tubes
(7.6 x 9.5 x 5.1 cm)
110099
1.5 ml “dolphin” tubes 24 places
Shipping Weight:
2.0 lbs. (1.0 kg)
110002LID*
Lid for 110001 and
Net Weight:
1.0 lbs. (0.45 kg)
110002 Dry Baths
110004LID*
Lid for 110004 Dry Baths
*Temp Limited
Temperature Stability was determined by using NIST
traceable thermometers placed in thermometer hole in
standard 16MM aluminum blocks. Thermal grease was
used to ensure contact.
Temperature Uniformity was determined by using NIST
traceable thermometers placed in 16MM glass test tubes
with water in standard 16MM aluminum blocks. The
thermometers were suspended in the water. Six
positions were used in each block for the two-block
capacity unit and three positions were used in each
block for the four-block unit.
DEFINITIONS:
Uniformity is the variation in temperature, at the
location described above, in the block at any instant in
time.
Stability is the variation in temperature at a single
point over a long period of time.
Note: The temperature in the test tube may be slightly
different than the temperature of the aluminum block.
The test tube material and the medium in the test tube
may affect the temperature.
Boekel Scientific
855 Pennsylvania Blvd.
Feasterville, PA 19053
Phone [phone]
Fax: [phone]
e-mail: [e-mail]