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0 product information, 0 assembly, 1 unpacking the unit – Boekel Scientific 240000-2 Slide Moat User Manual

Page 5: 2 installation, 0 operation, 1 identification of controls (see figure 1)

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2.0 Product Information

The Boekel Slide Moat is designed to provide a heating platform

and chamber capable of maintaining either dry or highly humid

conditions for In-Situ Hybridization applications. Uses include in-situ

RNA amplification, reverse transcription reactions, hybridization and

DNA melt.

The Boekel Slide Moat can hold up to 30 standard microscope

slides. The unit has an advanced PID temperature controller and

high density heating plate for providing very stable and accurate

temperatures from ambient plus 5˚C to 100˚C. The unit also

provides eight humidity generation wells which can be used to

create a humid environment for 12 or more hours. The unit comes

with a see-through tempered glass lid for observing reactions and

verifying humidity conditions. There is sufficient clearance

(13/32”/1cm) between the heat plate and the glass lid bottom to

allow for the use of most in-situ cell carriers and for adding a flat

surface temperature gage to verify slide temperature.
Note: Boekel strongly recommends using covered and sealed slides

for higher temperatures (> 37° C) or prolonged period incubations

(> 1 hour).

3.0 Assembly

3.1 Unpacking the Unit

Remove the packing materials carefully, and retain for future

shipment or storage of the unit. Inspect for damage. Report all

shipping damage to the carrier immediately. Shipping damage is

covered by the carrier and repair/replacement for shipping

damages must be coordinated through the carrier. Complete and

return the Warranty Registration Card. Packages should contain:

Slide Moat

Glass Lid

Power Line Cord

Operating Instructions

3.2 Installation

Place the oven on a flat and stable surface, preferably away from

drafts. Do not block the ventilation slots on each side of the unit. Fit

the power line cord into the IEC power socket on the rear of the

unit.

4.0 Operation

4.1 Identification of Controls (See Figure 1)

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