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Before using this product, read this entire Operator's Manual

carefully. Users should follow all of the Operational Guidelines
contained in this Manual and take all necessary safety precautions
while using this product. Failure to follow these guidelines could
result in potentially irreparable bodily harm and/or property damage.
Thank you for purchasing Jeio Tech’s products.

Jeio Tech Co., Ltd. is committed to customer service both during and after the sale. If you have
questions concerning the operation of your unit or the information in this manual, contact our Sales
Department. If your unit fails to operate properly, or if you have questions concerning spare parts or
Service Contracts, contact our Service Department.
.
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Figure 1
Please locate the identification label on the right side of the instrument. Fill in the information found on
the identification label in the spaces provided above in Figure 1. Refer to this identification label
information when calling, if your unit fails to operate properly, or if you have questions concerning
spare parts or service contracts. Additionally, use this information at www.jeiotech.com when you
register your Incubated shaker or you fill out the enclosed registration card.

$OO5LJKWV5HVHUYHG-HLR7HFK&R/WG

Quality Management System

Jeio Tech Co, Ltd. is dedicated to providing world-best product
quality and customer satisfaction. To ensure we maintain this
commitment we have developed and implemented a total quality
program, which conforms to the requirements according to ISO
9001:2000 for the design, development, production, sales and
servicing of biotechnology, environmental chemical engineering
related products, and reliable measuring equipment for electric and electronics.
(ovens, incubators, constant temperature humidity chambers, constant temperature baths,
refrigerating bath circulators, heat exchangers and shakers).
Visit our Web site at http://www.jeiotech.com/ to view a copy of our certificate
Disclaimer
Jeio Tech Co., Ltd. is committed to a continuing program of product development and improvement,
and reserves the right to change information, such as specifications, appearance, and dimensions,
described in this document without notice.
Copyright
No part of this manual may be reproduced or transmitted in any form or by any means, including
photocopying, recording, or using information storage and retrieval systems, for any purpose other
than the purchaser's own use, without the express written permission of Jeio Tech Co., Ltd.
©2011. All Rights Reserved. Jeio Tech Co., Ltd.
Any other product names and services identified in this manual are trademarks or registered
trademarks of their respective owners. No such use, or the use of any trade name, is intended to
convey endorsement or other affiliation with Jeio Tech Co., Ltd.

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1.0 Safety................................................................................................................................................ 1
1.1 How to use the Manual
1.1.1 Introduction
1.1.2 Chapter summary
1.1.3 Model number nomenclature
1.2 Safety Notice
1.3 Symbols used in this Manual
1.3.1 Signal word panels
1.3.2 Safety symbols
1.4 Where to Locate Safety Labels
1.4.1 Front of SIF5000R/6000R
1.4.2 Back of SIF5000R/6000R
1.4.3 Back of SIF5000/6000
1.4.4 Front of SIF5000/6000
1.5 Precautions for Your Incubated shaker
1.5.1 Warning statements
1.5.2 Caution statements
1.6 Responsibility
1.6.1 General responsibility
1.6.2 Operator responsibility
1.6.3 Maintenance responsibility
1.6.4 Reporting a safety defect
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2.0 Functional Description .................................................................................................................. 15
2.1 Introduction
2.2 Feature
2.2.1 Compliance
2.2.2 Construction
2.2.2.1 General
2.2.2.2 Shaking system
2.2.2.3 Incubator
2.2.3 Communication
2.2.4 Safety
2.2.4.1 CLS- Custom logic safety control system
2.2.4.2 Over Temperature Limit
2.2.4.3 Thermal Protector
2.3 Construction

3.0 Installation ...................................................................................................................................... 27
3.1 Unit Components
3.2 Preparing the Location
3.2.1Space requirements
3.2.2 Environmental setting
3.3 Leveling the unit
3.4 Attaching Electrical Connections
3.5 Attaching Condensate Drain
3.6 Attaching/Detaching External Refrigeration
(SIF5000/SIF6000 only)
3.6.1 Inserting tubing into fitting
3.6.2 Removing from fitting
3.7 Initial Start-up
3.7.1 Pre start-up checks
3.7.2 Starting the incubated shaker
3.7.3 Calibrating temperature probe and controller (BIAS Function)
3.7.4 Auto-tuning the incubated shaker controller
3.3.5 Shutting down the incubated shaker
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4.0 Operation........................................................................................................................................ 45
4.1 Controller
4.1.1 Feature
4.1.2.1 Temp. controller
4.1.2.2 Shaking (agitation) controller
4.1.2 Keypad overview and description
4.1.2.1 PV (Present Value) Display
4.1.2.2 SV (Set Value) Display
4.1.2.3 RPM display
4.1.2.4 Shaker function and status indicators
4.1.2.5 Temperature function and status indicators
4.1.2.6 Safety function and status indicators
4.1.2.7 Button
4.1.2.8 Shaker on/off switch
4.1.2.9 Lamp switch
4.1.2.10 Power switch
4.2 Temperature controller
4.2.1 Setting the temperature unit of measurement (°C/°F)
4.2.2 Setting temperature
4.2.3.1 Single set point value (SV)—preparation
4.2.3.2 Single set point value (SV)—during operation
4.2.3.3 Memorized set point values—SV1, SV2 and SV3
4.2.3.4 Selecting a memorized set point value to operate—preparation
4.2.3.5 Selecting a memorized set point value to operate—during operation
4.2.4 Wait (Delay) Timer
4.2.4.1 Timer capabilities
4.2.4.2 Setting wait-on (on-delay) timer
4.2.4.3 Setting wait-off (off-delay) timer
4.2.4.4 Setting the combined wait on and wait off (on and off delay) timer
4.2.4.5 Cancelling wait on/off timer
4.2.5 Setting Auto-run function
4.2.6 Setting chamber air circulation fan speed
4.2.7 Set Program
4.2.7.1 Understanding of the term for controller
4.2.7.2 Set program using Controller
4.3 Rotary and Rectilinear motion
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4.4 Shaking Controller

4.4.1 Shaking accelerate/decelerate graph
4.4.2 Set RPM
4.4.2.1 Set rpm (Unit stopped)
4.4.2.2 Set rpm (During operation)
4.3.3 Shaker “Delay Off” timer set
4.4.3.1 Set “Hour”
4.4.3.2 Set “Minute”, “Second”
4.4.3.3 Set Time for Forward Rotation
4.4.3.4 Set Time for Backward rotation
4.4.3.5 Set Pause time
4.4.4 The kind of timers
4.4.4.1 General Operation – F/WARD
4.4.4.2 F/WARD or B/WARD Delay off timer
4.4.4.3 Delay OFF Timer for F/WARD and B/WARD rotation
4.4.4.4 Delay off timer including F/WARD or B/WARD and PAUSE
4.4.4.5 Timed agitation with pause—forward and backward
4.4.4.6 Programming Precautions
4.5 Incubator/Shaker Synchronization
4.5.1 Setting synchronization choice
4.5.1.1 Preparation(Unit is stopped)
4.5.1.2 During operation
4.5.2 Using shaker on/off switch
4.5.2.1 Preparation (Unit is stopped)
4.5.2.2 During Incubator Operation
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5.0 Preventive Maintenanceđđđđđđđđđđđđ

5.1 Inspection Cycle
5.2 Cleaning of Incubated Shaker
5.2.1 Interior surfaces
5.2.1.1 The normal condition
5.2.1.2 The condition of interior pollution
5.2.2 Exterior surfaces
5.2.3 Air filter 6,)56,)5
5.3 Replacing Fuses
5.5 Post Maintenance Checklist

6.0 Troubleshooting ........................................................................................................................... 110
6.1 Controller Fault Code
6.2 Electrical
6.3 Refrigeration
6.4 Shaker

7.0 Accessories .................................................................................................................................. 116
7.1 Mountable maximum quantity
7.1.1 Universal Platform + Flask Clamp
7.1.2 Universal Platform + Funnel Clamp
7.1.3 Universal Platform + Microplate Holder
7.1.4 Universal Platform + Test Tube Rack
7.1.5 Test Tube Diameter and Mountable Test Tubes
7.1.6 Spring Wire Rack + Flask Clamp
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8.0 Appendixđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđđ
8.1 Technical Specifications
8.1.1 SIF5000/5000R
8.1.2 SIF6000/6000R
8. 2 Maximum rpm per model
8.2.1 Test condition
8.2.2 Result
8.2.3 Attention
8.3 Circuit Diagrams
8.3.1 Electrical (SIF5000/SIF6000)
8.3.2 Electrical (SIF5000R/6000R)
8.3.3 External refrigeration (SIF5000/SIF6000)
8.3.4 Internal refrigeration (SIF5000R/SIF6000R)
8.4 Replacement Parts List
8.5 Disposing of Incubated Shaker
8.5 Warranty
8.5.1 Terms of Warranty Service
8.5.2 Warranty Exceptions
8.5.3 How to Request Services
8.5.4 Product Return Procedures
8.6 Technical Assistance

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1.0 Safety

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1.1 How to use the Manual

1.1.1 Introduction
This manual is intended for individuals requiring information about the use Incubated shaker. Use this
manual as a guide and reference for installing, operating, and maintaining your Jeio Tech Incubated
shaker. The purpose is to assist you in applying efficient, proven techniques that enhance equipment
productivity
This manual covers only light corrective maintenance. No installation, service procedure or other
maintenance should be undertaken without first contacting a service technician, nor should be carried
out by someone other than a service technician with specific experience with laboratory equipment
and electricity.
1.1.2 Chapter summary

The Functional Description chapter outlines models covered, standard features, and safety features.
Additional sections within the manual provide instructions for installation, pre-operational procedures,
operation, preventive maintenance, and corrective maintenance.
The Installation chapter includes required data for receiving, unpacking, inspecting, and setup of the
unit. We can also provide the assistance of a factory-trained technician to help train your operator(s)
for a nominal charge. This section includes instructions, checks, and adjustments that should be
followed before commencing with operation of the Incubated shaker. These instructions are intended
to supplement standard laboratory procedures performed at daily and weekly intervals.
The Operation chapter includes a description of controller features along with temperature and
agitation parameter setting instructions, multi-segment program setting instructions and instructions for
changing the type of agitation and agitation amplitude.
The Accessories and Option chapter is your source for information on available accessories and option
with brief information.
The Appendix contains technical specifications, warranty and Jeio Tech technical support contact
information.


1.1.3 Model number nomenclature

This manual covers all 4 models of the SIF series. The following describes the model number
nomenclature used in throughout the manual.
SIF5000 includes incubation, and shaking, possible to connect external refrigeration
SIF5000R includes incubation, shaking and integrated refrigeration
SIF6000 includes incubation, and shaking, possible to connect external refrigeration
SIF6000R includes incubation, shaking and integrated refrigeration
1.2 Safety Notice
Be sure that you are completely familiar with the safe operation of this Incubated shaker. This unit may
be connected to other machinery, such as a temperature control unit. Improper use can cause serious
or fatal injury.
Installation and repair procedures require specialized skills with laboratory equipment and electricity.
Any person that installs or repairs this unit must have these specialized skills to ensure that this unit is
safe to operate. Contact Jeio Tech or their local authorized distributor for repairs or any questions you
may have about the safe installation and operation of this unit.
The precaution statements are general guidelines for the safe use and operation of this instrument. It
is not practical to list all unsafe conditions. Therefore, if you use a procedure that is not recommended
in this manual you must determine if it is safe for the operator and all personnel in the proximity to the
Temperature and Humidity chamber. If there is any question of the safety of a procedure please
contact Jeio Tech before starting or stopping the Temperature and Humidity chamber.
This equipment contains high voltages. Electrical shock can cause serious or fatal injury. Only qualified
personnel should attempt the startup procedure or troubleshoot this unit.
Documentation must be available to anyone that operates this equipment at all times.
Keep non-qualified personnel at a safe distance from this unit.
Only qualified personnel familiar with the safe installation, operation and maintenance of this unit
should attempt start-up or operating procedures.
Always stop the Incubated shaker before making or removing any connections.

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1.3 Symbols used in this Manual
The following signal word panels, safety symbols and non safety symbols are used to alert you to
potential personal injury hazards or information of importance. Obey all safety messages that follow
these symbols to avoid possible personal injury or death.
1.3.1 Signal word panels
Signal word panels are a method for calling attention to a safety messages or property damage
messages and designate a degree or level of hazard seriousness. It consists of three elements: a
safety alert symbol, a signal word and a contrasting rectangular background. The following signal word
panels are in accordance with ANSI Z535.4-2007 and ISO 3864 standards.
Indicates a hazardous situation which, if not

avoided, will result in death or serious injury.

avoided, could result in death or serious injury.

avoided, may result in minor or moderate injury.
Indicates a property damage message.


1.3.2 Safety symbols
Safety symbols are graphic representations—of a hazard, a hazardous situation, a precaution to avoid
a hazard, a result of not avoiding a hazard, or any combination of these messages—intended to
convey a message without the use of words. The following safety symbols are used in this manual.
Mandatory Prohibition
No direct
Read manual
sunlight
No high
Wear a face
frequency
mask
noise
No corrosive
Wear gloves fluid or
cleaners
Wear goggles No water
WARNING
Safety Alert
Symbol. Hand crush or
General pinch
caution.
Electrical
Foot crush
shock
Flammable or
fire could be Lifting hazard
caused.
Sharp points

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The following graphic representations are intended to convey a message without words or to bring
your attention to important information about the use of the Incubated shaker or a feature.
European
Union
electrical Earth ground
directive
compliance
Relative
Note
humidity
Altitude


1.4 Where to Locate Safety Labels

The safety labels are attached to the Incubated shaker important information about potential hazards
and how to avoid them. All users must read this operating instruction carefully to operate the product
properly.
The following illustrations show where the safety labels should be attached to the Incubated shaker
until service of the product is discontinued. If the safety labels are damaged, please contact your local
Jeio Tech office or distributor to request new labels.
1.4.1 Front of SIF5000R/6000R

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1.4.2 Back of SIF5000R/6000R
1.4.3 Back of SIF5000/6000


1.4.4 Front of SIF5000/6000

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1.5 Precautions for Your Incubated shaker
Our Incubated shaker is designed to provide safe and reliable operation when installed and operated
within design specifications. Make sure you read and understand all instructions and safety
precautions listed in this manual before installing or operating your unit. If you have any questions
concerning the operation of your unit or the information in this manual, contact our Sales Department.
To avoid possible personal injury or equipment damage when installing, operating, or maintaining this
Incubated shaker, use good judgment and follow these safe practices:
1.5.1 Warning statements

Observe all warning labels.
DO NOT remove warning labels.
Check the voltage, phase and capacity of the power supply and connect properly.
DO NOT ground the Incubated shaker to gas pipes or water pipes.
DO NOT insert multiple plugs into the outlet at the same time.
DO NOT operate equipment with damaged line cords.
DO NOT handle or touch electrical cord and electrical parts with wet hands.
DO NOT move the Incubated shaker while it is plugged into the power source.
DO NOT use or keep flammable gases near the Incubated shaker.
DO NOT install the Incubated shaker near environments where flammable gas may leak.
DO NOT use the machine near environments where explosion can occur due to organic
evaporating gases.
DO NOT put explosive and flammable chemicals (Alcohol, Benzene, and etc) into the
chamber.
DO NOT let moisture, organic solvents, dust, and corrosive gas enter the control panel.
DO NOT expose the Incubated shaker to direct sunlight.
DO NOT expose the Incubated shaker to direct heat sources.
DO NOT use the Incubated shaker in places where moisture is high and flooding can occur.
DO NOT install the Incubated shaker near machinery generating high frequency noise
DO NOT use Incubated shaker in environments that contain industrial oil smoke and metallic
dust.
DO NOT operate damaged or leaking unit.
DO NOT operate the Incubated shaker when there is strange sound, smell and smoke coming
from the unit.


DO NOT disassemble, fix or change the Incubated shaker other than for those items
described in this operating manual
1.5.2 Caution statements
DO NOT use doors, handles or knobs to lift or stabilize the unit.
DO NOT place heavy objects on the power cord.
DO NOT put the Incubated shaker on the power cord.
DO NOT make the machine wet while cleaning.
DO NOT pour water or put liquid on the Incubated shaker when cleaning the unit.
DO NOT operate Incubated shaker and immediately disconnect the main power supply and request
service when water may be in the unit.
DO NOT sprinkle insecticide or flammable spray on the Incubated shaker.
DO NOT clean the Incubated shaker with a strong cleanser (e.g., solvent type) and use a soft cloth.
In addition to the safety warnings listed above, safety messages are posted throughout the manual.
These safety messages are designated by the use of a signal word panel followed by text and a
safety symbol where applicable. Read and follow these important instructions. Failure to observe
these instructions can result in permanent damage to the unit, significant property damage, personal
injury or death.

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1.6 Responsibility
Our Incubated shaker is constructed for maximum operator safety when used under standard
operating conditions and when recommended instructions are followed in the maintenance and
operation of the machine.
All personnel engaged in the use of the Incubated shaker should become familiar with its operation as
described in this manual.
Proper operation of the unit promotes safety for the operator and all workers in its vicinity.
Each individual must take responsibility for observing the prescribed safety rules as outlined. All
caution, warning and danger labels must be observed and obeyed. All actual or potential danger areas
must be reported to your immediate supervisor.
1.6.1 General responsibility

No matter who you are safety is important. Owners, operators and maintenance personnel must
realize that every day, safety is a vital part of their jobs.
If your main concern is loss of productivity, remember that production is always affected in a negative
way following an accident. The following are some of the ways that accidents can affect your
production:
l Loss of a skilled operator (temporarily or permanently)

l Breakdown of shop morale
l Costly damage to equipment and laboratory samples
l Downtime
Organize a safety committee or group, and hold regular meetings. Promote this group from the
management level. Through this group, the safety program can be continually reviewed, maintained,
and improved. Keep minutes or a record of the meetings.
Hold daily equipment inspections in addition to regular maintenance checks. You will keep your
equipment safe for production and exhibit your commitment to safety.
Please read and use this manual as a guide to equipment safety. This manual contains safety
warnings throughout, specific to each function and point of operation.


1.6.2 Operator responsibility

The operator’s responsibility does not end with efficient experimentation and production. The operator
usually has the most daily contact with the equipment and intimately knows its capabilities and
limitations.
Plant and personnel safety is sometimes forgotten in the desire to meet incentive rates, or through a
casual attitude toward laboratory equipment formed over a period of months or years. Your employer
probably has established a set of safety rules in your workplace. Those rules, this manual, or any other
safety information will not keep you from being injured while operating your equipment.
Learn and always use safe operation. Cooperate with co-workers to promote safe practices.
Immediately report any potentially dangerous situation to your supervisor or appropriate person.
REMEMBER
l NEVER place your hands or any part of your body in any dangerous location.
l NEVER operate, service, or adjust the equipment without appropriate training and first reading
and understanding this manual.
l Before you start the portable drying/conveying system check the following:
ü Remove all tools from the Incubated shaker.
ü Be sure no objects, samples or chemicals are lying on the Incubated shaker.
l If your Incubated shaker has been inoperative or unattended, check all settings before starting
the unit.
l At the beginning of your shift and after breaks, verify that the Incubated shaker is functioning
properly.
ü Report the following occurrences IMMEDIATELY:

ü Unsafe operation or condition
ü Unusual Incubated shaker action
ü Leakage
ü Improper maintenance
l DO NOT wears loose clothing or jewelry, which can be caught while working on the equipment.
In addition, cover or tie back long hair.
l Clean the equipment and surrounding area DAILY, and inspect the machine for loose, missing
or broken parts.
l Shut off power to the Incubated shaker when it is not in use. Turn the power switch to the OFF
position, or unplug it from the power source.

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1.6.3 Maintenance responsibility
Proper maintenance is essential to safety. If you are a maintenance worker, you must make safety a
priority to effectively repair and maintain equipment.
Before removing, adjusting, or replacing parts on this Incubated shaker, remember to turn off all
electric supplies and all accessory equipment at the machine, and disconnect and lockout electrical
power. Attach warning tags where possible.
Be sure that the Incubated shaker is correctly connected to earth grounded electrical outlet that
complies with current codes.
When you have completed the repair or maintenance procedure, check your work and remove your
tools.
DO NOT restore power to the Incubated shaker until all persons are clear of the area. BEFORE you
turn the Incubated shaker over to the operator for production, verify the unit is functioning properly.
1.6.4 Reporting a safety defect

If you believe that your Incubated shaker has a defect that could cause injury, you should immediately
discontinue its use and inform Jeio Tech or local authorized distributor.
The principle factors that can result in injury are failure to follow proper operating procedures
(i.e. lockout/tag out), or failure to maintain a clean and safe working environment.


2.0 Functional Description

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2.1 Introduction
SIF5000/5000R, SIF6000/6000R, 2-step stacking incubated shakers are space-efficiency and SI-
300/300R, SI-600/600R can be loaded on SIF Series.
This product can be used in the field below.
ü Plant and animal cell cultures

ü Solubility studies
ü Extraction procedures
ü DNA & enzyme fermentation
ü Plant growth
ü General mixing
ü Bacterial suspensions
ü Cell staining & destaining
ü Washing procedures
ü Plasmid purification
ü Protein expression
Orbital and reciprocal shaking is possible. Shaking system is designed to use a wide variety of
laboratory glassware. 6,000 ml Flask clamp can be mounted on SIF6000/6000R. Orbital and reciprocal
shaking, both can be selected by a user.
The 3-speed, forced convention heating and cooling system provides uniform temperature regulation
with no overshoot—eliminating potential sample damage. External refrigeration capabilities are
available in SIF5000R/SIF6000R and integrated cooling is available in SIF5000R/SIF6000R models.
Conveniently housed in a single panel, twin microprocessor-based controllers individually control

temperature and agitation functionality. System risks, like voltage spikes, short circuit, over
temperature, etc., are monitored by a safety system that runs independently of the performance
controller. Audible and visual alarms are set off and the incubated shaker will go into a recoverable
safety mode if a risk is identified.
A wide variety of platforms can be used with the incubated shaker. Dedicated platforms are available
for a variety of flask sizes. A universal platform and flask and separatory funnel clamps, micro plate
holders, test tube racks and stick pads are available along with spring wire racks, rubber mat and
universal attachment platforms.
Additionally, incubated shakers have an R-232 communications port for data logging and remote
control with our free Lab Tracer software.


2.2 Feature
2.2.1 Compliance
CE is an abbreviation for CONFORMITE EUROPEAN and it means that the
products are qualified for European Standard related to safety, health, environment
and protection of consumers. CE Mark doesn’t mean that it guarantees the
products quality but complied with basic safety requirements.
The products which do not acquire CE mark or do not follow the standards can not be sold or
distributed in European market, and products test must be done by a manufacturer itself or a specified
institute.
If you want to distribute the products in Europe manufactured by outside of Europe must attach CE
mark. EU supply 76 ea guidelines and have 3 types (EN:EUROPEAN NORM, HD:HARMONIZED
DOCUMENTS, ENV:EUROPEAN PRE-STANDARD) which including approx.3000 kinds of standards.
Jeiotech has supplied products met CE standards based on our strict quality policy.

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2.2.2 Construction
2.2.2.1 General
2-step stacking unit

Vertically, 2-step stacking incubated shaker is space-efficiency.
Waterproof Structure
Even there is spillage by users accidentally the liquid doesn’t go into the equipment
Available mass production

SIF6000/6000R can attach 2ea (maximum) 6,000ml large capacity flask.
Casters to prevent vibration

The casters make the unit easy to move and prevent vibration and be horizontal when moving.
Large viewing window

You can observe the internal state without changing the temperature.
Observation lamp
If the unit is in a dark place, a user can check the sample.
Door Lock
There is a hole on the latch. It can keep security and temperature.
Chemical Resistance
The basic surface finishes with a powder coating.
Door Alarm System

If the door suddenly opens, the heater, shaking system, air-circulating fan stop. Therefore, it can
protect a user and minimize heat loss.


2.2.2.2 Shaking system
Dual Motion Agitation

Agitation motion can be converted from orbital to reciprocating motion.
A variety of turning radius

You can select 13mm, 19mm for the turning radius of SIF5000/5000R and 13mm, 19mm for
SIF6000/6000R.
Right-position stop function

Universal platform stops at the very middle of the unit. Auto system can apply this.
Brushless DC motor
Jeio tech succeeds in controlling the motor accurately and it is the best motor for laboratory.
Balance weight system

It is excellent in terms of power consumption efficiency, and reduce the noise by spreading the load.
Accessory
Various accessories could be equipped flexibly.

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2.2.2.3 Incubator
Cross Flow (Tangent) Fan

Cross Flow Fan is to generate laminar flow that keeps the temperature stably in the chamber. It also
provides high restoration of temperature even if the door is opened and closed frequently.
High temperature refrigerant system

It supports to reduce a noise from a refrigerator. And also can minimize moisture evaporation in
chamber.
Environmentally friendly refrigerants

Our refrigerants doesn’t include Freon gas.
2.2.3 Communication
RS-232 Interface available
Lab Tracer is easy-to-use software supplied with the SIF series Incubated Shaker. It enables operators
of all levels to use their PC to
ü Collect, analyze, and archive unit data

ü Produce required laboratory reports
ü Control and monitor unit operation


2.2.4 Safety
2.2.4.1 CLS- Custom logic safety control system
The CLS-Control system (Patent No.0328729) is our enhanced safety controller

developed by our engineers. Designed to allow our equipment to be operated in
environments that require perfect thermal safety-including areas where flammable
chemicals are used.
In most cases with other brands of lab equipment, the CPU comprises both control
and safety features together. In the event of the CPU failing, the logic controlling
the safety features will often be compromised.
CLS-Control system
Jeio Tech has separated these two important elements and now has an independent safety system
running alongside the performance controller.
When any risk factors are sensed (ex: voltage peaks, short circuit, over temperature etc.) the machine
will go into a recoverable safety mode as follows.
The power supply to individual components is isolated by a magnetic switch, leaving only the earth in
circuit.
Details of the fault are displayed (indicator codes)
Audible and visual alarms alert the user and remain on until attended.
Independent IC logic detects and intercepts electronic interference before the main control board to
give added safety to both user and product.
2.2.4.2 Over Temperature Limit
The built-in over temperature protector warns (audible alarm and LED lighted) and shuts off the heater
in the event of overheating problems. Over temperature safety feature with independent thermostat
provides additional backup by controlling heat if main temperature controller fails.
2.2.4.3 Thermal Protector
The power line of the heater is by thermal protector. It automatically cut off the power when the space’s
temperature where the heater is equipped is above 90Ȕ. And if below 90Ȕ, it connect the power
again. Therefore, it protects overheating in advance.

0DQXDO12/9HUVLRQ

2.3 Construction


(1) Shelf
If you use low-height flasks, there are shelves(Standard 2ea). Shelves can be put on the shelf level
adjuster.
(2) Door limit switch

There is door limit switch between door and the appliances mainframe upper parts, and
discontinuance gets operation of Shaking unit, Blower and Heater done by
the Logic IC which received an open signal if it opens Door. And Door LED is
turned on. (Within five minutes)
Door LED twinkles for warning ventilation of a user after a door opened if a
user does not shut a door so that five minutes pass, and an alarm sound
continuously rings.
And it blocks off the power to be authorized with a power switch, and Off gets
a power switch done and all blocks off 2 phase of the power supplied with to
an each part of appliances, and configuration does the safe state that only a
Ground part is connected. At this time light is effective on Temp LED if closes
a door again and presses a Button.
(3) Incubator heating & cooling system

Behind the stainless steel cover lies the heart of the forced
convention heating/cooling system.
ü Evaporator
Fin-type evaporator cools the chamber air down to Amb-20Ȕ
(When ambient temperature is more than 20Ȕ)
ü Heater
Two (2) 550W, Incoloy fin-type heaters heat the chamber air to a
maximum of 80Ȕ
ü Circulation Fan
Three-speed fan circulates air in the chamber and through the
evaporator and heater.
(4) Air in vent

Air in-vent for air after it passes through (3)
(5) Floursent Lamp

Floursent Lamp to observe inside the chamber.
(6) ID Label
Model name, Serial number, Voltage, Frequency, Power
Consumption For Incubated Shaker (Two machine stackable)

0DQXDO12/9HUVLRQ

(7) RS-232 Port, Switches, Fuse Set
ü RS-232 Port
This equipment can monitoring and change setting to COM1 or COM2 port with state of appliances
through PC and connection and a RS-232C program.
Also, can save control state of appliances, and output is possible through a printer, too.
ü Lamp Switch
Turn On/Off Observation Lamp.
ü Shaker On/Off Switch

Shaker On/Off separately.(When Sync sets at No.)
ü Main Switch
Main Switch On/Off. When Main Switch On, it lights.
ü Fuse
The fuses protect the equipment from instantaneous electric currents.
Please check with correct electricity when fuse change.
(8) Over temp. limit

If heater more abnormally than setting temperature rises, blocks off
power of Temp. controller, and Over temp. LED twinkles, and alarm
rings. If the power is turned off, 15% upward tendency sets up Knob
than setting temperature right and confirms whether certainly presses
Start/Stop switch in one time, and dollar enters Run LED of Temp.
controller.
(9) Main cord

It is cord to supply for main power.
(10) Body
The body is painted by a powder coating for chemical resistance
(11) Controller
ü Shaking controller
It can control for Left turn, right turn and stationary state by timer function
ü Temperature controller
This equipment loaded the Micro processor (CPU) which had the verified S/W that Digital PID Auto
tuning this is possible and is having a temperature revision function for a temperature sensor and a
heating control function.


(12) Door handle

It is to open the door easily. Door handle is made from plastic, so the
heat or cold of door doesn’t deliver to a hand.
(13) Door
The door provides full and easy access to the incubator shaker chamber. An observation window is
provided for viewing of samples during experiments.
(14) Observation window

Large Low-E insulating glass provides excellent insulation and viewing of samples during experiments
so the door stays closed. Heater is equipped to prevent humidity during long-time operation.
(15) Condenser cover & air filter

The condenser cover is a removable air vent providing air circulation through the condenser. The air
filter protects the condenser from dust.
(16) External refrigeration port

These brass push-to-connect (by pushing plastic part) fittings accept Ø8mm OD hard-wall tubing and
provide access points for external refrigeration on the SIF series.
(17) Caster assembly

A wheel and height adjustable, non-marking foot allow for easy movement, locking and leveling of the
unit.

0DQXDO12/9HUVLRQ

(18) Door latch

The door latch helps maintain a tight chamber seal and prevents
accidental opening during operation. The lock hole is designed to
accept a padlock for security purposes.
(19) Condensate drain barb

The barb provides a drain for condensate that forms as warm air is cooled by the evaporator.
Constructed of chrome-plated brass it accepts Ø6mm ID soft-wall tubing.
(20) Air out vent

Outlet for cooled or heated air after it passes through the evaporator or heater.
(21) Shaking table

It’s connected to gadget for shaking and install for accessories. (Universal Platform etc)
(22) Inner outlet

Chamber has a built-in outlet. When a user operates a small test equipment
Inside the unit, it is used. Maximum allowable capacity is 2.0A.
(23) Chamber
Corrosion-resistant stainless steel was used. Agitation table, heater,
evaporator, and temperature sensor are built in.
(24) Door seal

The door seal absorbs impact during door closing, and provides a tight chamber/door seal to prevent
chamber air from escaping or ambient air from infiltrating the chamber.


3.0 Installation

0DQXDO12/9HUVLRQ

3.1 Unit Components
After unpacking, please check the contents to ensure you have received all of the following incubated
shaker components. Also, check the identification plate on the side of the incubated shaker to make
sure you received the model number your ordered.
If you didn’t receive one or more of the components or if the model is incorrect, contact your local Jeio
Tech office, or the distributor from which the incubated shaker was purchased.
Component Quantity Received
Unit 1
Fuse (Spare) 2 (2)
1
Operating instruction
LabTracer
1
communication
software CD
Cable for 1
communication
Wire Shelves 2
Spacer 4


3.2 Preparing the Location

3.2.1 Space requirements
The surface where you place the Jeio Tech SIF series incubated shaker should be smooth, level and
sturdy.
It is essential that the incubated shaker be situated in an area where there is sufficient space for the
shaker and service lines. The minimum space requirements needed to properly operate and maintain
the incubated shaker.
j k l
n
Dimension
A B C D E F G
Model
571 606 900 815 852 1,342 1,105

SIF5000/5000R
(22.5) (23.9) (35.4) (32.1) (33.5) (52.8) (43.5)
671 706 980 895 932 1,523 1,306

SIF6000/6000R
(26.4) (27.8) (38.6) (35.2) (37.7) (60.0) (51.4)
mm(inch)

0DQXDO12/9HUVLRQ


3.2.2 Environmental setting
The Jeio Tech SIF series incubated shakers operate properly under the following environmental
conditions.
No direct sunlight on incubated shaker
Ambient temperature: 5C to 40C (41F to 104F)
Relative humidity not to exceed 80%
Altitude not to exceed 2000m (6,562 feet)
Keep incubated shaker away from high frequency noise produced

by equipment and/or machinery, such as electrical distribution
panels, welders, induction heating mechanism, and large
amounts of SCR (Silicon-controlled rectifiers).
Check a ground wire of the unit.

0DQXDO12/9HUVLRQ

3.3 Leveling the unit
When you set up the unit, balancing is very important. If the balance of the unit is not in a good
condition, it causes vibration and noise and the user could be in danger.
Make it balanced well as following.
Step 1: Place the incubated shaker in its location.
Step 2: Lower the foot of each caster by turning the red

height adjustment counterclockwise until it hits the floor. Turn
the height adjustment a quarter turn or more to ensure the
unit’s weight is taken off the caster. This will lock the unit in
place.
Step 3: Place a level on the top of the door and check for
level side-to-side and front-to-back.
Step 4: Turn the height adjustment to raise or lower the unit

until the incubated shaker is level.


3.4 Attaching Electrical Connections

Jeio Tech SIF series incubated shakers are designed for single-phase, earth-grounded voltage
operation. Refer to the unit’s identification plate for proper voltage and amperage requirements. Make
sure your electrical service conforms before making any electrical connections. Voltage must be within
plus or minus ten percent (±10%) of the nameplate rating.
Compare voltage on unit’s identification plate, wall outlet connection on electrical cord (see Figure 3.5
below) and the wall outlet to ensure proper connection before making any electrical connections. If you
have the wrong electrical cord, please contact your local Jeio Tech office, or the distributor from which
the incubated shaker was purchased to get the correct electrical cord.
If the supplied electrical cord is not long enough, it is recommended to use an IEC 60320 male to
female extension cord with the proper amperage rating for the unit.
ELECTRICAL shock hazard. Improper electrical

connections can damage the unit and cause serious
injury or death.

0DQXDO12/9HUVLRQ

Use the following procedure to supply power to the incubated shaker.
Step 1: Find the power connection socket on the back of the unit.
Step 2: Push the matching cord end into the socket.
Step 3 : Push the cord into the wall socket.
Make sure that all electrical connections are tight.


3.5 Attaching Condensate Drain
As the chamber heats and cools condensate will build up. The condensate drain is designed to
eliminate any water build up. To connect the condensate drain to a floor drain or any other waste
outlet push Ø6mm ID soft-walled tubing, such as: vinyl, FKM, urethane, neoprene or silicone, over the
drain barb until is seated against the collar, as shown below.

0DQXDO12/9HUVLRQ

3.6 Attaching/Detaching External Refrigeration

(SIF5000/SIF6000 only)
Many laboratories are built with central chilling systems. With this in mind Jeio Tech has developed the
IS-971 incubated shaker so that it can be connected to external refrigeration systems. To connect the
unit to external refrigeration source use Ø8mm OD hard-walled tubing, such as nylon or polyethylene.
Note: The IS-971 controller does not have the ability to communicate with the external
refrigeration source.
Use the following procedure to connect/disconnect the tubing to the unit.
3.6.1 Inserting tubing into fitting

Hold the tubing firmly and push it tightly into the fitting. Run the tubing to the external refrigeration
source.


3.6.2 Removing from fitting

Use the following procedure to remove the tubing from the external refrigeration ports.
Step 1: Grab the tubing tightly and push towards the incubated shaker as you firmly push the collect
release button with two fingers.
Step 2: Continue to push the collect release button, and pull the tubing out of the fitting.

0DQXDO12/9HUVLRQ

3.7 Initial Start-up

3.7.1 Pre start-up checks
l Make sure all unit and wall outlet electrical connections are tight.
l Make sure condense drain hose is tightly on hose barb and hose is run to a drain.
l Make sure external refrigeration hoses are tightly secured.

(SIF5000/SIF6000 only and only if using external refrigeration feature.)
l Make sure caster feet are lowered and have locked the incubated shaker in place.
l Make sure unit is level side to side and front to back.
l Make sure the platform is locked onto the shaking table.
l Make sure the accessory(ies) are securely attached to the platform.
l Make sure all vessels are securely clamped.
l Make sure there are no flammable or explosive liquids in the incubation chamber.


3.7.2 Starting the incubated shaker

Press the Power switch. The following will occur.
l The power switch will illuminate.

l Jeio Tech will appear in the PV and SV displays.
l After 3 seconds, a beep will emit and the following will appear.
ü PV display: Current incubator temperature (numeral).

ü SV display: Factory set point value of 37Ȕ (initial start-up) or last set point value.
ü RPM display: Factory set point value of 100RPM (initial start-up) or last set point value.
Main Display

0DQXDO12/9HUVLRQ

3.7.3 Calibrating temperature probe and controller (BIAS Function)
The BIAS function lets you calibrate the temperature probe and controller. While the temperature
probes and microprocessor are calibrated at the factory during production, it is good practice to ensure
the incubator chamber temperature and microprocessor are in sync for your operating environment.
Use the following procedure to correct temperature variations:
Step 1: Press the power switch to turn the unit on, if it is not already on. Allow the controller to
stabilize and the main display to appear, as shown in Figure 3.7.2.
Step 2: Place a scientific digital thermometer into the chamber, close the door and allow the
thermometer to stabilize. Make sure the thermometer display is readable through the incubated
shaker’s observation window if it does not have a remote display.
Step 3: Compare the thermometer reading to that shown on the PV display.
Step 4: If there is a difference, press the TEMP key six (6) times. The PV display will show the
revised value and the SV display will read BIAS (as shown below).
Step 5: Press the UP key or DOWN key to reflect the difference between the present value and
the thermometer reading the BIAS value display.
Step 6: Press the ENTER key to complete the calibration adjustment.
Step 7: Press the ENTER key to return to the main display.
After long periods of time (especially, 2 weeks without stop) at

one set point value incubator temperature and microprocessor
should be checked for calibration. The chamber temperature
and present value display should be checked and calibrated
on a quarterly basis or a half yearly basis.


3.7.4 Auto-tuning the incubated shaker controller
The fuzzy-logic, auto-tune function lets you automatically fine-tune the PID control parameters of your
IS-971, IS-971R and IS-971RF incubated shaker system based on its dynamic characteristics and
your process requirements then stores them for future use. Auto-tuning is of importance for minimizing
commissioning times for temperature regulation loops since they often have high system time
constants, such as lag times and dead times.
The auto-tune function should be activated for the following:

ü Initial start-up
ü Change in ambient conditions
ü Change of chamber air circulation fan speed.
ü Change in thermal mass.
ü Change in temperature set point after a long period of time at one set point.
During auto-tuning the controller heats to 75% of the set point temperature, where it oscillates above
and below the set point as many as three (3) times before loading the new tuning parameters. After the
tuning parameters are loaded it heats to the set point temperature. See Figure 3.13 above.
Auto-tuning is dependent on the operating conditions and can take up to 45 minutes. It is best done
before any experiment is run.
Temperature Overshoot May Damage Samples. Overshoot is a function of

the set point temperature and the ambient temperature. If your samples
can not handle overshoot of the set point temperature, wait until auto-
tuning is complete before putting samples in the chamber.

0DQXDO12/9HUVLRQ

Use the following procedure to auto-tune the controller:
Step 1: Press the Temp key one (1) time. The setting in the SV display will flash.
Step 2: Press the UP key or DOWN key to set the desired temperature.
Step 3: Press the ENTER key to finish setting the temperature.
Step 4: Press and hold down the A/T key for one (1)

second or until the A/T LED illuminates and the PV and SV displays
change to the following.
Step 5: Press START/STOP key. The TEMP and HEAT

LEDs will illuminate and the A/T LED flashes to indicate that the
controller is tuning itself. When the A/T LED light stops flashing, the
controller is tuned and ready for operation.
Changing SV Temperature During Auto-Tuning

If the SV temperature is changed after starting the auto-tune
function, the initial set point temperature will be maintained for
the duration of the tuning process. After auto-tuning is
complete, the controller will change to the new set point.
Wait On/Off (On/Off delay) Timers

These timers do not function during the auto-tuning process.
However, shaking timers do function if synchronization is set
to ‘No.’
Multi-Segment Programs
The auto-tune function is locked out once program has been
started.


3.3.5 Shutting down the incubated shaker

When the unit is not in use, it is recommended to shut down the incubated shaker. Use the following
procedure to shut down the unit.
Step 1: Press START/STOP key to clear any programs.
Step 2: Press the Power switch to turn the unit off. Make sure the switch is not illuminated afterwards.

0DQXDO12/9HUVLRQ


4.0 Operation

0DQXDO12/9HUVLRQ

4.1 Controller
4.1.1 Feature
4.1.2.1 Temp. controller
PID Control
PID control is to control with calculation of the result with proportional, integral and differential
values. Basically it comes the result out based on P(present), I(past) and D(future) info that can
approach the practical required temperature quickly.
Wait On/Off Timers

The wait-on and wait off timers can be combined to give you a complete unattended start up and
shut down.
Calibration
Dual Unit of Temperature Functionality

The incubated shaker’s temperature can be measured in degrees Celsius or Fahrenheit.
Auto-Tuning
The fuzzy-logic, auto-tune function lets you automatically fine-tune the PID control parameters of
your incubated shaker system based on its dynamic characteristics and your process
requirements then stores them for future use.
Defrosting


4.1.2.2 Shaking (agitation) controller
Stop function at the exact position
When stopping the shaking system, the function operates on stopping at the exact position. This
function contains the Brake Function for the automatic system in Shaker.
Timer function
Forward/ Backward Function

Shaking controller contains Auto Reserve Function which can operate Forward/Backward and Time set
Function which can be programmable to set Forward/Backward Function
Automatic control function

For controlling exact speed & exact position, adjusted Parameter is memorized automatically.
Wide Range RPM

From 10 to 300 rpm
Speed Compensation
Motor recognizes set RPM frequently and should be adjusted to set value with memorized speed value
of that time in case of external influences
Rapid Acceleration and Deceleration

Rapid Acceleration or Deceleration is achieved by using brake function and speed compensation
additionally not to have Over Shoot and Under Shoot.

0DQXDO12/9HUVLRQ

4.1.2 Keypad overview and description
The controller and its keyboard are divided into 6 sections:

.
Displays
Function and status indicators
User interface keys
Shaker I/O switch
Lamp switch
Power switch
The following describes what each section includes and their function


4.1.2.1 PV (Present Value) Display
Indicates the present (current) incubator

temperature.
Or
Shows program function name
4.1.2.2 SV (Set Value) Display
Indicates the set (desired) incubator

temperature value
Or
Shows the timer setting and remaining time

on the timer
Or
Indicates the set (desired) shaker speed

(RPM) value
Note: SV display flashes during the setting of temperature, time or

speed.

0DQXDO12/9HUVLRQ

4.1.2.3 RPM display
Indicates the actual shaker speed from 10

to 300 RPM.
AND
Acceleration and rotation direction

⳿㭶ⳮ ⫗㭶ⳮ
⟆ᆮℓ㪏 ℂ⟆ᆮℓ㪏
✺ⱞ㏎
⳿⺪▫㗆
Or
Acceleration and rotation direction
⳿㭶ⳮ ⫗㭶ⳮ
⟆ᆮℓ㪏 ℂ⟆ᆮℓ㪏
✺ⱞ㏎
⳿⺪▫㗆


4.1.2.4 Shaker function and status indicators
Shake LED
Illuminates when shaking timer(s) is(are) set.
Flashes during the timer mode.
F/Ward LED
Illuminates when the clockwise timer is set.
Flashes during the timer mode or counterclockwise deceleration.
B/Ward LED
Illuminates when the counterclockwise timer is set.
Flashes during the timer mode or clockwise deceleration.
Pause LED
Illuminates when the pause timer is set.
Flashes during the timer mode or pause mode
4.1.2.5 Temperature function and status indicators
Temp. LED
Illuminates upon starting the temperature program.
Turns off when the temperature program expires.
Heater LED
Indicates the heater is on.
LED is on when heater is at 100% ouput.
LED flashes when PID cycles the heater.
Auto-tune LED
Flashes during Auto-tune function
Wait on (On delay) timer LED

Illuminates when wait on timer is set.
Flashes during timer countdown.
Turns off when timer expires.
Wait off (Off delay) timer LED

Illuminates when wait off timer is set.
Flashes during timer countdown.
Turns off when timer expires

0DQXDO12/9HUVLRQ

4.1.2.6 Safety function and status indicators
Door LED
Illuminates when the door is open.
Notes:
When opening the door the shaking table, heater,
and circulation fan stop operating.
After 5 minutes, the microprocessor stops all
programs, the Door LED flashes, and a beep is
emitted.
O/T (Over temperature) LED

O/T LED flashes, the microprocessor stops all
programs and a beep is emitted when the
incubator temperature exceeds the over
temperature limit setting


4.1.2.7 Button
TEMP Button
Incubation Temperature setting button
Push TEMP
PV Display function
Button key
1 time Setting general temperature
2 times First saving temperature(SV1)
3 times Second saving temperature(SV2)
4 times Third saving temperature(SV3)
5 times Choose F or C
6 times Calibration
TIMER Button
Sets the program, timer, circulation fan, speed and
auto-run function.
Push timer
PV Display function
key
1 time Wait on (delay on) timer
2 times Wait off (delay off) timer
3 times Setting auto-run
4 times Adjust fan speed
5 times Set program
UP Key
Increases the set value
DOWN Key
Decreases the set value
ENTER Key
Stores the selected set value.

0DQXDO12/9HUVLRQ

Auto-Tune Key
Press the A/T button for one (1) second to begin
autotuning the temperature.
SHAKE/SET Key
Rpm setting & shaking timer mode
Push
PV Display SHAKE/SET function
Key
stop : rpm setting
1 time
operation: setting rpm
2 times Timer total hours
3 times Timer total(minutes & seconds)
4 times Clockwise time
5 times Counterclockwise time
6 times pause
Operation incubation/shaker at
7 times
the same time
START/STOP Key
Start / Stop
Synchronized: Starts and stops the incubator and
shaker.
Not Synchronized: Starts and stops the incubator only.
Press to clear flashing LED and beeping when the
incubated shaker stops operating.


4.1.2.8 Shaker on/off switch
Shaker On/Off Switch
4.1.2.9 Lamp switch
Lamp Switch
4.1.2.10 Power switch
Power Switch

0DQXDO12/9HUVLRQ

4.2 Temperature controller

4.2.1 Setting the temperature unit of measurement (°C/°F)
The incubated shaker’s temperature can be measured in degrees Celsius or Fahrenheit. Unit of
measurement is factory set to degrees Celsius (°C). Use the following procedure to change the
temperature unit of measurement
Step 1: Press the TEMP key five (5) times. The PV and SV displays will change to the following.
Step 2: Press the UP key or DOWN key to change the unit of measurement.
If not selecting the temperature unit for ten (10)

seconds, the controller will return to the main display
and last set temperature unit value.
Step 3: Press the ENTER key to finish setting the unit of measurement
Step 4: Press the ENTER key to return to the main display.


4.2.2 Setting temperature

Use the following procedures to select individual temperature set point values, or to set and select
from three (3) frequently used temperature settings (SV1, SV2 or SV3).
4.2.3.1 Single set point value (SV)—preparation
Step 1: Press the TEMP key one (1) time. The setting in the SV display will flash.
The initial factory temperature setting is 40°C. After

changing this setting, the SV display will show the last
set point used.
Step 2: Press the UP key or DOWN key to set the desired temperature
.
a. Temperature can be set between ambient

+5Ȕ~80Ȕ (SIF5000/SIF6000),
ambient -20Ȕ~80Ȕ(SIF5000R/SIF6000R) in one-
tenth of a degree (0.1°C) increments.
b. Press and release UP or DOWN keys to slowly
change timer setting. Press and hold UP or DOWN
keys to rapidly change the timer setting.
c. If not selecting the temperature value for ten (10)
seconds, the controller will return to the main
display and last set temperature value.
Step 4: Press the START/STOP key to begin incubator operation.

.

0DQXDO12/9HUVLRQ

4.2.3.2 Single set point value (SV)—during operation
Step 1: Press the TEMP key one (1) time. The setting in the SV display will flash.
The initial factory temperature setting is 37°C. After

changing this setting, the SV display will show the last
set point used.
a. Temperature can be set between

amb +5Ȕ~80Ȕ(SIF5000/SIF6000),
amb-20Ȕ~80Ȕ(SIF5000R/SIF6000R) in one-
tenth of a degree (0.1Ȕ) increments.
change timer setting. Press and hold UP or
DOWN keys to rapidly change the timer setting.
display and last set temperature value


4.2.3.3 Memorized set point values—SV1, SV2 and SV3
Step 1: Press the TEMP key two (2) times. The setting in the PV display will show SV1, and the SV
display will flash.
a. Temperature can be set between

amb +5Ȕ~80Ȕ(SIF5000/SIF6000),
amb-20Ȕ~80Ȕ(SIF5000R/SIF6000R) in one-
tenth of a degree (0.1°C) increments.
display and last set temperature value.
Step 3: Press the ENTER key to finish setting the SV1 temperature value
Step 4: Press the TEMP key one (1) time. The setting in the PV display will show SV2, and the SV
display will flash..
Step 7: Press the TEMP key one (1) time. The setting in the PV display will show SV3, and the SV
display will flash.
Step 10: Press the ENTER key to return to the main display

0DQXDO12/9HUVLRQ

4.2.3.4 Selecting a memorized set point value to operate—preparation
Use the following procedure to select SV1, SV2 or SV3 as operating temperature once they have been
set and memorized.
Step 1: Press the TEMP key
PV Display Shows
Times Previously
Unselected
pushed Selected
2
Step 2: Check the temperature setting in the SV display to ensure it is the one you want to select.
.

Step 3: Press the ENTER key to finish selecting the rememorized temperature setting.
Step 4: Press the START/STOP key two (2) times operator the controller


4.2.3.5 Selecting a memorized set point value to operate—during operation
Use the following procedure to select SV1, SV2 or SV3 as operating temperature once they have been
set and memorized.
Step 1: Press the TEMP key
PV Display Shows
Times Previously
Unselected
pushed Selected
2
Step 2: Check the temperature setting in the SV display to ensure it is the one you want to select.

Step 3: Press the ENTER key to finish selecting the rememorized temperature setting. Upon pressing
the ENTER key the controller will continue operating with the new set value.

0DQXDO12/9HUVLRQ

4.2.4 Wait (Delay) Timer

4.2.4.1 Timer capabilities
The wait (delay) timer is a productivity tool and a safety device, which allows you to preset the start up
and running times for unattended operation.
The wait-on (on-delay) timer delays the start of incubator temperature profile for a selected time. The
wait-off (off-delay) timer shuts off the incubated shaker after the program runs for a chosen time.
When incubator and shaker are synchronized the wait off (off
delay) timer shuts down all temperature and shaking programs.
The wait-on and wait-off timers can be combined to give you a complete unattended start up and shut
down.
'ZCORNGG
It is currently 5:00 PM and a completed culture is needed by 9:00 AM the
O
next morning. It takes 4 hours for the culture to incubate at 35 C. The
O
current chamber temperature is 25 C, and from a previous experiment you
know the IS-971 will take approximately 15 minutes to raise the temperature
O
to 35 C.
Place the culture in the incubator and set the Wait-On timer to 11 hours 45
minutes. Set the Wait-Off timer to 4 hours. Press the start key and return
later to collect the culture.
The timers count down and can be set from one (1) minute to ninety nine (99) hours and fifty nine (59)
minutes (99:59) in one (1) minute increments. The factory timer setting is one (1) hour. Each occasion
the timer is set the last setting will be displayed.


When the wait-on (on-delay) and wait-off (off-delay) timer starts, the following will occur:
l Timer setting will be shown in the SV display.
$NKPMU
l Three (3) beeps will be emitted.

l And the colon (:) separating the hours and minutes will blink until timer expires.
When the wait-on (on-delay) timer expires the following will occur.
l A beep will be emitted.

l The set temperature will be shown in the SV display.
l And the W/ON LED will turn off.
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When the wait-off (off-delay) timer expires the following will occur:
l A beep will be emitted,

l The word stop will be shown in the PV display.
l And all LEDs will turn off.
The word ‘stop’ will remain in the PV display (as shown above) until
the START/STOP key is pressed.

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4.2.4.2 Setting wait-on (on-delay) timer

Use the following procedure to set and start the wait-on timer.
Step 1: Press the TIMER key one (1) time to display the Wait-On (On-Delay) Timer. The PV and SV
screens will change to the following on the main display.
“ont” in the PV screen indicates the Wait-On (On-

Delay) Timer is available to be set. The timer setting is
shown in the SV display. The factory timer setting is
one (1) hour. Each occasion the timer is set the last
setting will be displayed.


Step 2: Press the UP key or DOWN key to change the timer to your desired setting.
a. Timer can be set from one (1) minute to ninety nine

(99) hours and fifty nine (59) minutes (99:59) in one
(1) minute increments.
b. Press and release UP or DOWN keys to slowly change timer setting. Press an
hold UP or DOWN keys to rapidly change the timer setting.
c. If not selecting the timer value for ten (10) seconds,
the controller will return to the main display and last
set Wait-On Timer setting.
Step 3: Press the ENTER key to finish setting the timer. The W/ON LED will illuminate
(as shown In Figure) and a beep will be emitted.
Step 4: Press the ENTER key to return to the main display. Press the START/STOP
key to activate the timer and any other temperature and/or shaking parameters.

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4.2.4.3 Setting wait-off (off-delay) timer
Use the following procedure to set and start the wait-off timer.
Step 1: Press the TIMER key two (2) times to display the Wait-Off (Off-Delay) Timer. The PV and SV
“oFF.t” in the PV screen indicates the Wait-Off (Off-



Step 2: Press the UP key or DOWN key to change the timer to your
desired setting.

(99) hours and fifty nine (59) minutes (99:59) in
one (1) minute increments.
c. If not selecting the timer value for ten (10)
display and last set Wait-Off Timer setting.
Step 3: Press the ENTER key to finish setting the timer. The W/OFF LED will illuminate (as shown in
Figure) and a beep will be emitted.

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4.2.4.4 Setting the combined wait on and wait off (on and off delay) timer
Use the following procedure to set and start the combined timer
Step 1: Press the TIMER key one (1) time to display the Wait-On (On-Delay) Timer. The PV and SV
“ont” in the PV screen indicates the Wait-On (On-




(99) hours and fifty nine (59) minutes (99:59) in one (1)
minute increments.
If not selecting the timer value for ten (10) seconds, the
controller will return to the main display and last set
Wait-On and/or Wait-Off Timer setting.
Step 3: Press the ENTER key to finish setting the timer. The W/ON LED will illuminate (as shown in
Figure on page 28) and a beep will be emitted.
Step 4: Press the TIMER key one (1) time display the Wait-Off (Off-Delay) Timer. The PV and SV
“oFF.t” in the PV screen indicates the Wait-Off (Off-

Step 6: Press the ENTER key to finish setting the timer. The W/OFF LED will illuminate (as shown in
Figure ) and a beep will be emitted.
At this time both W/ON

and W/OFF LED lamps
will be illuminated (as
shown in Figure).

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4.2.4.5 Cancelling wait on/off timer
Use the following procedure to cancel the Wait-On Timer, Wait-Off Timer or both
Step 1: Press the TIMER key one (1) time to display the Wait-On (On-Delay) Timer.
Or
Press the TIMER key two (2) times to display the Wait-Off (Off-Delay) Timer.
Step 2: Press the UP key or DOWN key to until the timer reads 0:00 as shown below.
Press and release UP or DOWN keys to slowly change

timer setting. Press and hold UP or DOWN keys to
rapidly change the timer setting.
If not selecting the timer value for ten (10) seconds, the
controller will return to the main display and last set
Wait-On and/or Wait-Off Timer setting.
Step 3: Press the ENTER key to finish setting the timer


4.2.5 Setting Auto-run function
The incubated shaker’s Auto-Run function is a productive and safety tool, which lets you:
l To automatically restart programs where they stopped when the power interruption occurred
once power has been restored, or
l For safety purposes, require the operator to manually restart the programming once power
interruption has been corrected.
Use the following procedure to change the auto-run status.
Step 1: Press the TIMER key three (3) times. The PV and SV displays will change to the following.
Step 2: Press the UP key or DOWN key to select ‘YES’ or ‘NO’.
Selecting YES enables the unit to automatically restart operation upon restoration of power. Selecting
NO makes the operator manually restart incubated shaker after restoration of power.
a. Auto-Run is factory set to NO.

b. If not selecting the fan speed for ten (10) seconds,
the controller will return to the main display and last
set fan speed value.
Step 3: Press the ENTER key to finish setting the auto-run function

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4.2.6 Setting chamber air circulation fan speed

The flow of air circulating throughout the incubator chamber can be controlled using this function. The
fan speed is factory set at three (3)—the maximum velocity—for temperature uniformity. Decreasing
the fan speed may cause unsuitable temperature uniformity.
Use the following procedure to change the air circulation fan speed.
Step 1: Press the TIMER key four (4) times. The PV and SV displays will change to the following.
.
Step 2: Press the UP key or DOWN key to change the air circulation fan speed
If not selecting the fan speed for ten (10) seconds, the
controller will return to the main display and last set fan
speed value.
Step 3: Press the ENTER key to finish setting the air circulation fan speed


4.2.7 Set Program

Multi Pattern program function is to make the unit can run the conditions what users want.
Not only users can set temperature, run time, numbers of segment but also total repeat numbers can
be set.
Program pattern
Max. input segment 9
Max. repeat numbers 200

Max. input time per
99:59 (99 hours:59 minutes)
segment
SIF5000/6000 : Ambient plus 5Ȕ to 80Ȕ
Set temperature range
SIF5000R/6000R : Ambient minus 20Ȕ to
per segment
80Ȕ

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4.2.7.1 Understanding of the term for controller
The controller of this unit uses terms as below for setting programs.
Program
A Collection of each segment setting temperature and time.
Number of Repetitions (Loop)

Times to repeat the program
Segment, Prg.1~Prg.9
Program consists of each segment. Each segment can be set time and temperature, and they are
displayed on the controller from Prg.1~Prg.9 in order.
Segment Run Time

Running time at setting temperature each segment.
When you set time at each segment, should consider time to reach the set temperature.
It moves to next segment after finishing setting time even it doesn’t’ reach the setting temperature.
Therefore, please consider extra time to reach the set temperature.
Running time at each segment

Running time after reaching set
Temperature rising time
temperature
Running time at each segment

Running time after reaching set
Temperature decreasing time
temperature
Phase (SEg.L)
If you input repeat numbers, it will operate from the specified segment after running all segments once.


4.2.7.2 Set program using Controller
You can set a program as following
Example
One user wants to input 7 temperatures at each time and repeat it 10 times. For the first time, it will
operate all from 1 segment to 7 segments, and then it will run from 3rd segment in seven segments
during remaining 9 times.
First of all, input 7 temperatures and times at each segment and then input 00:00 at 8th segment.
Input 3 at phase(Seg.L), and input 10 for total repeat numbers(Loop).

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Step 1: Press Timer button 5 times, PV and SV are displayed as below.
Step 2: Press Up/Down button to set total repeat numbers
If you don’t want to run program mode, input “O”
Step 3: Press Enter button to save. If you input 1 or more, PV and SV are displayed as below.
Step 4: Press Up/Down button to set SEg.L(phase) for assigning start segment for the second
operating.
Step 5: Press Enter button to save.
SV and PV are displayed as below after pressing Enter button
Step 6: Press Up/Down button to set time for the first segment.
Setting time range is from 1 min to 99hours 59 min.

each time you press the button, 1min will increase or
decrease.
When you keep pressing Up/Down button, setting time
will be changed very rapidly.
If you don’t change values for 10 sec, it will be
initialized.
Step 7: Press Enter button to save the time.


After pressing Enter button, SV, PV will be displayed as below.
Step 8: Press Up/Down button to set temperature for the first segment.
Temperature range is
amb+5Ȕ~80Ȕ(SIF5000/SIF6000),
amb-20Ȕ~80Ȕ(SIF5000R/SIF6000R),
each time you press the button, once the temp will
increase or decrease by 0.1Ȕ
will be changed very rapidly.
Step 9: Press Enter button to save the temperature.
After pressing Enter button, SV, PV are displayed as below and then you can input time for second
segment.
Repeat Step 6 and Step 7 to set the time for second segment.
Repeat Step 8 and Step 9 to set the temperature for the second segment.
Repeat Step 6 to Step 9 to set temperatures and times for all segments.
Max.9 segments can be set.

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If you finish all steps as above, press “Enter” button. Then, PV and SV display 8th segment as below.
Step 10: Press Up/Down button to set time as 00:00
Step 11: Press Enter button to save the time 00:00
If time is entered 00:00, it will run until the previous segment. Even though you set time after 00:00, it
will not be operated. As above example, it will run to 7th segment, and will not run 9th segment even if
time is set.
Step 12: Press Enter button and then it returns to main screen
Or
Press Start/Stop button, it operates program mode.


4.3 Rotary and Rectilinear motion
This unit is designed to use both of rotary and rectilinear motion. It is fixed as Rotary motion from our
factory, and you can exchange the mode easily as following process.
Do not force too much when you change or untighten

bolts and spacer. It could be a cause of the system
malfunction.
Necessary Tool
Step 1: Turn off the power of unit.
Step 2: Open the door to see the inside of chamber and remove all accessories including universal
platform. And then you can see the shaking table.
Step 3: Remove wrench bolts and spring washer by 7mm wrench.
Step 4: Take the shaking table out from the system.
Step 5: Remove 4 ea spacer (for rotary) motion rotating counterclockwise by 13mm wrench.
Step 6: Fix the supplied spacer for rectilinear motion to lower side of the frame.
Step 7: Assemble the bolts and washer which were removed at step 3 to the outer hole of the shaking
table.
Step 8: Changing the motion is done. Please power on and operate the unit.

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4.4 Shaking Controller

4.4.1 Shaking accelerate/decelerate graph
The above drawing shows the times it will take to reach set RPM and to stop when you press
Start/Stop button. This graph is only the result of testing 1 unit with 20kg loading, if you load more, if
you stack up one unit more, the upper unit would be less 30~50rpm due to vibration.
However, this graph could have a difference depends on your environment like condition of floor,
distribution of load so on.
This drawing is used as an important material when you set whole time using a shaking timer.
Because you can set timer by reaching rpm, when you set time, the time as above should be
considered to use timer function correctly.

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4.4.2 Set RPM

Rpm means revolution per minute of system. 1rpm means, shaking table rotates 1 time per 1 minute.
Please check proper rotation numbers for the test condition before you attach sample in the chamber.
Available Rpm is from 10 to 300 rpm.
You can set rpm not only when the unit stopped but also when it is working.
Please refer to the below for setting RPM
4.4.2.1 Set rpm (Unit stopped)
Step 1: Press Shake/set button to check RPM once. PV and SV show as below.
Step 2: Press Up/Down button to change rpm you want.
Step 3: Press Enter button to save the value
Step 4: Press Enter button to go back to main display. Press Start/Stop button, then, incubator and
shaker start working at the same time. .
Or
When you press Shaker On/Off switch, only shaker start working.
If you don’t input anything for 10 sec during changing

RPM, the unit returns to start up screen and the
previous value remains.


4.4.2.2 Set rpm (During operation)
Step 1: Press Shake/set button to check RPM once. PV and SV show as below
Step 2: Press Up/Down button to change rpm you want
Step 3: Press Enter button to save the value.
If you don’t input anything for 10 sec during changing

RPM, the unit returns to start up screen and the

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4.3.3 Shaker “Delay Off” timer set

4.4.3.1 Set “Hour”
You can set timer for “Delay Off” function as following steps – “TIME” step of whole time.
Step 1: Press Shake/Set button twice to set timer for “Delay off”
– (set “Hour” of whole time) PV and SV display as below.
Step 2: Press Up/Down button to input “time” of whole time.
Available set time range is 1 hour ~ 999 hours and

each time you press Up/Down button, it will increase or
decrease by 1 hour .
will be changed very rapidly. If you don’t input anything
for 10 sec, the unit returns to start up screen and the
Step 3: Press Enter button to save changed “time” of whole time.

It beeps and SHAKE LED light on as right figure.
Step 4: Press Enter button and return to main screen


4.4.3.2 Set “Minute”, “Second”
You can set timer for “Delay Off” function as following steps. – “Minute”, “Second” step of full time.
Step 1: Press Shake/Set button 3 times to set timer for “Delay off” – (“minute”, “second” of whole time)
PV and SV display as below.
Step 2: Press Up/Down button to set “minute” and “second” of whole time you want
Available set time range is 10 sec ~ 59 minutes 59

seconds and each time you press Up/Down button, it
will increase or decrease by 1 second .
previous value remains. .
Step 3: Press Enter button to save the value.

SHAKE LED light on as right figure with beep.
Step 4: Press Enter button and return to main screen.
The whole time of timer for “Delay off” is combined inputting hour step and
minute/second step. If you input just one of steps, the SHAKE LED light on as above
figure.

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4.4.3.3 Set Time for Forward Rotation
The time of forward rotation during working of delay-off timer can be controlled by setting as following
steps.
Step 1: Press Shake/set button 4 times to set time for forward rotation. PV and SV display as below.
Step 2: Press Up/Down button to input time you want.

Step 3: Press Enter button to save the time. And then, F/WARD LED light on as right figure with beep.
Step 4: Press Enter button to return to main display.

Press Start/Stop button, then shaker
And
incubator start run simultaneously with SHAKE, F/WARD LED light on.
Or,
if you press Shaker On/Off switch, only shaker runs with F/WARD LED light on.


4.4.3.4 Set Time for Backward rotation
The time of backward rotation during working of delay-off timer can be controlled by setting as
following steps.
Step 1: Press Shake/set button 5 times to set time for backward rotation. PV and SV display as below
Step 2: Press Up/Down button to input time you want.

Step 3: Press Enter button to save the time. And then, B/WARD LED light on as right figure with beep.

Press Start/Stop button, then shaker
And
incubator start run simultaneously with SHAKE, B/WARD LED light on.
Or,
if you press Shaker On/Off switch, only shaker runs with B/WARD LED light on.

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4.4.3.5 Set Pause time
You can control the pause time during working delay-off timer by setting as following steps.
Step 1: Press Shake/set button 6 times to set pause time. PV and SV display as below
Step 2: Press Up/Down button to input time you want

Step 3: Press Enter button to save the time. And then, PAUSE LED light on as right figure with beep.
Please press Start/Stop button if you want to stop setting up to now.

(but at least, one of F/WARD or B/WARD must be set)
Shaker and incubator start run simultaneously with SHAKE, B/WARD LED or
F/WARD, and PAUSE LED lights on.
Or,
if you press Shaker On/Off switch, only shaker runs with F/WARD or B/WARD LED,
PAUSE LED lights on.
PAUSE does not work if you only set time and pause during delay-off timer. F/WARD or
B/WARD set is necessary.


4.4.4 The kind of timers
This unit has 5 kinds of timers for delay off as below.
l General Operation
l Delay off timer including F/WARD or B/WARD.
l Delay off timer including F/WARD and B/WARD.
l Delay off timer including F/WARD or B/WARD and PAUSE.
l Delay off timer including F/WARD, B/WARD and PAUSE.

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4.4.4.1 General Operation – F/WARD
It runs only forward rotation regardless the time. Start/Stop button or Shaker On/Off switch is used.
Step 1: Set rpm and then, press Enter button.
Step 2: The unit starts operating after pressing Start/Stop button.
SHAKER LED does not light on during general operation (regardless the time)


4.4.4.2 F/WARD or B/WARD Delay off timer
In this configuration, you can operate one of rotation forward or backward in a certain time. If you set
whole time and forward(or backward) rotation time and press Start/Stop button or Shaker On/Off
switch, the unit runs setting time and stop automatically even in your absence.
You can set whole time, F/WARD or B/WARD as following steps.
Step 1: Set rpm and press Enter button.
Step 2: Set ‘Hour” or “Min/sec” of Shaker Delay off and press Enter button.
Step 3: Set F/WARD (or B/WARD) time and press Enter button.
T To have an exact test result, the whole time and

F/Ward (or B/Ward) rotation time should be the same
at least. If the whole set time is less than F/Ward
(or B/ward) rotation time, whole time set runs only,
F/ward(or B/ward) set wouldn’t be operated.

0DQXDO12/9HUVLRQ

Step 4: Press Start/Stop button and the unit starts.
Setting the timer and press Start/Stop button,

Then, the LED is lit as shown at right.
SHAKE LED and F / WARD (or B/WARD) LED are blinking during timer working.


4.4.4.3 Delay OFF Timer for F/WARD and B/WARD rotation
In this configuration, F/ward and B/ward rotation are operated step by step in a certain time. If you
input whole time, F/ward, B/ward rotation time and press Start/Stop button or Shaker On/Off switch,
the unit runs exactly what you saved and stop even in your absence.
The unit starts F/ward rotation first. The set time for F/ward rotation is finished then shaking table
speed is decreased to stop. After stop, it starts accelerate for B/ward rotation. The set time for B/ward
rotation is finished, then it decelerate and start F/ward rotation again. It will continue until the whole set
time is finished.
You can set F/ward and B/Ward rotation program as following steps.
Step 2: Set “hour” or “min/sec” of Shaker delay off timer and then press Enter button.
Step 3: Set time for F/ward rotation and press Enter button.
Step 4: Set time for B/ward rotation and press Enter button.

0DQXDO12/9HUVLRQ

Step 5: Press Start/Stop button and the unit operates.
After set the timer and press Start/Stop button, the LED lights on as shown. The SHAKE
LED will be blinking until the timer working is finished and applicable working LED is
blinking during timer working.
The opposite side LED is blinking while the shaking table speed is decelerated


4.4.4.4 Delay off timer including F/WARD or B/WARD and PAUSE
In this configuration, F/Ward rotation (or B/Ward rotation) and Pause can be operated step by step in a
certain time. Set whole time, F/ward time (or B/ward time) and pause time and press Start/Stop button
or Shaker On/Off switch, then, the unit will be operated what you saved and stop even in your absence.
The unit starts F/Ward (or B/Ward) rotation first. After finishing F/ward(or B/Ward) rotation time then,
shaking table starts deceleration and pause after it stop. After finishing pause time, it starts operating
F/ward rotation again. It continues until terminate whole time.
You can set program of whole time, F/ward rotation or B/ward rotation, pause time as following steps.
Step 2: Set “hour” or “min/sec” of Shaker delay off timer and then press Enter button.
Step 3: Set F/ward time (or B/ward time) and press Enter button.
Step 4: Set pause time and press Enter button.

0DQXDO12/9HUVLRQ

Step 5: Press Start/Stop button and the unit starts operation.
After set the timer and press Start/Stop button, the LED lights on as shown. The SHAKE LED will be
blinking until the timer working is finished and applicable working LED is blinking during timer working.
The opposite side LED is blinking while the shaking table speed is decelerated


4.4.4.5 Timed agitation with pause—forward and backward
This configuration provides the operator with timed oscillation between forward (clockwise) and
backward (counterclockwise) agitation with pauses between agitation direction. Upon setting the whole,
forward, and backward and pause timers and pressing the START/STOP key, the shaking timer
controls the forward and backward agitation and stopping of the agitation for unattended operation.
Agitation begins in the forward (clockwise) direction. Upon timer expiration, the shaking table will
decelerate. The pause timer begins when the shaking table stops. After the pause timer expires, the
backward timer will begin and the shaking table will accelerate to the set speed. After the backward
timer expires and the shaking table comes to a stop another pause cycle will begin. The agitation and
pause cycling will continue until the whole (run) timer expires.
.
Use the following procedure to program this shaking (agitation) application.
Step 1: Set agitation speed. Press the ENTER key.
Step 2: Set Whole timer (Hours and/or Minutes:Seconds). Press the ENTER key.
Step 3: Set F/WARD timer. Press the ENTER key.
Step 4: Set B/WARD timer. Press the ENTER key.
Step 5: Set PAUSE timer. Press the ENTER key.

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Step 6: Press the START/STOP key to begin agitation. Agitation continues until the whole timer
expires.
Upon setting the timers and pressing the START/STOP key the following indicator
LEDs will illuminate. During the timed agitation the SHAKE LED will flash during the
total whole (run) time, and F/WARD (B/WARD) and PAUSE LEDs will flash during
timing cycle.
As the shaking table decelerates the opposite rotation LED will flash.
4.4.4.6 Programming Precautions
When using the Timer function, set each set value, then must press Enter button to illuminate Display
LED.
Even if illuminate SHAKE LED, the shaker doesn’t operate when not illuminating the FORWARD LED
or BACKWARD LED.
The shaker doesn’t operate even if illuminating SHAKE LED and PAUSE LED.
If not setting the time, the shaker operates, the shaker repeats operation until pressing the
START/STOP button.
Without insetting the set value by turns, illuminates the SHAKER LED. Press the button, the timer
starts operating only the set value.
When pressing the button during the timer operation, able to re-input in the TIMER set time. Press
Enter button, the shaker stops operating slowly and restarts following with the latest value.
If the shaker operates the whole time and FORWARD.

.


4.5 Incubator/Shaker Synchronization
4.5.1 Setting synchronization choice
Use the following procedures to change the incubator/shaker synchronization.
4.5.1.1 Preparation(Unit is stopped)
Step 1: Press the SHAKE/SET key seven (7) times. The following PV and SV displays will appear.
Incubator/shaker synchronization is factory set to no.
Step 2: Press the UP key or DOWN key to change the incubator/shaker synchronization.
Step 3: Press the ENTER key to finish setting your synchronization choice.
Or
Press the START/STOP key to activate any other shaking and/or temperature parameters.
4.5.1.2 During operation
Step 1: Press the SHAKE/SET key seven (7) times. The following PV and SV displays will appear.
Incubator/shaker synchronization is factory set to no.
Step 2: Press the UP key or DOWN key to change the incubator/shaker synchronization.
Step 3: Press the ENTER key to finish setting your synchronization choice.

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4.5.2 Using shaker on/off switch

It is only for shaker to turn on and off (not related to incubator status)
4.5.2.1 Preparation (Unit is stopped)
Step 1: Input data follow step 1 to 3 based on Chapter 4.5.2.1
Step 2: Push the Shaker On/Off switch.
Step 3: Incubator is not activated and only shaker starts activating.
Step 4: Shaker would be stopped if Shaker On/Off switch is pushed again
4.5.2.2 During Incubator Operation
Step 1: Input data follow step 1 to 3 based on Chapter 4.5.2.1
Step 2: Push the Shaker On/Off switch.
Step 3: Shaker starts activating while incubator is working.
Step 4: Shaker would be stopped if Shaker On/Off switch is pushed again but Incubator is still
working.
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5.0 Preventive Maintenance


5.1 Inspection Cycle

INSPECTION TIME FRAME
CLASSIFICATION
DAILY WEEKLY MONTHLY QUARTERLY YEARLY
General
Power cord
Inspect power cord
connection at unit and ●
receptacle.
Inspect power cord for
●
wear, cracks or cuts.
Surface cleaning ●
Check condensate
drain connections ●
(SIF5000/6000)
Check external
refrigeration
connections ●
(SIF5000R/6000R)
Incubator
Air filter cleaning
(SIF5000R/6000R) ●
Auto-tune ●
Calibration
BIAS function ●
Thermocouple ●
Check temperature
settings
Current operating ●
Memorized
(SV1, SV2, SV3) ●
Programs ●
Check
incubator/shaker
●
synchronization
settings
Check wait timer
settings and controller ●
function
Shaker
Check accessory (ies)
attachment screws to
●
universal platform are
tight.
Check shaking table to
platform screws are ●
tight
Check agitation RPM
setting ●
Check shaking
forward, backward,
total timer setting ●
and controller function

0DQXDO12/9HUVLRQ

5.2 Cleaning of Incubated Shaker

Regular cleaning of the incubated shaker is simply good practice. It preserves the surfaces, adds
life to the incubated shaker and lets the incubated shaker run more efficiently. We recommend the
unit be cleaned at least once a week. Please use the following instructions to clean your unit.
5.2.1 Interior surfaces
5.2.1.1 The normal condition
Step 1: Put anti-chemical gloves on and wipe out the inside of machine with a neutral detergent on
soft patch.
Step 2: Wipe out the inside of machine with a neutral detergent on soft patch.
5.2.1.2 The condition of interior pollution
If the inside of machine is exposed and polluted by a toxic chemical and dangerous gas, wipe out
carefully with following next steps
Step 1: Put anti chemical mask and gloves on.
Step 2: Wipe out the inside of machine slowly with dried patch.
5.2.2 Exterior surfaces

Step 1: Wet a patch into tepid water and wring it dry. Then clean the surface of machine by it.
Step 2: A neutral detergent would be relevant.
Step 3: Please clean up the controller panel with a dry patch like brushing away dust.
Sulfate, Hydrochloric acid or organic solvents can

be
harmful on surface and reduce the life of machine.
Please do not use them for a clean
If you intend to clean the machine in other way,

please
contact to the manufacturer for check before it
begins.


5.2.3 Air filter (SIF5000R/SIF6000R)

A clean air filter is essential for the refrigeration system to run efficiently and maintain temperature
output. Use the following procedure to clean the air filter.
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Step 1: Press the POWER switch to turn the incubated shaker off.
Step 2: Remove the condenser cover screws with a Phillips screwdriver.
Step 3: Remove the condenser cover.
Step 4: Remove the air filter.
Step 5: Clean the air filter with a vacuum cleaner, compressed air or rinse with water.
Step 6: Check condenser and clean with a vacuum cleaner or compressed air as needed.
Take care NOT to bend condenser fins when removing

and replacing air filter, and cleaning the condenser.
Doing so will decrease the condenser’s efficiency.
Step 7: Replace air filter using Steps 1 – 4 in reverse order.

0DQXDO12/9HUVLRQ

5.3 Replacing Fuses

Each incubated shaker is supplied with two (2) spare fuses in case a fuse needs to be replaced.
Please store them in a location need the incubated shaker.
If you need additional fuses, use the following table to find the correct fuse part number and contact
your local Jeio Tech office, or distributor to purchase.
NOISE
CURRENT FUSE
MODEL VOLTAGE FUSE(A) FILTER
DRAW (A) PART NUMBER
(A)
9.6~
100V~120V 12 15 00CDE0005542
11.1
SIF5000
210V~250V 5.0 ~ 5.7 8 10 00CDE0005544
11.4~
100V~120V 15 15 00CDE0005541
12.9
SIF5000R
210V~250V 6.8 ~ 7.5 10 10 00CDE0005543
9.7~
100V~110V 12 15 00CDE0005542
10.8
SIF6000 120V 11.2 15 15 00CDE0005541
210V~250V 5.0 ~ 5.8 8 10 00CDE0005544

11.6~
100V~120V 15 15 00CDE0005541
13.1
SIF6000R
210V~250V 6.9 ~ 7.7 10 10 00CDE0005543


Fuses are located at the right side of the incubated shaker near back of the switch. Use the following
instructions to replace fuses.
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SEVERE SHOCK HAZARD.

Turn power OFF and disconnect electrical connections
at the wall outlet and unit before servicing unit. Failure
to do so could cause serious injury or death.
Step 1: Press the POWER switch to turn the incubated shaker off.
Step 2: Insert straight blade screwdriver into the fuse holder. Turn fuse holder 50 degree
counterclockwise and pull the fuse holder out its socket.
Step 3: Replace blown fuse with new one. Compare fuse markings with the required fuse amp rating
in the table 5.3 on page 113 before inserting new fuse in fuse holder.
Step 4: Complete steps 1 through 2 in reverse order. Make sure the unit is level when put back in its
place.

0DQXDO12/9HUVLRQ

5.5 Post Maintenance Checklist
Review the following checklist upon completing the tasks in Sections 5.2, 5.3 and 5.4 to ensure the
unit runs properly.
ü Make sure all unit and wall outlet electrical connections are tight.
ü Make sure condense drain hose is tightly on hose barb and hose is run to a drain.
ü Make sure external refrigeration hoses are tightly secured. (SIF5000, SIF6000 only and only if
using external refrigeration feature.)
ü Make sure caster feet are lowered and have locked the incubated shaker in place.
ü Make sure unit is level side to side and front to back.
ü Make sure the platform is locked onto the shaking table.
ü Make sure the accessory(ies) are securely attached to the platform.
ü Make sure all vessels are securely clamped.
ü Make sure there are no flammable or explosive liquids in the incubation chamber.


0DQXDO12/9HUVLRQ

6.0 Troubleshooting


6.1 Controller Fault Code

The controller’s self-diagnostic function will identify any trouble. If the following error code appears in
the PV display, please contact your local Jeio Tech office or the distributor from which the incubated
shaker was purchased to request service.

0DQXDO12/9HUVLRQ

6.2 Electrical
TROUBLE CAUSES SOLUTION
Check the main power.

Check the fuses by following the instruct
ions in section 5.3.
The unit stops
Check the RUN Led display is off.
running
If the unit is off, press the START/STOP
key to operate.
Check the electrical circuit breaker.
Compare power source and voltage on the

Incorrect electric power ID plate and make sure they are the same.
ID plate is found on the right side of unit.
Power failure or circuit Find out the causes of power failure and
breaker shuts down recovery.
Main plug not seated Check the electrical cord connection at the
The unit does not properly. unit to ensure it is fully seated.
turn on
Socket / plug / main power If the socket / plug / main power line are
line might be cut cut, request service.
Check the fuses and replace, if necessary,

Blown fuse(s)
by following the instructions in section 5.4.
The power plug is

Turn the POWER switch OFF, and insert
disconnected from the
the plug into an outlet.
outlet.
With the POWER Blown fuse(s) Check the fuses and
switch ON, the Blown fuse(s) replace, if necessary, by following the
main display does instructions in section 5.4.
not illuminate.
Wiring harness,
transformer, Request service.
controller or display trouble
Power interruption Check for power interruption.
Main plug does not insert Make sure electrical cord connections at
correctly the outlet and the unit are firmly in place.
With the POWER
sw
itch ON, the switch Blown fuse(s) Check the fuses and replace, if necessary.
does not illuminate.
Faulty connection at the
POWER switch
Request service.
POWER switch malfunction


If attributes red Knob of Over Temp. Limit to a

(-) driver clockwise and presses one time of
O/T LED is illuminated red. Start/Stop button after currently adjusting than
If the unit stops temperature (PV) higher than 15%, red of O/T
operating because of Led disappears, and a Beep sound disappears.
Over Temperature
While Run LED and Heater LED are on if they
Confirm whether a Beep
press one time of Start/Stop button more, a
sound rings continuously.
machine operates again.
Check whether Door LED is flickering due to

Door LED is illuminated red.
opened door.
If the unit stops
operating because of
Door Limit Switch Confirm whether a Beep Confirm whether light reaches RUN LED after
sound rings having pressed one time of START/STOP key.
Unit control stops,

power instability, un
Move the unit away appliances, SCR controller,
stable or blinking
induction heating systems, welders, or other
display, or LED Might be influenced by high
equipment that may produce high frequency
functioning frequency electrical noise.
electrical noise. If the problem persists, request
improperly without
service.
cutting main power or
pressing any buttons
1. Check the circuit breaker size along with the

Room circuit breaker
voltage and current supplied to it.
trips often when the Too many plugs connect at the
2. Check that several similar units are inserted
unit is turned on or same time
together, if so you should not use overly.
running
3. If the problems persists, request service.
Check the voltage and ampere rating of the

Fuses maybe wrong size
fuses, contact Jeio Tech or reseller for correct
(amperage)
fuses.
Check electrical cord for cuts or fraying, if

Fuses burn out often Electrical cord maybe cut or
found to be defective, contact Jeio Tech or
frayed.
reseller for new cord.
Humidity might inflow into the If there is humidity on the inserting part, clear it
main power inserting part and reconnect.
With the POWER

Turn the POWER switch OFF immediately and
switch ON, the unit Leak
request service.
promptly shuts down.
The temperature Confirm whether Temp LED is If Temp LED is not illuminated, press
doesn’t decrease. illuminated. START/STOP key.

0DQXDO12/9HUVLRQ

6.3 Refrigeration

Check the TEMP LED is
Press the START/STOP key.
illuminated
Check the W/ON LED is
Release the Timer mode.
illuminated
The temperature
doesn’t decrease. Condenser maybe covers Follow the instructions in section 4.2.5 to
with dust. Check and clean the air filter.
Follow the instructions in section 4.2.5 to
Chamber air circulation fan
check speed, and adjust to the highest
speed maybe set too low.
setting.
The temp is
Check the PID value. Auto-tune controller, refer to section 3.9.4.
unstable.
Chamber air circulation fan
check speed, and adjust to the highest
speed maybe set too low.
Discrepancy setting.
between set Too many samples in
Reduce the number of samples in the
temperature and chamber disrupting air
chamber to improve air circulation.
present circulation.
temperature. Follow the instructions in section 3.9.3 to
Check the revision value. calibrate the temperature probe and
controller.


6.4 Shaker

Follow unit leveling instructions in section
The shaker is not level 3.4, if the problem persists request
service.
Unit trembles
during Evenly place samples inside the chamber,
acceleration, concentrated load if samples are concentrated towards a
deceleration and/or corner of the chamber.
uniform velocity
Over load
Adjust the amount of sample properly.
Interference, or loose RPM
sensor or sensor mounting
bracket
Makes bumping
noise when Interference of inner circuit Request service.
operating lines
Drive system troubles.

Discrepancy
between set RPM
and actual speed Drive belt is loose. Request service.
of the shaking
table
If the shaker stops
Check the incubated
operation by Select “YES” as synchronization setting or
shaker synchronization
START press Shaker I/O switch to operate.
setting, referto page.
/STOP
When the shaker

speed is up or Check the unit location and
Provide the main volt.
down, the display Power.
has any symptoms.

0DQXDO12/9HUVLRQ

7.0 Accessories


7.1 Mountable maximum quantity

7.1.1 Universal Platform + Flask Clamp
Mode
SIF5000/5000R SIF6000/6000R
Flask Clamp
50ml 36 55
100ml 28 44
125ml 28 44
250/300ml 13 24
500ml 10 16
1,000ml 5 8
2,000ml 4 5
2,800ml 2 4
4,000ml 2
6,000ml 2
7.1.2 Universal Platform + Funnel Clamp
Mode
SIF5000/5000
SIF6000/6000R
R
Funnel Clamp
250ml 4 6
500ml 2 3
1,000ml - 2
2,000ml - -
7.1.3 Universal Platform + Microplate Holder
Model
SIF5000/5000R SIF6000/6000R
Type
Single 8 15
Tower 6 10
Flat A(large) - 2
Flat B(small) 2 3

0DQXDO12/9HUVLRQ

7.1.4 Universal Platform + Test Tube Rack
Platform
SIF5000/5000R SIF6000/6000R
Rack Angle
0˚~60˚ 2 4
7.1.5 Test Tube Diameter and Mountable Test Tubes
Test tube
Test tube diameter
quantity
8mm/10mm/11mm 86
12mm/14mm 58
15mm/16mm/17mm/18mm/19mm 32
20mm/22mm/25mm/28mm 19
30mm/35mm 10
50mm 4
7.1.6 Spring Wire Rack + Flask Clamp
Platform
SIF5000/5000R SIF6000/6000R
Flask
50ml 16 25
100/125ml 9 16
250/300ml 4 9
500ml 4 5
1,000ml 2 4
2,000ml 1 2
2,800ml 1 2
ȉ About the right position for mounting maximum quantity of Accessories, please visit Jeio
Tech website or contact our office and distributor.


0DQXDO12/9HUVLRQ

8.0 Appendix


8.1 Technical Specifications

8.1.1 SIF5000/5000R
MODEL SIF5000 SIF5000R
Chamber volume 80L 80L

Permissible environmental Temperature 5Ȕ to 40Ȕ,
condition Maximum relative humidity 80%, Altitude up to 2,000m
Controller Digital PID Auto Tuning, 9step programmed control 200cycle
Range Amb.+5Ȕ~80Ȕ Amb.-20Ȕ~80Ȕ
Accuracy ±0.1Ȕ at 37Ȕ (at room temp. 25Ȕ)
Temperat
Uniformity ±1.0Ȕ at 37Ȕ (at room temp. 25Ȕ)
ure
Timer Wait on time, Wait off time(Max. 99hr 59min, Min. 1min)
Sensor Type Pt 100Ω
Motion Orbital(forward, backward, pause):Standard, Reciprocating: Option
Frequency 10 to 300rpm / 10 to 250rpm(Stackable top)
Shaking Amplitude 19mm 25mm

Run time(999hr 59min 59sec)
Timer
Pause, Forward, Backward(Max. 59min 59sec, Min. 10sec)
Driving
Brushless DC motor with feedback control
System
Internal Stainless Steel, 0.8t
External Steel, 1.0t & 1.2t, powder coating
Platform Anodized aluminum plate, 4.0t
Material Insulation EPDM 25t
Lid Viewing window in front opening
Heater Incoloy, Fin Type (550W X 2EA = 1,100W)
Refrigerator - 1/8 HBP
Safety Device CLS(Custom Logical Safe)-control system
Over Temp. Limit Hydraulic over temp. limit
Print Interface RS232
Internal 440 X 440 X 418mm
Size 570(600) X 815(850) X 900mm

External
(WXDXH) 570(600) X 815(850) X 1,735mm(Stackable)
Platform 350 X 350mm
Electric requirements(230V) 50/60Hz 5.4A 60Hz, 7.2A 50HZ,7.2A
Electric requirements(120V) 60Hz, 11.1A 60Hz,12.9A
Net Weight(kg) 120ฟ 130ฟ
1)
At room temperature with 20Ȕ or more

0DQXDO12/9HUVLRQ

8.1.2 SIF6000/6000R
MODEL SIF6000 SIF6000R
Chamber volume 150L 150L

Permissible environmental Temperature 5Ȕ to 40Ȕ,
condition Maximum relative humidity 80%, Altitude up to 2,000m
Controller Digital PID Auto Tuning, 9step programmed control 200cycle
Range Amb.+5Ȕ~80Ȕ Amb.-20Ȕ~80Ȕ1)
Accuracy ±0.1Ȕ at 37Ȕ (at room temp. 25Ȕ)
Temperat Uniformity ±1.0Ȕ at 37Ȕ (at room temp. 25Ȕ)
ure
Timer Wait on time, Wait off time(Max. 99hr 59min, Min. 1min)
Sensor
Pt 100Ω
Type
Orbital(forward, backward, pause):Standard, Reciprocating:
Motion
Option
Frequency 10 to 300rpm / 10 to 250rpm(Stackable top)
Shaking Amplitude 25mm 38mm
Run time(999hr 59min 59sec)
Timer
Pause, Forward, Backward(Max. 59min 59sec, Min. 10sec)
Driving
Brushless DC motor with feedback control
System
Internal Stainless Steel, 0.8t
External Steel, 1.0t & 1.2t, powder coating
Platform Anodized aluminum plate, 4.0t
Material Insulation EPDM 25t
Lid Viewing window in front opening
Heater Incoloy, Fin Type (550W X 2EA = 1,100W)
Refrigerator - 1/6 HBP
Safety Device CLS(Custom Logical Safe)-control system
Over Temp. Limit Hydraulic over temp. limit
Print Interface RS232
Internal 540 X 540 X 518mm
Size 670(700) X 895(930) X 980mm
(WXDXH External
) 670(700) X 895(930) X 1,894mm(Stackable)
Platform 450 X 450mm
Electric requirements(230V) 50/60Hz 5.4A 60Hz, 7.3A 60Hz, 7.3A
Electric requirements(120V) 60Hz, 11.2A 60Hz,13.1A
Net Weight(kg) 140ฟ 150ฟ
1)
At room temperature with 20Ȕ or more


8. 2 Maximum rpm per model

8.2.1 Test condition
The following tables show the load and rotational speed for various loads the shaker can achieve at
each of the agitation amplitudes. However, the greatest impact on this test results is the floor condition.
The larger the coefficient of friction the floor gets the better results you get. Otherwise the result can be
achieved much less.
The floor that the shaker is tested on for below results is a typical factory flooring materials (liquid
hardener, powder hardener, epoxy paint, epoxy lining, etc.)
Weight condition is the sum of accessories (flask clamps, etc ...), flasks and the weight of the sample
in a flask
8.2.2 Result
Model SIF5000/5000R SIF5000/5000R SIF6000/6000R SIF6000/6000R

Load (13mm) (19mm) (19mm) (25mm)
0kg 300 300 300 300
6.5kg 300 300 300 300
13.0kg 290 280 280 260
19.5kg 250 240 240 220
26.0kg 230 220 220 200

unit : rpm
8.2.3 Attention
It may cause damage to floor paper when loading more than 21.5kg on the floor with normal floor
paper.
When two units are loaded, the above one will have the result which approximately 30~50rpm less
than above results.

0DQXDO12/9HUVLRQ

8.3 Circuit Diagrams

8.3.1 Electrical (SIF5000/SIF6000)


8.3.2 Electrical (SIF5000R/6000R)

0DQXDO12/9HUVLRQ

8.3.3 External refrigeration (SIF5000/SIF6000)
8.3.4 Internal refrigeration (SIF5000R/SIF6000R)


8.4 Replacement Parts List
When ordering replacement parts or requesting service information, Please provide the Model Number
and Serial Number of the unit.
PART NAME DESCRIPTION QUANTITY CODE NUMBER
13W, PL-S, Three-

Lamp 1 EA 00CHE0004412
wavelength
Filter 12t X 272 X 216 1 EA 00EDA0009128
Spacer Reciprocation type 4 EA / Set 00EFA0005125
65TL, 15A 1 EA 00CDE0005541
65TL, 12A 1 EA 00CDE0005542

Fuse
65TL, 10A 1 EA 00CDE0005543
65TL, 8A 1 EA 00CDE0005544

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8.5 Disposing of Incubated Shaker

Before disposing of the incubated shaker or any of its
components:
1. The equipment should be cleaned and decontaminated to

protect workers servicing the equipment, the environment or the
public purchasing surplus equipment because the incubated
shaker can potentially be contaminated with biological material,
chemicals or radioisotopes. Check with your institution or
laboratory for individual policies and procedures for disposal of
laboratory equipment.
2. Please contact your local governing body for regulations

regarding disposal of electrical, electronic, metal (brass,
aluminum, steel and stainless steel), refrigeration and rubber
components. Jeio Tech recommends the user find a local
scavenger or laboratory equipment recycler to properly dispose
of the unit and its components.


8.5 Warranty
8.5.1 Terms of Warranty Service
Customer can get free warranty service for 2 years limited warranty from the date of purchase when
the machine is broken while operating.
8.5.2 Warranty Exceptions

Customer can’t get free warranty service in case of as below.
1. If the machine is broken due to the Act’s of God.

2. If the machine is broken due to overuse of voltage.
3. If there is some shock to the machine.
4. If the outer part is damaged by solvent.
5. If the machine is broken without taking care of the “Notice” alerted on the manual.
6. If persons who are not under the authority of service of Jeio tech fixed or changed parts of the
machine.
7. If the broken machine is due to customer’s fault.
8.5.3 How to Request Services

If you face troubles during operating a product, please fill a service application as below and contact
headquarters or authorized agents for the fast and accurate repair.
1. Purchase date
2. Customer name / Address / Telephone NO. / E-mail Address
3. Serial Number (Serial number on Identification plate)
4. Defect and trouble
8.5.4 Product Return Procedures

If you want to return the product due to transportation-related corruption and other reasons, please
receive a return authorization number from the authorized agent which you purchased the product.
When you return a product, please fill the return service application as below and send it to
headquarters or authorized agents.
1. Purchase date
2. Customer name / Address / Telephone NO. / E-mail Address
3. Serial Number (Serial number on Identification plate.)
4. Forwarder’s information
5. Return Authorization Number
6. Reason of Return

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8.6 Technical Assistance
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Before using this product, read this entire Operator's Manual

Thank you for purchasing Jeio Tech’s products.

Quality Management System

Visit our Web site at http://www.jeiotech.com/ to view a copy of our certificate

©2011. All Rights Reserved. Jeio Tech Co., Ltd.

4.4 Shaking Controller

5.0 Preventive Maintenanceđđđđđđđđđđđđ

1.1 How to use the Manual

1.1.2 Chapter summary

1.1.3 Model number nomenclature

SIF5000 includes incubation, and shaking, possible to connect external refrigeration

SIF5000R includes incubation, shaking and integrated refrigeration

SIF6000 includes incubation, and shaking, possible to connect external refrigeration

SIF6000R includes incubation, shaking and integrated refrigeration

1.2 Safety Notice

1.3 Symbols used in this Manual

1.3.1 Signal word panels

Indicates a hazardous situation which, if not

Indicates a hazardous situation which, if not

Indicates a hazardous situation which, if not

Indicates a property damage message.

1.3.2 Safety symbols

Wear goggles No water

1.4 Where to Locate Safety Labels

1.4.1 Front of SIF5000R/6000R

1.4.2 Back of SIF5000R/6000R

1.4.3 Back of SIF5000/6000

1.4.4 Front of SIF5000/6000

1.5 Precautions for Your Incubated shaker

1.5.1 Warning statements

DO NOT remove warning labels.

DO NOT ground the Incubated shaker to gas pipes or water pipes.

DO NOT operate equipment with damaged line cords.

DO NOT use or keep flammable gases near the Incubated shaker.

DO NOT expose the Incubated shaker to direct sunlight.

DO NOT expose the Incubated shaker to direct heat sources.

DO NOT operate damaged or leaking unit.

DO NOT use doors, handles or knobs to lift or stabilize the unit.

DO NOT place heavy objects on the power cord.

DO NOT put the Incubated shaker on the power cord.

DO NOT make the machine wet while cleaning.

DO NOT sprinkle insecticide or flammable spray on the Incubated shaker.

1.6.1 General responsibility

l Loss of a skilled operator (temporarily or permanently)

1.6.2 Operator responsibility

ü Report the following occurrences IMMEDIATELY:

1.6.3 Maintenance responsibility

1.6.4 Reporting a safety defect

2.0 Functional Description

This product can be used in the field below.

ü Plant and animal cell cultures

Conveniently housed in a single panel, twin microprocessor-based controllers individually control

2-step stacking unit

Available mass production

Casters to prevent vibration

Large viewing window

Door Alarm System

2.2.2.2 Shaking system

Dual Motion Agitation

4.4 Shaking Controller

5.0 Preventive Maintenanceđđđđđđđđđđđđ

Ambient temperature: 5C to 40C (41F to 104F)