TGL16M Benchtop High Speed Refrigerated Centrifuge
Benchtop high-speed refrigerated centrifuge TGL16M
The TGL16M benchtop high-speed refrigerated centrifuge is an
experimental instrument that can be widely used in biochemistry,
genetic engineering, radioimmunology, and other fields. It consists
of a control system, centrifugal cavity, drive system, rotor,
refrigeration system (if it is a refrigerated centrifuge), and
safety protection. The product is suitable for use by trained
professional operators and technicians only.
Product Specifications
| Model | Max. Speed | Max. RCF | Max. Capacity | Speed Accuracy | Temperature Range | Temperature Accuracy | Presentation Timer Range | Motor Power Supply | Compressed units | Full Power Noise | Dimensions (L x D x H) | Weight (w/o rotor) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| TGL16M | 16500 r/min | 20653 xg | 12 x 1.5/2 ml – 48 x 0.2/0.5 ml – 6 x 50 ml – Microplate | 1 sec ~ 99 min 59 sec | -20°C ~ 40°C | ±1°C | – | AC frequency conversion AC110 V 60 Hz 16A | R134a (No fluorine refrigerant) | 65 db | 20.5 x 27.6 x 14.6 in / 520 x 700 x 370 mm | 152.1 lb / 69 kg |
Packing List
| No. | Name | Specification | Quantity | Note |
|---|---|---|---|---|
| 1 | Host | TGL16M | 1 | Wooden box |
| 2 | Rotor | 48 x 1.5/2 ml | 1 | – |
| 3 | Rotor | – | 4 | – |
| 4 | Rotor | – | – | – |
| 5 | Test tube | 1.5/2 ml | 48 | – |
| 6 | Test tube | – | 7 | – |
| 7 | Test tube | – | – | – |
| 8 | Accessories/tools | – | – | – |
| 9 | Operation instruction | – | 1 | – |
| 10 | Power cord | – | 1 | – |
| 11 | Packing list | – | 1 | – |
Usage Instructions
- Before using the TGL16M benchtop high-speed refrigerated
centrifuge, please read the operation instruction handbook
carefully. - The TGL16M benchtop high-speed refrigerated centrifuge is
suitable for use by trained professional operators and technicians
only. - The product should be stored in rooms with ventilation, drying,
light avoidance, and non-corrosive gases. - Connect the power cord to the AC frequency conversion AC110 V
60 Hz 16A power supply before use. - Ensure that the rotor is properly installed before use.
- Set the parameters according to the requirements of the
experiment using the liquid crystal display and buttons on the
control system. - Load the samples into the rotor carefully, ensuring that they
are evenly distributed. - Close the electronic door lock before starting the
centrifuge. - Press the start button to start the centrifuge.
- During centrifugation, do not open the electronic door lock or
add or remove samples from the rotor. - After centrifugation, stop the centrifuge and wait for it to
come to a complete stop before opening the electronic door lock and
removing the rotor and samples.
Benchtop high-speed refrigerated centrifuge TGL16M
operation instruction
Before use, please read the operation instruction handbook
Safety alerts and precautions:
1.Safety alerts 1.Before use, please read the operation instruction handbook. 2.Do not use in wet, hot or dusty locations to avoid instrument failure. 3.When the instrument is running, it must not move the instrument and must not open the door cover of the instrument. 4.The countertop of the installation instrument should be solid and flat, there should be no shaking phenomenon, all four rubber machine feet should be in full contact with the countertop and uniform force. 5.Centrifuge tube added liquid as evenly as possible, if the difference between the addition will produce large vibration, at this time should be stopped to check, so that the addition meets the requirements, centrifugal test tube must be placed in even symmetry, not singular into or asymmetrical into the rotor. 6.After each use, open the instrument door cover, allow the water in the centrifugal cavity to evaporate, and clean the inner cavity of the instrument. The instrument must have a reliable ground wire when using a power supply. 2.Precautions 1.Do not strongly collide, vibrate or re-throw the instrument to avoid non-serviceable consequences of damage to the mechanical or electrical parts of the instrument. 2.Do not use the instrument in wet or hot places to avoid extensive damage to the electrical part of the instrument.
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Product form picture
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Benchtop high-speed refrigerated centrifuges Packing list
No.
Name
Specification Quantity Note
1
Host
TGL16M
1
Wooden box
2
Rotor
48 x 1.5/2 ml
1
3
Rotor
4
Rotor
5
Test tube
1.5/2 ml
48
6
Test tube
7
Test tube
8 Accessories/tools
9
Operation instruction
1
10
Power cord
1
11
Packing list
1
Product NameCentrifuge
ModelTGL16M
Product performance structure and compositionIt consists of a control system, centrifugal cavity, drive system, rotor, refrigeration system (If it is a refrigerated centrifuge) and safety protection. Scope of applicationThis product is suitable for use by trained professional operators and technicians. Taboo It is taboo to use without professional operators or personnel without relevant operational qualifications.
PrecautionsSee above.
Alerts and suggestive contentStop prompts
Operating instructionsSee below
Label, packaging identification sample Please read the
instructions
Storage conditions/methods Rooms with ventilation/drying/light avoidance/non-corrosive gases should be stored.
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1. Overview This manual adapts to TGL16M benchtop high-speed
refrigerated centrifuges can be widely used in biochemistry, genetic engineering, radioimmunology and other fields, is an ideal experimental instrument for research institutes. This machine uses DC variable frequency motor, microcomputer control, liquid crystal display, lift speed, low noise, small vibration, electronic door lock safe and reliable. (See Table 1/Table 2 for major technical performance) Table 1: Technical parameters
Model Max. Speed Max. RCF Max. Capacity Speed Accuracy Temperature Range Temperature Accuracy Presentation Timer Range Motor Power Supply Compressed units Full Power Noise Dimensions(LxDxH) Weight(w/o rotor)
TGL16M 16500 rpm 20653 xg 4 x 100 ml ± 10 rpm -20~ +40 °C
± 1°C
LCD 1sec ~ 99min59sec AC frequency conversion AC110 V 60 Hz 16A R134a (No fluorine refrigerant ) 1 kW 65 db 20.5 x 27.6 x 14.6 in / 520 x 700 x 370 mm 152.1 lb / 69 kg
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Wiring diagram
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the fault display.
E-1Imbalance
E-2Overspeed E-3Door
E-4Speed-hall error E-5Overvoltage (during shutdown)
E-6: Overcurrent
E-7: No speed measured
E-8: Communication
E-9: The external input power supply fluctuates too much
E-10: Temperature sensor
Table 2: Instrument rotor parameters
Number
NO.1 NO.2 NO.3 NO.4
NO.5
Name
Max. Speed Max. RCF
16500 r/min 13500 r/min 12000 r/min 13000 r/min
20653 xg 18760 xg 16843 xg 15635 xg
15000 r/min 13856 xg
NO.6
14000 r/min 12826 xg
NO.7 NO.8 NO.9 NO.10 NO.11 NO.12
Fixed angle 15000 r/min rotor 12000 r/min 12000 r/min 12000 r/min 12000 r/min 14000 r/min
19350 xg 14856 xg 14510 xg 14510 xg 14856 xg 15635 xg
Capacity
12 x 1.5/2 ml 24 x 1.5/2 ml 48 x 1.5/2 ml 48 x 0.2/0.5 ml 3 x 8 x 0.2 ml
(PCR) 6 x 8 x 0.2 ml
(PCR) 10 x 5 ml 12 x 10 ml 8 x 15 ml 8 x 20 ml 6 x 30 ml 4 x 50 ml
Tube Size(mm) 10 x 42 10 x 42 10 x 42 8 x 33
6 x 22
6 x 22
14 x 54 16 x 87 16 x 118 22 x 104 25 x 94 29 x 106
NO.13
12000 r/min 14856 xg
6 x 50 ml 29 x 106
NO.14
12000 r/min
NO.15
12000 r/min
Microplate
NO.16 swinging 4000 r/min
bucket rotor
15635 xg
4 x 100 ml 37 x 124
15869 xg 24 capillary tubes 4 x 100
2310 xg
2 x 48 holes
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2.Installed
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A.The native power supply is a single-phase AC 110V60Hz 15A.
B.The power supply should have a safe and reliable wire, strictly
prohibit the ground wire instead of zero line, not to pull the
machine wire indiscriminately.
C.The placement of the site indoor environment non-corrosive gas
relative humidity shall not be greater than 85%, there should be no
other strong vibration source. The table surface of the unit should
be rigid and hard enough to support the instrument, the countertop
should be flat without any slope, so that the four rubber soles of the
machine and the table to maintain smooth contact.
3.Introduction to the interface and instructions for use:
1.The centrifuge placed on a solid countertop, four rubber machine
feet should be in good contact with the table surface, shake the
centrifuge with your hand, check whether the centrifuge is placed
smoothly.
2.Open the door cover, the centrifuge tube into the rotor test tube
hole, centrifuge tube must be placed in even symmetry (high-speed
centrifuge centrifuge test fluid should be weighed to join), pay
attention to the rotor cover tight, and re-check whether the test tube
is symmetrically placed, screws are tight.
3.Close the door cover, pay attention to make the door cover
locked, finished by hand to check whether the door cover is closed.
Plug in the power supply and press the power switch.
4.Set speed, temperature, time, rotor number, program, speed-up
gear, speed-down gear: (operator panel diagram below)
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can be raised) otherwise long time on the shaft, may rust to death,
the rotor will not be taken out and cause the centrifuge machine
scrap.
6.The life of the native host 6 years, rotor service life of 5 years,
expired should replace the rotor. All rotors must not be used at
more than their maximum speed.
5.Troubleshooting/warranty coverage
Common troubleshooting methods:
Common failures Possible reason
Elimination method
Power on, the No 110V power supply display window is Fuse is broken
Check power supply Replacement
not lit
Power plug-in is loose
Plug in
Press the start Door cover is not closed
Close the door cover
button centrifuge
Wiring plug-in is loose Control board is damaged
Plug in Replacement
does not operate Motor has electricity does not Replace the
turn, the motor is damaged
motor
Centrifuges
Centrifuge tube is not placed symmetrically
Check
vibrate a lot
Centrifuge tube is broken Rotor is not rotating
Replacement Check
When the centrifuge fails, check the fault condition corresponding
to the fault number and resolve the failure of the centrifuge
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according to the actual situation. Press the stop button to eliminate When there is only one rotor, the rotor number adjustment is skipped and the room temperature interface skips the temperature adjustment. Press the up and down key to adjust the parameter value, adjust the parameter to the expected value, press the confirmation key to exit the set state and save the modified parameters. When the above steps are complete, press the “Confirm” key to confirm the speed, temperature and time set above, and then press the “Start” key to start the centrifuge (when pressing the “Start” key, if the instrument cannot start, check that the door cover is closed). 4.Precautions 1.The table of the centrifuge should be flat, four rubber machine feet should be in contact with the table and uniform force, so as not to produce vibration. 2.Centrifuge tube liquid should weigh the balance, if the difference between the addition of liquid too large operation will produce large vibration, at this time should be stopped to check, so that the addition meets the requirements, centrifugal test tube must be placed in even symmetry. 3.If there is a centrifugal test tube rupture, will cause large vibration should be immediately stopped treatment. 4.After each shutdown and then power on the interval should not be less than 5 minutes, so as not to block the compressor to turn damage. 5.After each centrifuge is completed, open the instrument door cover, let the water evaporate, and regularly take out the rotor,
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(unscrew the rotor cover, with a handle into the rotor center hole
Introduction to keystrokes Set: Switch adjustment parameters, this key is set for switching adjustment speed, time, speed etc. Up: Increase hypothesis parameter value; This pressed key adjustment rotational speed value and time value establishment. Down: Reduce the set parameter value, this button adjusts the speed value and time value setting. Enter: Exit the set state and save the setting parameters. ShortPress this key centrifuge to start centrifugation, relax and stop working. Start: Start the motor, (press this key to start the centrifuge after setting all parameters). Stop/Open: Eliminate alarm when alarm, operating status press can stop midway standby state open cover. Parameter set: Press the setting key to cycle through the set parameters, the parameters set the cycle order (number of keys): 1: speed; 2: temperature; 3: time minutes; 4: time seconds; 5: rotor number; 6: program number; 7: speed upshift (Larger the number, Faster the speed), 8: the lower speed (Larger the number, Faster the descent)
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