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Carbolite TS series opening and closing tube furnace
Carbolite TS series opening and closing tube furnace
Product details

Carbolite TS series opening and closing tube furnace

1、 Product Introduction:

The new TS opening and closing tube furnace series from Cabolet Gallo combines high-quality heating elements and innovative insulation design to achieve first-class performance while maintaining reduced shell temperature and power consumption. The TS furnace body is divided into two halves, with a hinge in the middle. The pneumatic shock absorbers at both ends can provide a smooth opening action. Make it easier for operators to open the furnace body, facilitate the replacement of working pipes, or place the reactor into a flanged working pipe, which is difficult to achieve in non open and closed tube furnaces.

The TS opening and closing tube furnace series was designed with flexibility in mind. The use of auxiliary work tubes and tube adapters allows a single tube furnace to accommodate multiple diameters of work tubes, while the work tubes themselves can be easily replaced to meet different physical or chemical requirements of the process. The optional work tube kit enables users to equip TS with vacuum or controlled atmosphere operation.

2、 Heat treatment technology:

1. High quality heating element

1) Excellent temperature uniformity

2) Rapid heating and cooling rates

3) The temperature uniformity throughout the entire heating length is unparalleled

2. High quality insulation performance

1) Low energy consumption

2) Low shell temperature

3) Long service life

3、 Temperature control and communication:

The TS split tube furnace is equipped with Ethernet communication function and a 24 segment programmable controller:

1. Single zone temperature control tube furnace equipped with Cabolet Gallo EPC3016P1 controller

2. Three zone temperature controlled tube furnace equipped with Cabolet Gallo CC-T1 touch screen controller

2) Options:

a. Over temperature protection (to protect valuable samples or for unmanned operations)

b. Provide a range of precision digital controllers, multi-stage programmers, and data loggers with digital communication options

4、 Installation configuration:

This series of tube furnaces has two standard installation configurations.

1. For heating lengths below 600 millimeters, the furnace body is installed on top of the control cabinet. The furnace body can be easily disassembled and separated

2. For heating lengths above 800 millimeters, the furnace body and control cabinet are always separated

Both configurations include a 2-meter cable (including plugs and sockets) located between the furnace body and the control cabinet. This flexible configuration can easily switch installation methods, such as being fixed on a vertical bracket, mounted on a support frame, or inside a fume hood.

5、 Controllable atmosphere and vacuum equipment:

Kabolette Gallo's tube furnace can be equipped with multiple options to adapt to controlled atmospheres and vacuum applications.

1. A series of additional work tubes, end plugs, and complete work tube kits

2. Vacuum system, mechanical rotary vane pump or turbo molecular pump can be selected

3. The inert gas supply system can use up to 3 types of non reactive gases (which can be manually or automatically controlled)

4. Laboratory gas safety system, capable of safely using hydrogen gas above 750 ° C

6、 Technical parameters:

model TS1 12/60/150 TS1 12/60/300 TS1 12/60/450 TS1 12/60/600 TS1 12/125/400
temperature range 1 1 1 1 1
Maximum temperature (℃) 1200
1200 1200 1200 1200
Furnace Ø (mm) 60 60 60 60 125
Heating length (mm) 150 300 450 600 400
Heating time (mins) 99 46 —— —— 134
The length of the tube used in the air (mm) 430 580 730 880 750
The length of the tube used in the atmosphere (mm) 600 750 900 1050 1000
External H x W x D (mm) 575 x 485 x 480 575 x 495 x 480 575 x 645 x 480 575 x 795 x 480 665 x 665 x 575
Average temperature zone length+-5 ℃ 77 200 303 460 ——
Maximum power (W) 750 1500 2000 2500 1860
Weight (Kg) 31 37 49 56 71
model TS1 12/125/600 TS1 12/125/800 TS1 12/125/1000 TS1 12/125/1200 TS1 12/200/600
temperature range 1 1 1 1 1
Maximum temperature (℃) 1200 1200 1200 1200 1200
Furnace Ø(mm) 125 125 125 125 200
Heating length (mm) 600 800 1000 1200 600
Heating time (mins) 150 147 147 154 62
The length of the tube used in the air (mm) 950 1150 1350 1550 1300
The length of the tube used in the atmosphere (mm) 1200 1400 1600 1800 1300
External H x W x D (mm) 665 x 865 x 575 445 x 1065 x 575 445 x 1265 x 575 445 x 1465 x 575 540 x 1015 x 670
Average temperature zone length+-5 ℃ —— —— —— —— ——
Maximum power (W) 2510 3160 3810 4460 6600
Weight (Kg) 89 102 120 134 127
model TS1 12/200/1200 TS3 12/60/450 TS3 12/60/600 TS3 12/125/600 TS3 12/125/800
temperature range 1 3
3 3 3
Maximum temperature (℃) 1200 1200 1200 1200 1200
Furnace Ø(mm) 200 60 60 125 125
Heating length (mm) 1200 450 600 600 800
Heating time (mins) 62 —— 63 113 141
The length of the tube used in the air (mm) 1900 730 800 950 1150
The length of the tube used in the atmosphere (mm) 1900 900 1050 1200 1400
External H x W x D (mm) 540 x 1615 x 670 575 x 645 x 480 575 x 795 x 480 665 x 865 x 575 445 x 1065 x 575
Average temperature zone length+-5 ℃ —— 335 470 —— ——
Maximum power (W) 11400 2000 2500 2510 3160
Weight (Kg) 192 49 56 89 102
model TS3 12/125/1000 TS3 12/125/1200 TS3 12/200/600 TS3 12/200/1200
temperature range 3 3 3 3
Maximum temperature (℃) 1200 1200 1200 1200
Furnace Ø (mm) 125 125 200 200
Heating length (mm) 1000 1200 600 1200
Heating time (mins) 134 138 62

80

The length of the tube used in the air (mm) 1350 1550 1300 1900
The length of the tube used in the atmosphere (mm) 1600 1800 1300 1900
External H x W x D (mm) 445 x 1265 x 575 445 x 1465 x 575 540 x 1015 x 670 540 x 1615 x 670
Average temperature zone length+-5 ℃ —— —— —— ——
Maximum power (W) 3810 4460 6600 11400
Weight (Kg) 120 134 127 192

7、 Attention:

1. The heating time measured using an empty quartz tube and end plug is the time required to be below the maximum temperature of 100 ° C

2. The heating rate when using ceramic working tubes must be limited to 5 ° C/minute

3. Maintaining power is measured at continuous operating temperature

4. The length of the temperature equalization zone is measured with a plug when it is 100 ° C below the maximum temperature

5. The maximum continuous operating temperature is 100 ° C lower than the maximum temperature

6. All equipped with N-type thermocouples

7. * * Equipped with independent control cabinet


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